Products List

  • 1. EMI Supperssor Clip Ferrite Cores (For Flat Cable)-RPS TYPE

    EMI Suppressor Clip Ferrite Cores

    (for Flat Cable)

    Product Introduction

    Split Ferrite Cores for Ribbon Cables

    CORE-TECH offers a selection of "split " Flat Cable Suppression core for post-assembly operations and retrofit. It provides excellent differential and common mode EMI suppression on flat cable assemblies.

    Features

    Due to this flat design ton prevent damage to wire insulation.

    Applications

    The rectangular solid ferrites are used for EMI suppression on flat  cable assemblies. 
    * Internal floppy disk ribbon cables.
    * Internal ribbon cables between circuit and data connectors.
    * Internal ribbon cables with 8,16,32 or 64 bit digital signal busses.

    Ordering Code

    Ordering Code Chart

    Dimensions (Core Size) & Characteristics

    NO ITEM Fig A B C D E IMPEDANCE (Ω) min (Z,RS,XL)-f Curve
    25MHz 100MHz
    1 RPS
    38X6.35X15M2    		 5 38±1 12.7±0.5 26.6±0.7 15.0±0.4 1.6±0.4 40 115 Fig A
    2 RPS
    38X6.35X25.4M1    		 4 38±1 12.7±0.5 26.6±0.7 25.4±0.7 1.6±0.4 75 140 Fig B
    3 RPS
    45X6.35X15M2    		 5 45±1 12.7±0.5 34.4±0.7 15.0±0.4 1.6±0.4 40 90 Fig C
    4 RPS
    45X6.35X28.5M1    		 4 45±1 12.7±0.5 34.4±0.7 28.5±0.7 1.6±0.4 70 140 Fig D
    5 RPS
    45X6.35X28.5N3    		 3 45±1 12.7±0.5 34.4±0.7 28.5±0.7 1.6±0.4 70 140 Fig D
    6 RPS
    55.1X6.35X15M2    		 5 55.1±1 12.7±0.5 43.7±1 15.0±0.4 1.6±0.4 40 105 Fig E
    7 RPS
    55.1X6.35X28.5M1    		 4 55.1±1 12.7±0.5 43.7±1 28.5±0.7 1.6±0.4 65 140 Fig F
    8 RPS
    55.1X6.35X28.5N3    		 3 55.1±1 12.7±0.5 43.7±1 28.5±0.7 1.6±0.4 65 140 Fig F
    9 RPS
    63.5X6.35X15M2    		 5 63.5±1.2 12.7±0.5 52±1 15.0±0.4 1.6±0.4 40 95 Fig G
    10 RPS
    63.5X6.35X28.5M1    		 4 63.5±1.2 12.7±0.5 52±1 28.5±0.7 1.6±0.4 60 150 Fig H
    11 RPS
    63.5X6.35X28.5N1    		 1 63.5±1.2 12.7±0.5 52±1 28.5±0.7 1.6±0.4 60 150 Fig H
    12 RPS
    63.5X6.35X28.5N2    		 2 63.5±1.2 12.7±0.5 52±1 28.5±0.7 1.6±0.4 60 150 Fig H
    13 RPS
    63.5X6.35X28.5N3    		 3 63.5±1.2 12.7±0.5 52±1 28.5±0.7 1.6±0.4 60 150 Fig H
    14 RPS
    76.2X6.35X28.5M1    		 1 76.2±1.5 12.7±0.5 65.2±1.2 28.5±0.7 1.6±0.4 60 190 Fig I
    15 RPS
    76.2X6.35X28.5N3    		 3 76.2±1.5 12.7±0.5 65.2±1.2 28.5±0.7 1.6±0.4 60 190 Fig I

    Clip Material

    N1, N2, N3: Nylon-66 (UL)
    Flame Class: 94V-2

     Material Specification

    Shapes

    Fig 1 - N1
    Fig 1 - N1
    Fig 2 - N2
    Fig 2 - N2
    Fig 3 - N3
    Fig 3 - N3
    Fig 4 - M1
    Fig 4 - M1
    Fig 5 - M2
    Fig 5 - M2

    (Z, RS, XL) - f Curve

    Fig A - RPS 38x6.35x15
    Fig A - RPS 38x6.35x15
    Fig B - RPS 38x6.35x25.4
    Fig B - RPS 38x6.35x25.4
    Fig C - RPS 45x6.35x15
    Fig C - RPS 45x6.35x15
    Fig D - RPS 45x6.35x28.5
    Fig D - RPS 45x6.35x28.5
    Fig E - RPS 55.1x6.35x15
    Fig E - RPS 55.1x6.35x15
    Fig F - RPS 55.1x6.35x28.5
    Fig F - RPS 55.1x6.35x28.5
    Fig G - RPS 63.5x6.35x15
    Fig G - RPS 63.5x6.35x15
    Fig H - RPS 63.5x6.35x28.5
    Fig H - RPS 63.5x6.35x28.5
    Fig I - RPS 76.2x6.35x28.5
    Fig I - RPS 76.2x6.35x28.5
  • 2. EMI Supperssor Ferrite Cores (For Flat Cable)-RP TYPE

    EMI Supperssor Ferrite Cores
    ( for Flat Cable )

     

    • Applications :

    Flat suppression coress provide a costeffective means of reduction common mode EMI on flat,ribbon type cable assemblies.They are most frequently used to suppress EMI on the internal data cable assemblies of electronic equipment. by reducing the levels radiated by internal cables, these ferrites can reduce the cost and amount of overall shielding required to confine EMI within a product's enclosure .

    • Outline :

    Core-Tech's rectangular EMI suppression ferrites provide a costeffective means of reduction common mode EMI on flat,ribbon type cable assemblies.They are most frequently used to suppress EMI on the internal data cable assemblies of electronic equipment. by reducing the levels radiated by internal cables, these ferrites can reduce the cost and amount of overall shielding required to confine EMI within a product's enclosure .
     

    • Features :

    Slot lengths from 16mm to 60mm. Precision formed smooth surfaces prevent damage to wire insulation .

    Due to this flat design, this ferrite core can be located in a narrow space inside the equipment very easily.

    • Application :

    Internal floppy disk and harddisk ribbon cables. Internal ribbon cables between circuit boards and data connectors.Internal ribbon cables with series digital signal busses .

    The rectangular solid ferrites are used for EMI suppression on flat  cable assemblies. 
    * Internal floppy disk ribbon cables.
    * Internal ribbon cables between circuit and data connectors.
    * Internal ribbon cables with 8,16,32 or 64 bit digital signal busses.

     

    • Ordering Code :

     

     

     

    • Dimensions (Core Size) & Characteristics :

     

    NO
    ITEM
    Fig
    A
    B
    C
    D
    E
    IMPEDANCD
    () min
    (Z,RS,XL)
    -f Curve
    25MHz
    100MHz
    CURVE
    1
    RP
    38X5X12
    1
    16 ± 0.4
    5.0 ± 0.3
    11.5 ± 0.4
    12.0 ± 0.5
    0.5 +0.6
    -0.1
    44
    90
    1
    2
    RP
    16X5X15
    1
    16 ± 0.4
    5.0 ± 0.3
    11.5 ± 0.4
    15.0 ± 0.6
    0.5 +0.6
    -0.1
    50
    110
    2
    3
    RP
    18X5X18
    1
    18 ± 0.4
    5.0 ± 0.3
    14.0 ± 0.4
    8.0 ± 0.4
    1.0 ± 0.3
    24
    55
    3
    4
    RP
    20.5X3.5X15
    1
    20 ± 0.5
    3.5 +0.15
    -0.25
    16.5 ± 0.4
    15.0 ± 0.6
    0.5 +0.2
    -0.15
    34
    88
    4
    5
    RP
    22.35X7.75X19.05
    2
    22.35 ± 0.51
    7.7 5± 0.38
    14.0 ± 0.25
    19.05 ± 0.64
    1.5 ± 0.25
    68
    120
    5
    6
    RP
    23.3X3X7
    2
    22.3 ± 0.7
    3.0 ± 0.3
    20.0 ± 0.5
    7.0 ± 0.4
    0.9 ± 0.15
    20
    60
    6
    7
    RP
    23.5X6.3X10
    2
    23.5 ± 0.7
    6.. ± 0.5
    18.4 ± 0.4
    10.0 ± 0.4
    1.1 ± 0.3
    32
    75
    7
    8
    RP
    25X5X12
    1
    25.0 ± 0.7
    5.0 ± 0.4
    21.0 ± 0.5
    12.0 ± 0.5
    1.1 ± 0.2
    27
    75
    8
    9
    RP
    25X3.5X15
    1
    28.0 ± 0.8
    3.5 +0.15
    -0.25
    24 ± 0.4
    15.0 ± 0.6
    0.5 +0.2
    -0.15
    30
    88
    9
    10
    RP
    28X6.5X15
    1
    28.0 ± 0.8
    6.5 ± 0.5
    23 ± 0.5
    15.0 ± 0.6
    1.0 ± 0.3
    30
    85
    10
    11
    RP
    28.5X6.5X18
    1
    28.5 ± 0.8
    6.5 ± 0.5
    23.5 ± 0.5
    18.0 ± 0.7
    1.0 ± 0.3
    40
    95
    11
    12
    RP
    28X7.7X14.6
    3
    28.0 ± 0.8
    7.7 ± 0.5
    23.0 ± 0.5
    14.6 ± 0.4
    1.4 ± 0.4
    38
    85
    12
    13
    RP
    28X7.7X22
    2
    28.0 ± 0.8
    7.7 ± 0.5
    23.0 ± 0.5
    22.0 ± 0.6
    1.4 ± 0.4
    52
    110
    13
    14
    RP
    28.6X7.7X25
    1
    28.6 ± 0.85
    7.7 ± 0.5
    23.6 ± 0.8
    25.0 ± 0.8
    1.8 ± 0.4
    45
    95
     
    15
    RP
    31X5X8
    1
    31.0 ± 0.8
    5.0 ± 0.4
    27.0 ± 0.6
    8.0 ± 0.4
    0.5 +0.7
    -0.1
    21
    60
    14
    16 RP
    31X5X9    		 1
    31.0 ± 0.8
    5.0 ± 0.4
    27.0 ± 0.6
    9.0 ± 0.4
    0.5 +0.7
    -0.1
    25
    75
    		15
    17 RP
    31X5X12    		 1
    31.0 ± 0.8
    5.0 ± 0.4
    27.0 ± 0.6
    12.0 ± 0.5
    0.5 +0.7
    -0.1
    30
    85
    		16
    18 RP
    31X5X22    		 1
    31.0 ± 0.8
    5.0 ± 0.4
    27.0 ± 0.6
    22.0 ± 0.6
    0.5 +0.7
    -0.1
    46
    130
    		17
    19 RP
    33.5X3.5X15    		 1
    33.5 ± 0.9
    3.5 ± 0.3
    27.0 ± 0.6
    15.0 ± 0.6
    1.4 ± 0.4
    21
    68
    		18
    20 RP
    33.5X4X12    		 1
    33.5 ± 0.9
    4.0
    +0
    -0.2
    27.0 ± 0.6
    12.0 ± 0.5
    1.4 ± 0.4
    19
    60
    		19
    21 RP
    33.5X6.5X7    		 1
    33.5 ± 0.9
    6.5 ± 0.5
    27.0 ± 0.6
    7.0 ± 0.4
    1.4 ± 0.4
    20
    57
    		20
    22 RP
    33.5X6.5X8    		 1
    33.5 ± 0.9
    6.5 ± 0.5
    27.0 ± 0.6
    8.0 ± 0.4
    1.4 ± 0.4
    21
    60
    		21
    23 RP
    33.5X6.5X10    		 1
    33.5 ± 0.9
    6.5 ± 0.5
    27.0 ± 0.6
    10.0 ± 0.4
    1.4 ± 0.4
    24
    65
    		22
    24 RP
    33.5X6.5X15    		 1
    33.5 ± 0.9
    6.5 ± 0.5
    27.0 ± 0.6
    15.0 ± 0.6
    1.4 ± 0.4
    32
    81
    		23
    25 RP
    33.5X6.5X22    		 1
    33.5 ± 0.9
    6.5 ± 0.5
    27.0 ± 0.6
    22.0 ± 0.6
    1.4 ± 0.4
    43
    95
    		24
    26 RP
    38.1X12X25.4    		 2
    38.1 ± 1.0
    12.0 ± 0.6
    26.7 ± 0.6
    25.4 ± 0.8
    1.9 ± 0.4
    83
    145
    		25
    27 RP
    40X6.5X6    		 1
    40.0 ± 1.0
    6.5 ± 0.5
    35.0 ± 0.7
    6.0 ± 0.3
    1.4 ± 0.4
    16
    50
    		26
    28 RP
    40X6.5X12    		 1
    40.0 ± 1.0
    6.5 ± 0.5
    35.0 ± 0.7
    12. ± 0.5
    1.4 ± 0.4
    25
    72
    		27
    29 RP
    40X6.5X18    		 1
    40. 0± 1.0
    6.5 ± 0.5
    35.0 ± 0.7
    18.0 ± 0.5
    1.4 ± 0.4
    32
    84
    		28
    30 RP
    40X6.5X20         		1
    40.0 ± 1.0
    6.5 ± 0.5
    35.0 ± 0.7
    20.0 ± 0.6
    1.4 ± 0.4
    35
    88
    		29
    31 RP
    40X6.5X22    		 1
    40.0 ± 1.0
    6.5 ± 0.5
    35.0 ± 0.7
    22.0 ± 0.6
    1.4 ± 0.4
    37
    95
    		30
    32 RP
    45.1X12.5X10         		2
    45.1 ± 1.0
    12.5 ± 0.6
    34.5 ± 0.8
    10.0 ± 0.4
    1.5 ± 0.5
    30
    72
    		31
    33 RP
    45.1X12.5X28.6    		 2
    45.1 ± 1.0
    12.5 ± 0.6
    34.5 ± 0.8
    28.6 ± 0.8
    1.5 ± 0.5
    80
    165
    		32
    34 RP
    45.2X6.5X12         		1
    45.2 ± 1.0
    6.5 ± 0.5
    40.0 ± 0.8
    12.0 ± 0.5
    1.4 ± 0.4
    24
    72
    		33
    35 RP
    49.6X4X12    		 1
    49.6 ± 1.0
    4.0 ± 0.2
    44.0 ± 0.8
    12.0 ± 0.5
    1.4 ± 0.4
    19
    63
    		34
    36 RP
    49.6X6.5X12         		1
    49.6 ± 1.0
    6.5 ± 0.5
    44.0 ± 0.8
    12.0 ± 0.5
    1.4 ± 0.4
    22
    68
    		35
    37 RP
    57.6X6.5X12    		 1
    57.6 ± 1.2
    6.5 ± 0.5
    52.0 ± 1.0
    12.0 ± 0.5
    1.4 ± 0.4
    22
    70
    		36
    38 RP
    60.6X6.5X12         		1
    60.6 ± 1.2
    6.5 ± 0.5
    55.0 ± 1.0
    12.0 ± 0.5
    1.4 ± 0.4
    28
    92
    		 

     

     

    • Shapes :
    Fig 1 Fig 2 Fig 3

     

    • ( Z , RS , XL ) - f Curve :

    Fig 1 K5A RP 16X5X8

    http://coretechweb.com.tw/files/ckeditor/products/z-rs-xl/02/01.gif

     

    Fig 1 K5A RP 16X5X12

     

    Fig 1 K5A RP 16X5X20

    Fig 1 K5A RP 18X5X8

    Fig 1 K5A RP 18X5X12

    Fig 1 K5A RP 20.5X3.5X15

     

    Fig 1 K5A RP 23.8X6.3X12.5

    Fig 1 K5A RP 23.8X6.3X15

    Fig 1 K5A RP 24.5X5X12

    Fig 1 K5A RP 25X5X5

    Fig 1 K5A RP 25X5X7

     

    Fig 1 K5A RP 25X5X12

    Fig 1 K5A RP 25X5X15

    Fig 1 K5A RP 28.5X6.5X8

    Fig 1 K5A RP 28.6X7.7X25

    Fig 1 K5A RP 28.6X7.7X31

    Fig 1 K5A RP 28X7.7X14.6

    Fig 1 K5A RP 28X7.7X22

    Fig 1 K5A RP 31X5X6

    Fig 1 K5A RP 33.5X6.5X12

    Fig 1 K5A RP 33.5X6.5X20

    Fig 1 K5A RP 38.5X4X12

    Fig 1 K5A RP 45.1X12.5X28.6

    Fig 1 K5A RP 57.6X6.5X12

  • 3. EMI Supperssor Snap-on Ferrite Cores (for Round Cable)-CTRC, CTNF TYPE

    EMI suppressor Snap-on ferrite cores
    ( for round cable )

     

    • EMI suppressor Snap-on ferrite cores (for round cable) :

    Sanp-on (Split) EMI Suppression Core consists with a nylon plastic case and two half ferrite cores for retrofit and post-assembly operations .
    It provides secure mounting of the ferrite to the cable  so don’t need cut the existing cable firstly and can be removed from cable without damage.  Split EMI Suppression Core  can be installed after assembly products to suppress high frequency noise 

    • Features :

    Sanp-on (Split) EMI Suppression Core consists with a nylon plastic case and two half ferrite cores for retrofit and post-assembly operations .
     It provides secure mounting of the ferrite to the cable  so don’t need cut the existing cable firstly and can be removed from cable without damage.  Split EMI Suppression Core  can be installed after assembly products to suppress high frequency noise 

    • Application :

    Internal and external power cables. internal cables between pc boards and data connectors, computer peripherals, digital camera, DVD, fax machine cables, monitor cables, power supply cables. Printer cables.

     

     

    • Ordering Code :

     

     

    • Dimensions (Core Size) & Characteristics :

     

    NO
    ITEM
    Fig
    A
    B
    C
    D
    E
    IMPEDANCD
    () min
    Max.
    Cable
    Dia.
    (Z,RS,XL)
    -f Curve
    25MHz
    100MHz
    CURVE
    1
    CTRC-0520-1
    1
    13±1
    11.8±1
    5±0.3
    25.5±1
    2.5
    60
    100
    ø-5
    Fig 1
    2
    CTRC-0930-1
    1
    19.5±1
    18±1
    9±0.3
    35±1
    5.5±1
    80
    130
    ø-9
    Fig 2
    3
    CTRC-1330
    1
    23.5±1
    22.5±1
    13±0.3
    36±1
    8.5±1
    70
    120
    ø13
    Fig 3
    4
    CTNF-50
    2
    15±1
    14±1
    5.2±0.3
    23±1
    -
    70
    120
    ø-5
    Fig 4
    5
    CTNF-65
    2
    20.5±1
    20±1
    6.5±0.3
    33±1
    -
    120
    200
    ø6.5
    Fig 5
    6
    CTNF-100
    2
    25.5±1
    23.5±1
    10±0.3
    33±1
    -
    80
    130
    ø10
    Fig 6
    7
    CTNF-135
    2
    31.5±1
    30±1
    13±0.3
    33±1
    -
    105
    170
    ø13
    Fig 7
    8
    CTRC-0813
    3
    19.5±1
    23±1
    8.1±0.3
    17±1
    23±1
    42
    85
    ø-8
    Fig 8
    9
    CTRC-0816
    3
    19.5±1
    23±1
    8.1±0.3
    20±1
    26±1
    50
    110
    ø-8
    Fig 9
    10
    CTRC-1010
    3
    24.5±1
    28.5±1
    10.2±0.3
    13.5±1
    20±1
    35
    75
    ø10
    Fig 10
    11
    CTRC-1214
    3
    28±1
    32±1
    11.5±0.3
    18±1
    24±1
    50
    100
    ø11.5
    Fig 11
    12
    CTRC-1512
    3
    29±1
    33±1
    15±0.3
    15.5±1
    21.5±1
    30
    70
    ø15
    Fig 12
    13
    CTRC-0715
    4
    15.5±1
    14±1
    7±0.3
    18±1
    22±1
    40
    75
    ø-7
    Fig 13
    14
    CTRC-0930-2
    4
    20.5±1
    19.5±1
    9±0.3
    31.5±1
    35.5±1
    80
    130
    ø-9
    Fig 14
    15
    CTRC-1130
    4
    20.5±1
    21±1
    11±0.4
    32±1
    36±1
    60
    110
    ø11
    Fig 15
    16
    CTRC-2629
    4
    31.5±1
    30.5±1
    13±0.3
    34±1
    39.5±1
    80
    130
    ø13
    Fig 16
    17
    CTRC-0415
    5
    15±1
    15±1
    4±0.2
    25.2±1
    -
    55
    95
    ø-4
    Fig 17
    18
    CTRC-0520-2
    5
    16.5±1
    16.5±1
    5.2±0.3
    29.5±1
    -
    70
    120
    ø-5
    Fig 18
    19
    CTRC-7530
    5
    21±1
    21±1
    7.5±0.3
    39±1
    -
    90
    150
    ø7.5
    Fig 19
    20
    CTRC-0933
    5
    22.5±1
    22.5±1
    9.5±0.3
    43±1
    -
    105
    190
    ø9.5
    Fig 20

     

     

    • Shapes :

    Fig 1

    Fig 2

    Fig 3

    Fig 4

    Fig 5

     

    • ( Z , RS , XL ) - f Curve :

    Fig 1 CTRC-0520-1

    Fig 2 CTRC-0930-1

    Fig 3 CTRC-1330     

    Fig 4 CTNF-50

    Fig 5 CTNF-65

    http://coretechweb.com.tw/files/ckeditor/products/z-rs-xl/03/CTRC-0520-1.jpg

    http://coretechweb.com.tw/files/ckeditor/products/z-rs-xl/03/CTRC-0930-1.jpg

    http://coretechweb.com.tw/files/ckeditor/products/z-rs-xl/03/03.gif

    http://coretechweb.com.tw/files/ckeditor/products/z-rs-xl/03/CTNF-50.jpg

    http://coretechweb.com.tw/files/ckeditor/products/z-rs-xl/03/CTNF-65.jpg

    Fig 6 CTNF-100

    Fig 7 CTNF-135

    Fig 8 CTRC-0813

    Fig 9 CTRC-0816

    Fig 10 CTRC-1010

    Fig 11 CTRC-1214

    Fig 12 CTRC-1512

    Fig 13 CTRC-0715

    Fig 14 CTRC-0930-2

    Fig 15 CTRC-1130

    Fig 16 CTRC-2629

    Fig 17 CTRC-0415

    Fig 18 CTRC-0520-2

    Fig 19 CTRC-7530

    Fig 20 CTRC11-0933

  • 4. EMI Sleeve Cores-RH TYPE

    Sleeve Cores

     

    • Sleeve Cores :

    Shield RH series belong to the EMI suppression cores with sleeve  shape, to suppress high frequency noise from cables. RH cores are usually used for the cable assembly with plastic injection molding. offering high impedance, excellent high-frequency performance, low saturation tendency, and easy installation. They are widely used on digital signal lines, power and motor lines, and high-speed interfaces . If the design need higher impedance, increase the wire turns through the core is a fast and easy solution
     
           EMC Bead

    •  Outline :

    Ferrite beads have been used as a simple method of increasing the loss in DC current and the Low-Frequency range of AC current. Major applications of ferrite beads include shortening antennas, preventing parasitic oscillation, phase correction, Etc. Now, to enhance the noise immunity of electronic devices, a new magnetic material has beren developed and commercialized as EMC bead. Ferrite beads can be broken down into two types, resistive ferrite bonds andinductive ferrite beads. The resistive bead series is used to preventing pulse ringing, and is used as the Low-Pass filter; the inductive bead series core is used for shortening the antenna and preventing parasitic oscillation .
     

    •  Features :

    Employ High-Performance ferrites with superior frequency characteristic. Compact and high performance. Easy installation .
     

    •  Application :

    High-frequency EMI/RFI suppression on signal lines for USB, HDMI, LVDS, and other high-speed interfaces
    High-frequency noise suppression on power and DC lines for DC power supply leads and 
    suppression of high-frequency spikes from switching power supplies
    Common-mode noise reduction in digital and control systems for Motor drivers, servo controllers Industrial control and communication equipment
    Ideal for quick EMI fixes and easily applied by slipping the cable through the core

     

    • Ordering Code :

     

     

     

    • Dimensions (Core Size) & Characteristics :

     

    NO
    ITEM
    Unit:mm
    Impedance
    () min
    (Z,RS,XL)
    -f Curve
    ø A
    ø C
    ø D
    25MHz
    100MHz
    CURVE
    1
    K5A RH
    1.6X0.8X5(S)
    1.6±0.15
    0.8±0.1
    5±0.3
    -
    33
    -
    2
    K5A RH
    2.45X1.3X2.5
    2.45±0.15
    1.3±0.1
    2.5±0.2
    -
    -
    -
    3
    K5A RH
    2.5X0.8X3
    2.5±0.15
    0.8±0.15
    3±0.2
    20
    30
    -
    4
    K5A RH
    2.5X1X3
    2.5±0.15
    1.5±0.15
    3±0.2
    10
    30
    -
    5
    K5A RH
    2.7X2X4
    2.7±0.15
    2±0.15
    4±0.3
    -
    -
    -
    6
    K5A RH
    2.85X1.65X3.75
    2.85±0.15
    1.65±0.15
    3.75±0.2
    18/50MHZ
    -
    -
    7
    K5A RH
    3X0.8X3
    3±0.15
    0.8±0.15
    3±0.2
    -
    -
    -
    8
    K5A RH
    3X1X3
    3±0.15
    1±0.1
    3±0.2
    -
    -
    -
    9
    C8 RH
    3.5X0.8X14
    3.5±0.15
    0.8±0.15
    14±0.4
    -
    185
    -
    10
    K5A RH
    3.5X0.9X6
    3.5±0.15
    0.9±0.1
    6±0.3
    50
    75
    -
    11
    C8 RH
    3.5XX14
    3.5±0.15
    1±0.1
    14±0.4
    -
    180
    -
    12
    K5A RH
    3.5X1.3X3
    3.5±0.15
    1.3±0.1
    3±0.2
    10
    20
    -
    13
    K5A RH
    3.5X1X5
    3.5±0.15
    1.5±0.15
    5±0.3
    20
    45
    -
    14
    K5A RH
    3.5X1.8X5.9
    3.5±0.15
    1.8±0.15
    5.9±0.3
    -
    -
    -
    15
    K5A RH
    3.8X0.8X8.3
    3.8±0.15
    0.8±0.1
    8.3±0.3
    -
    100
    -
    16
    L11 rh
    3.8X1X9
    3.8±0.15
    1±0.1
    9±0.3
    20
    -
    -
    17
    KSA RH
    3.9X1.3X5
    3.9±0.15
    1.3±0.1
    5±0.3
    -
    -
    -
    18
    K5 RH
    4X0.8X15
    4±0.15
    0.8±0.1
    15±0.4
    -
    -
    -
    19
    K5 RH
    4X2X15
    4±0.2
    2±0.15
    15±0.5
    50
    80
    -
    20
    K6 RH
    4X2X25
    4±0.2
    2±0.15
    25±0.3
    90
    120
    -
    21
    K5A RH
    4X2.2X6
    4±0.2
    2.2±0.15
    6±0.3
    20
    40
    -
    22
    K5A RH
    4X2.2X25
    4±0.2
    2.2±0.15
    25±0.6
    90
    120
    -
    23
    K5A RH
    4.1X0.8X6
    4.1±0.2
    0.8±0.10
    6±0.3
    90
    -
    -
    24
    K5A RH
    4.1X2X6
    4.1±0.2
    2±0.15
    6±0.3
    20
    30
    -
    25
    C3B RH
    4.2X2X15(R)
    4.2±0.2
    2±0.15
    15±0.4
    45
    90
    -
    26
    C3B RH
    4.2X2X15(C)
    4.2±0.2
    2±0.15
    15±0.4
    45
    90
    -
    27
    K5 RH
    4.5X1.5X7
    4.5±0.2
    1.5±0.10
    7±0.3
    40
    80
    -
    28
    K5A RH
    4.5X2.5X7
    4.5±0.2
    2.5±0.15
    7±0.3
    35
    65
    -
    29
    K5A RH
    4.5X3X6
    4.5±0.2
    3±0.2
    6±0.3
    -
    -
    -
    30
    K5A RH
    4.7X2.75X25
    4.7±0.2
    2.75±0.15
    25±0.6
    -
    -
    -
    31
    K6 RH
    4.9X2X36
    4.9±0.2
    2±0.15
    36±0.8
    140
    200
    -
    32
    K5A RH
    5.03X2.34X15
    5.03±0.2
    2.34±0.15
    15±0.4
    -
    -
    -
    33
    K5A RH
    5.08X2.29X10
    5.08±0.2
    2.29±0.15
    10±0.4
    40
    65
    -
    34
    K5A RH
    6X2.2X30
    6±0.2
    2.2±0.15
    30±0.7
    -
    -
    -
    35
    K5A RH
    6X3.2X10
    6±0.2
    3.2±0.2
    10±0.4
    -
    50
    -
    36
    K5A RH
    6X3X15
    6±0.2
    3±0.2
    15±0.4
    -
    -
    -
    37
    K5A RH
    6.35X2.95X25.4
    6.35±0.2
    2.95±0.15
    25.4±0.6
    108
    200
    -
    38
    K5A RH
    6.35X3.2X12.7
    6.35±0.2
    3.2±0.2
    12.7±0.4
    55
    102
    -
    39
    K5A RH
    6.4X3.2X10
    6.4±0.2
    3.2±0.2
    10±0.4
    -
    50
    -
    40
    K5A RH
    6.5X4X10
    6.5±0.2
    4±0.2
    10±0.4
    20
    40
    -
    41
    K5A RH
    6.5X4.5X10
    6.5±0.2
    4.5±0.2
    10±0.4
    15
    35
    -
    42
    K5A RH
    6.78X4X14.22
    6.78±0.2
    4±0.2
    14.22±0.4
    -
    -
    -
    43
    K5A RH
    7.52X2.39X7.54
    7.52±0.2
    2.39±0.15
    7.54±0.3
    30
    60
    -
    44
    K5A RH
    7.8X4X13
    7.8±0.2
    4±0.2
    13±0.4
    45
    80
    -
    45
    K5A RH
    7.8X5X12.5
    7.8±0.2
    5±0.25
    12.5±0.4
    30
    60
    -
    46
    K5A RH
    8X5.3X15
    8±0.2
    5.3±0.25
    15±0.4
    40
    80
    -
    47
    K5A RH
    8.3X3.6X9.75
    8.3±0.2
    3.6±0.2
    9.75±0.3
    -
    -
    -
    48
    K5A
    8.7X6.3X15.7
    8.7±0.2
    3.6±0.3
    15.7±0.4
    -
    80
    -
    49
    K5A RH
    9X5X16
    9±0.3
    5±0.25
    16±0.4
    50
    80
    -
    50
    K5A RH
    9.05X4.7X16.2
    9.05±0.3
    4.7±0.2
    16.2±0.4
    60
    110
    -
    51
    K5A RH
    9.3X4.5X9.5
    9.3±0.3
    4.5±0.2
    9.5±0.3
    -
    -
    -
    52
    K5A RH
    9.3X6.35X15.7
    9.3±0.3
    6.35±0.3
    15.7±0.4
    -
    -
    -
    53
    K5 RH
    9.5X4.75X19.05
    9.5±0.3
    4.75±0.2
    19.5±0.4
    -
    100
    -
    54
    K5A RH
    9.5X4.8X14.5
    9.5±0.3
    4.8±0.2
    14.5±0.4
    53
    75
    -
    55
    K5A RH
    9.5X5X14.5
    9.5±0.3
    5±0.25
    14.5±0.4
    50
    100
    -
    56
    K5A RH
    9.5X5.2X9.5
    9.5±0.3
    5.2±0.25
    9.5±0.4
    35
    65
    -
    57
    K5A RH
    9.65X5.02X10.4
    9.65±0.3
    5.02±0.25
    10.5±0.4
    30
    60
    -
    58
    K5A RH
    9.7X3.8X10.2
    9.7±0.3
    3.8±0.2
    10.2±0.4
    60
    100
    -
    59
    K5A RH
    9.8X6.3X15.7
    9.8±0.3
    6.3±0.3
    15.7±0.4
    45
    65
    -
    60
    K5A RH
    10X5X25
    10±0.3
    5±0.25
    25±0.6
    125
    160
    -
    61
    K5A RH
    10X5.5X2.5
    10±0.3
    5.5±0.25
    25±0.6
    90
    160
    -
    62
    K5A RH
    10X6X14
    10±0.3
    6±0.3
    14±0.4
    35
    75
    -
    63
    K5A RH
    10X6.15X6.2
    10±0.3
    6.15±0.3
    6.2±03
    45
    85
    -
    64
    K5A RH
    10X7X10
    10±.3
    7±0.3
    10±0.4
    20
    40
    -
    65
    K5A RH
    10.5X5.5X20
    10.5±0.3
    5.5±0.25
    20±0.5
    65
    120
    -
    66
    K5A RH
    11X5X25
    11±0.3
    5±0.25
    25±0.6
    115
    180
    -
    67
    K5A RH
    11.3X5.95X12
    11.3±0.3
    5.95±0.25
    12±0.4
    40
    70
    -
    68
    K5A RH
    11.8X7.3X15
    11.8±0.3
    7.3±0.3
    15±0.4
    -
    75
    Fig 2
    69
    K5A RH
    11.86X7.4X15
    11.86±0.3
    7.4±0.3
    15±0.4
    35
    75
    -
    70
    K5A RH
    12X4X23
    12±0.3
    4±0.2
    23±0.5
    160
    230
    Fig 4
    71
    K5A RH
    12X5.6X20
    12±0.3
    5.6±±0.25
    20±0.5
    100
    200
    Fig 3
    72
    K5A RH
    12X8X13
    12±0.3
    8±0.3
    13±0.4
    35
    75
    -
    73
    K5A RH
    12X8.5X15
    12±0.3
    8.5±0.3
    15±0.4
    30
    50
    -
    74
    K5A RH
    12.3X5X12.7
    12.3±0.3
    5±0.25
    12.7±0.4
    60
    120
    -
    75
    K6 RH
    12.7X6X21.7
    12.7±0.3
    6±0.3
    21.7±0.5
    85
    135
    -
    76
    K5A RH
    12.7X7.9X12.7
    12.7±0.3
    7.9±0.3
    12.7±0.4
    30
    60
    -
    77
    P3RH
    13X7X15
    13±0.3
    7±0.3
    15±0.4
    75
    140
    -
    78
    K5 RH
    14X6.8X15
    14±0.4
    6.8±0.3
    15±0.4
    65
    120
    -
    79
    K5A RH
    14X7.8X15
    14±0.4
    7.8±0.3
    15±0.4
    35
    70
    -
    80
    K5A RH
    14.2X4.5X28.5
    14.2±0.4
    4.5±0.2
    28.5±0.6
    160
    300
    -
    81
    K5A RH
    14.2X6.35X28.5
    14.2±0.4
    6.35±0.3
    28.5±0.6
    100
    190
    Fig 7
    82
    K5A RH
    14.2X6.35X36
    14.2±0.4
    6.35±0.3
    36±0.8
    150
    280
    -
    83
    K5A RH
    14.2X7.2X28.5
    14.2±0.4
    7.2±0.3
    28.5±0.6
    130
    210
    -
    84
    K5A RH
    14.2X7X28.5
    14.2±0.4
    7±0.3
    28.5±0.6
    100
    120
    Fig 8
    85
    K5A RH
    14.2X8X23.5
    14.2±0.4
    8±0.3
    23.5±0.5
    65
    135
    -
    86
    K5A RH
    14.2X8X28.5
    14.2±0.4
    8±0.3
    28.5±0.6
    60
    150
    -
    87
    K5A RH
    14.2X9.15X28.5
    14.2±0.4
    9.15±0.3
    28.5±0.6
    100
    170
    -
    88
    K5A RH
    14.2X9X15
    14.2±0.4
    9±0.3
    15±0.4
    50
    100
    -
    89
    K5A RH
    14.3X6.35X23.3
    14.3±0.4
    6.35±0.3
    23.3±0.5
    100
    180
    -
    90
    K5A RH
    14.3X9.15X28.5
    14.3±0.4
    9.15±0.3
    28.5±0.6
    75
    120
    -
    91
    K5A RH
    14.3X9X28.5
    14.3±0.4
    9±0.3
    28.5±0.6
    75
    120
    -
    92
    K5A RH
    15.7X10.5X28.5
    15.7±0.4
    10.5±0.3
    28.5±0.6
    60
    100
    -
    93
    K5A RH
    15.7X7.3X28.5
    15.7±0.4
    7.3±0.3
    28.5±0.6
    90
    180
    -
    94
    K5A RH
    15.7X7.5X28.5
    15.7±0.4
    7.5±0.3
    28.5±0.6
    90
    180
    Fig 9
    95
    K5A RH
    15.88X8X28.5
    15.88±0.4
    8±0.3
    28.5±0.6
    100
    160
    -
    96
    K5A RH
    16X4.3X17.5
    16±0.4
    4.3±.3
    17.5±0.4
    100
    185
    -
    97
    K5A RH
    16X8X16
    16±0.4
    8±0.3
    16±0.4
    55
    110
    -
    98
    K5A RH
    16X9X17
    16±0.4
    9±0.3
    17±0.4
    50
    80
    Fig 11
    99
    K5A RH
    16X9X28
    16±0.4
    9±0.3
    28±0.6
    80
    150
    Fig 12
    100
    K5A RH
    16X10.5X28
    16±0.4
    10.5±0.3
    28±0.6
    -
    100
    Fig 13
    101
    K5A RH
    17.07X8.76X25.4
    17.07±0.4
    8.76±0.3
    25.4±0.6
    90
    130
    -
    102
    K5A RH
    17.2X7X28.5
    17.2±0.4
    7±0.3
    28.5±0.6
    140
    230
    -
    103
    P2M RH
    17.5X7X25.4
    17.5±0.4
    7±0.3
    25.4±0.6
    110
    200
    -
    104
    K5A RH
    17.5X9.5X28.5
    17.5±0.4
    9.5±0.3
    28.5±0.6
    85
    145
    Fig 15
    105
    K5A RH
    17.5X9.5X35
    17.5±0.4
    9.5±1.4
    35±0.8
    120
    200
    -
    106
    K5A RH
    17.5X10.5X24
    17.5±0.4
    10.5±0.4
    24±0.6
    85
    130
    -
    107
    K5A RH
    17.5X10.5X28.5
    17.5±0.4
    10.5±0.4
    28.5±0.6
    90
    150
    -
    108
    K5A RH
    17.5X10X28.5
    17.5±0.4
    10±0.4
    28.5±0.6
    100
    240
    -
    109
    K5A RH
    17.5X11X28.5
    17.5±0.4
    11±0.4
    28.5±0.6
    80
    130
    Fig 16
    110
    K5A RH
    18X10.5X18
    18±0.5
    10.5±0.4
    18±0.6
    45
    90
    -
    111
    K5A RH
    18.2X9.7X28.2
    18.2±0.5
    9.7±0.3
    28.2±0.6
    133
    250
    -
    112
    K5A RH
    18.7X10.2X28.5
    18.7±0.5
    10.2±0.4
    28.5±0.6
    70
    130
    Fig 18
    113
    K5A RH
    19X13X29
    19±0.5
    13±0.4
    29±0.6
    60
    110
    -
    114
    K5A RH
    19.2X11.6X28.6
    19.2±0.5
    11.6±0.4
    28.6±0.6
    76
    118
    -
    115
    K5A RH
    20.7X12X28.5
    20.7±0.6
    12±0.4
    28.5±0.6
    85
    160
    Fig 19
    116
    K5A RH
    25.9X12.3X29
    25.9±0.6
    12.3±0.4
    29±0.6
    90
    180
    -
    117
    K5A RH
    25.9X0.6X29
    25.9±0.6
    12.7±0.4
    29±0.6
    120
    240
    -
    118
    K5A RH
    26X13X28.5
    26±0.6
    13±0.4
    28.5±0.6
    116
    180
    Fig 23
    119
    K5A RH
    26X14X28.5
    26±0.6
    14±0.4
    28.5±0.6
    90
    180
    Fig 24
    120
    K5A RH
    28X14X28
    28±0.6
    14±0.4
    28±0.6
    110
    180
    Fig 25
    121
    K5A RH
    28X16X28.5
    28±0.6
    16±0.4
    28.0.6
    110
    220
    -

     

     

    • Shapes :

     

    Fig

     

     

    • ( Z , RS , XL ) - f Curve :

     

    Fig 1 K5A RH 2.5X0.8X3

    Fig 2 K5A RH 2.5X1X3

    Fig 3 K5A RH 3.5X1.5X3

    Fig 4 K5A RH 3.5X1.5X5

    Fig 5 K5A RH 3.5X1.8X5.9

    Fig 6 K5A RH 3.5X2X4

    Fig 7 K5A RH 3X1X3

    Fig 8 K5A RH 12x4x23

    Fig 9 K5A RH 14.2X6.35X28.5

    Fig 10 K5A RH 14.2X7X28.5

    Fig 11 K5A RH 16x9x17

    Fig 12 K5A RH 16x9x28

    Fig 13 K6 RH 16x10.5x28

    Fig 14 K5A RH 17.5x9.5x28.5

    Fig 15 K5A RH 26x13x28.5

    Fig 16 K5A RH 28x14x28

  • 5. EMI / Inductor Toroidal Cores-T TYPE
     
    • Toroidal cores :

    Toroidal cores provide high performance when wound and used as cores for transformers, inductors, or chokes .
     

    • Outline :

    The key to supp-ressing radiated noise emi-ssions generated by electr- onic equipment and systems is successful application of effective common-mode countermeasures at data lines. It could be used with series data lines, the data line is wrapped around the filter cores.Located between the CPU and terminal, they Dramatically reduce electro-magnetic noise .
     

    • Features :

    Minimal effect on transmission waveforms. Provide low cost noise coun-termeasures right at the data lines.Can be added as First-Aid,On-The Spot counterme-asures when equipment or devices fail.Application: Com-puters, peripherals and term-inals data, Terminal equipm-ent.NC machines.Measuring equipment, equipment using sensors. OA equipment,Plain paper copiers. Improvement of noise immunity for TVs, FM/AM Tuners, VTRs/VCRs.Harness noise countermeas-ures for automobiles.ISDN terminal equipment.
     

    • Application :

    LAN matching and isolation transformers.LAN common mode chokes.Power supply common chokes. Inductors. Current sensing transformers. DC-DC converters. Telecommunications. transformers. Linghting Ballasts. EMI filters.
     

     

    • Ordering Code :

     

     

     

    • Dimensions (Core Size) & Characteristics :

     

    NO
    ITEM
    Unit:mm
    Impedance
    () min
    		 AL(nH)
    (Z,RS,XL)
    -f Curve
    ø A
    ø C
    ø D
    25MHz
    100MHz
    CURVE
    1
    K5A T
    3.2X1X0.15
    3.2±0.15
    1.25±0.1
    3±0.2
    -
    -
    		 368
    -
    2
    K5A T
    3.55X1X3
    3.5±0.15
    1±0.1
    3±0.2
    -
    20
    		 467
    -
    3
    K5A T
    3.5X1.3X3
    3.5±0.15
    1.3±0.1
    3±0.2
    -
    20
    		 385
    -
    4
    K6 T
    4X2X3
    4±0.2
    2±0.15
    3±0.2
    -
    16
    		 600
    -
    5
    K6 T
    4.1X2X3
    4.1±0.2
    2±0.15
    3±0.2
    -
    15
    		 620
    -
    6
    K5A T
    4.5X1.5X3.5
    4.5±0.2
    1.5±0.15
    3.5±0.2
    70
    100
    		 490
    -
    7
    K6 T
    5X1.5X4
    4±0.2
    1.5±0.15
    4±0.3
    -
    -
    		 1292
    -
    8
    K5A T
    5X3X2
    5±0.2
    3±0.2
    2±0.2
    -
    -
    		 140
    -
    9
    K5A T
    5.08X2.36X4.8
    5.08±0.2
    2.36±0.15
    4.8±0.3
    310
    490
    		 491
    -
    10
    K5A T
    6X1.8X3
    6±0.2
    1.8±0.15
    3±0.2
    -
    -
    		453
    -
    11
    K6 T
    6X3X2
    6±0.2
    3±0.2
    2±0.2
    -
    -
    		400
    -
    12
    K6 T
    6X3X3
    6±0.2
    3±0.2
    3±0.2
    -
    -
    		10
    -
    13
    K5A T
    7X3.5X4
    7±0.2
    3.5±0.2
    4±0.3
    15
    45
    		 373
    -
    14
    K6 T
    7.62X3.18X4.78
    7.62±0.2
    3.18±0.2
    4.78±0.3
    25
    50
    		 1179
    -
    15
    K6 T
    8X4X4
    8±0.2
    4±0.2
    4±0.3
    -
    -
    		800
    -
    16
    K6 T
    9X5X3
    9±0.3
    5±0.25
    3±0.2
    -
    -
    		 514
    -
    17
    K5 T
    9.15X5.02X4.7
    9.15±0.3
    5.02±.25
    4.7±0.3
    -
    35
    		 548
    18
    K5A T
    9.4X6.3X6.2
    9.4±0.3
    6.3±0.3
    6.2±0.3
    10
    25
    		 343
    -
    19
    K5A T
    9.5X4.75X4.8
    9.5±0.3
    4.75±0.2
    4.8±0.3
    -
    30
    		 448
    -
    20
    K5A T
    9.5X4.79X5
    9.5±0.3
    4.78±0.2
    5±0.3
    -
    -
    		461
    -
    21
    K5A T
    9.5X5.02X5
    9.5±0.3
    5.02±0.3
    5±0.3
    20
    35
    		 432
    -
    22
    K5A T
    9.5X5X5
    9.5±0.3
    5±0.3
    5±0.3
    20
    35
    		 434
    -
    23
    P3 T
    9.53X4.75X3.2
    9.53±0.3
    4.75±0.25
    3.2±0.2
    -
    50
    		 43
    -
    24
    K5 T
    9.53X5.02X4.8
    9.53±0.3
    5.02±0.25
    4.8±0.3
    -
    30
    		 595
    -
    25
    K5A T
    9.58X6.4X5
    9.58±0.3
    6.4±0.3
    5±0.3
    -
    -
    		279
    -
    26
    K5A RH
    9.6X6.4X7.4
    9.6±0.3
    6.4±0.3
    7.4±0.3
    -
    -
    		414
    -
    27
    K6 T
    9.65X5.02X4.83
    9.65±0.3
    5.02±0.25
    4.83±0.2
    10
    30
    		 -
    -
    28
    K5A T
    9.65X5X5.05
    9.65±0.3
    5±0.2
    5.05±0.3
    21
    43
    		 449
    -
    29
    K5A T
    9.8X6.3X7.4
    9.8±0.3
    6.30±0.3
    7.4±0.3
    -
    45
    		 450
    -
    30
    K5A T
    10X4X6
    10±0.3
    4±0.2
    6±0.3
    -
    -
    		 720
    -
    31
    P1B T
    10X5.1X9
    10±0.3
    5.1±0.25
    9±0.3
    30
    60
    		 673
    -
    32
    K5A T
    10X5X5
    10±0.3
    5±0.25
    5±0.3
    -
    -
    		 467
    -
    33
    K6 T
    10X6X4
    10±0.3
    6±0.3
    4±0.3
    -
    -
    		600
    -
    34
    K5A T
    10X7X5
    10±0.3
    7±0.3
    5±0.3
    15
    40
    		 247
    -
    35
    K6 T
    12X6X6
    12±0.3
    6±0.3
    6±0.3
    -
    -
    		-
    -
    36
    K5A T
    12X7X5.5
    12±0.3
    7±0.3
    5.5±0.3
    15
    40
    		405
    -
    37
    K5A T
    12.7X7.9X6.35
    12.7±0.3
    7.9±0.3
    6.35±0.3
    21
    42
    		 414
    38
    K5A T
    13X7X3
    13±0.3
    7±0.3
    3±0.2
    15
    30
    		 252
    -
    39
    K6 T
    13X7.3X12.7
    13±0.3
    7.3±0.3
    12.7±0.4
    -
    -
    		-
    40
    K5A T
    13X8X12.7
    13±0.3
    8±0.3
    12.7±0.3
    -
    30
    		 847
    -
    41
    K5A T
    14X8.7X7
    14±0.4
    8.7±0.3
    7±0.3
    25
    45
    		 458
    -
    42
    K5 T
    14.2X4.5X6
    14.2±0.4
    4.5±0.4
    6±0.3
    35
    85
    		1245
    -
    43
    K5A T
    14.2X6.35X13.8
    14.2±0.4
    6.35±0.3
    13.8±0.4
    60
    100
    		 1476
    -
    44
    K5A T
    14.5X10.5X8
    14.5±0.4
    10.5±0.4
    8±0.3
    15
    45
    		 358
    -
    45
    K5A T
    15.7X10X4.3
    15.7±0.4
    10±0.4
    4.3±0.3
    -
    35
    		 367
    -
    46
    K5A T
    15.9X7.9X14.3
    15.9±0.4
    7.9±0.3
    14.3±0.4
    60
    100
    		 1346
    -
    47
    K5A T
    16X8X13
    16±0.4
    8±0.3
    13±0.4
    45
    90
    		1213
    48
    K5A T
    16X10X5
    16±0.4
    10±0.4
    6±0.3
    -
    -
    		323
    -
    49
    K6 T
    15X12X8
    16±0.4
    12±0.4
    8±0.3
    -
    30
    		 686
    -
    50
    K5A T
    16.5X8.2X13
    16.5±0.4
    8.2±0.3
    13±0.4
    45
    100
    		 1223
    -
    51
    K5A T
    17.4X9.6X15
    17.4±0.4
    9.6±0.3
    15±0.4
    -
    -
    		1213
    -
    52
    K5A T
    17.5X9.5X12.7
    17.5±0.4
    9.5±0.3
    12.7±0.4
    45
    70
    		1054
    53
    C8 T
    18X7X3
    18±0.5
    7±0.3
    3±0.2
    -
    -
    		106
    -
    54
    K5A T
    18.3X10X10
    18.3±0.5
    10±0.4
    10±0.4
    30
    80
    		 -
    55
    K5A T
    18.4X9.5X15
    18.4±0.5
    9.5±0.3
    15±0.4
    50
    85
    		 1340
    -
    56
    K5A T
    18.4X9.6X12
    18.4±0.5
    9.6±0.3
    12±0.4
    45
    80
    		 1056
    -
    57
    K5A T
    18.7X10.2X17
    18.7±0.5
    10.2±0.4
    17±0.4
    45
    80
    		 1400
    -
    58
    K5A T
    20X10X10
    20±0.6
    10±0.4
    10±0.4
    140
    250
    		 933
    59
    K5A T
    20.7X12X14
    20.7±0.6
    12±0.4
    14±0.4
    140
    250
    		 980
    -
    60
    K5A T
    21X13.2X12
    21±0.6
    13.2±0.4
    12±0.4
    30
    65
    		 776
    -
    61
    K5A T
    21.2X12.7X6.1
    21.2±0.6
    12.7±0.4
    6.1±0.3
    30
    65
    		 428
    -
    62
    K5A T
    22X13.5X8
    22±0.6
    13.5±0.4
    8±0.3
    30
    60
    		 536
    -
    63
    K5A T
    22X14X8
    22±0.6
    14±0.4
    8±0.3
    30
    60
    		 498
    -
    64
    K5A T
    22.1X13.7X6.35
    22.1±0.6
    13.7±0.4
    6.35±0.3
    15
    45
    		 -
    -
    65
    K5A T
    22.5X13.8X6.4
    22.5±0.6
    13.8±0.4
    6.4±0.3
    15
    45
    		 -
    66
    K5A T
    22.5X13.8X12.8
    22.5±0.6
    13.8±0.4
    12.8±0.4
    40
    80
    		 -
    67
    K5A T
    23X6.35X13.5
    23±0.6
    6.35±0.3
    13.5±0.4
    -
    -
    		1809
    -
    68
    K5A T
    23X11X14
    23±0.6
    11±0.4
    14±0.4
    60
    110
    		 1384
    -
    69
    K5A T
    23X13.5X6.34
    23±0.6
    13.5±0.4
    6.35±0.4
    15
    45
    		 463
    -
    70
    K6A T
    23.5X12.6X9.4
    23.5±0.6
    12.6±0.4
    9.4±0.3
    60
    120
    		 1703
    -
    71
    K5A T
    24X11X14
    24±0.6
    14±0.4
    14±0.4
    60
    100
    		 1456
    -
    72
    K5A T
    24X14X11
    24±0.6
    14±0.4
    11±0.4
    35
    63
    		 -
    -
    73
    K5A T
    25X15X8.1
    25±0.6
    15±0.4
    8.1±0.3
    -
    -
    		-
    -
    74
    K5A T
    25X15X12
    25±0.6
    15±0.5
    12±0.4
    35
    80
    		 467
    -
    75
    K6 T
    28X16X13
    28±0.6
    16±0.3
    13±0.4
    40
    80
    		 993
    76
    K5A T
    29X19X7.5
    29±0.6
    19±0.5
    7.5±0.3
    20
    50
    		 438
    -
    77
    K5A T
    29X19X8.1
    29±0.6
    19±0.5
    8.1±0.3
    -
    -
    		-
    -
    78
    K5 T
    31X19X8
    31±0.9
    19±0.5
    8±0.3
    25
    60
    		 -
    79
    K5A T
    31.75X19.05X16
    31.75±0.8
    19.05±0.5
    16±0.4
    50
    90
    		 -
    80
    K5A T
    31.75X19.05X22.5
    31.75±0.8
    19.05±0.8
    22.5±0.6
    60
    90
    		 -
    -
    81
    K5A T
    35.6X23X12.7
    35.6±0.8
    23±0.6
    12.7±0.4
    25
    90
    		 765
    82
    K5A T
    35.6X25.4X7.5
    35.6±0.8
    25.4±0.6
    7.5±0.2
    25
    90
    		 351
    83
    K5A T
    40.6X27.5X15
    40.6±1
    27.5±0.6
    15±0.4
    35
    85
    		 808
    84
    K5A T
    40.6X27X15
    40.6±1
    27±0.6
    15±0.4
    35
    85
    		 845
    -

     

     

    • Shapes :

     

    Fig

     

    • ( Z , RS , XL ) - f Curve :

    Fig 1 K5A T 9.5X4.75X4.8

    Fig 2 K5A T 9.5X5.02X5

    Fig 3 K5A T 9X5X8

    Fig 4 K5A T 10X5X5

    Fig 5 K5A T 10X6X4

    Fig 6 K5A T 10X7X7.5

    Fig 7 K5A T 12.7x7.9x6.35

    Fig 8 K5A T 12X5.6X12

    Fig 9 K5A T 12X6X6

    Fig 10 K5A T 14.5X10.5X8

    Fig 11 K5A T 14X8.7X10

    Fig 12 K5A T 14X8X5.5

    Fig 13 K5A T 14X8X7-47

    Fig 14 K5A T 16X8X13

    Fig 15 K5A T 18.3x10x10

    Fig 16 K5A T 20.7x12x28.5

    Fig 17 K5A T 20X10X10

    Fig 18 K5A T 21.2X12.7X6

    Fig 19 K5A T 22.5X13.8X6.4

    Fig 20 K5A T 22.5X13.8X8

    Fig 21 K5A T 22.5X13.8X12.8

    Fig 22 K5A T 22X14X8

    Fig 23 K5A T 23.5X12.6X9.4

    Fig 24 K5A T 23X11X14

    Fig 25 K5A T 25X15X10

    Fig 26 K5A T 25X15X12

    Fig 27 K5A T 28X16X13

    Fig 28 K5A T 28X16X20

    Fig 29 K5A T 29X19X7.5

    Fig 30 K5A T 29X19X13.8

    Fig 31 K5A T 29X19X16

    Fig 32 K5A T 31.75X19.05X16

    Fig 33 K5A T 31.75X19.05X22.5

    Fig 34 K5A T 31X19X8

    Fig 35 K5A T 35.6X23X12.7

    Fig 36 K5A T 35.6X23X15

    Fig 37 K5A T 35.6X25.4X15

    Fig 38 K5A T 40.7X27.5X15

    Fig 39 K5A T 50.8X25.4X20

    Fig 40 K5A T 61.4X36X12.8

  • 6. EMI Multiline Beads Mount Filters-S6H S8H TYPE

    Multi-Line Board Mount Filters

    • Multi-Line Board Mount Filters :
      Core-Tech's multi-line ferrite products provide economical EMI filtering of differential mode noise in surface mount and through-hole PCB applications .
    • multiple single printed circuit beads (Through-hole beads  beads)  are ferrite components designed for suppressing high-frequency noise in electronic circuits. They are suitable for both printed circuit board (PCB) assembly and through-hole mounting.
    • Features :
    • Multiple single printed circuit beads or multi-turn printed circuit beads are available in various materials. Cores are supplied with tinned copper jumper wires, which complete the desired winding configuration on the printed circuit board .

     

    • Application :
      Filtering DC power to external peripherals. Filtering low frequency in put/out put signals of shielded enclosures. Data Bus filter .Applications where low DCR is needed .
    • Ordering Code :
    • Dimensions & Characteristics :

    Unit: mm

    NO

    ITEM

    Fig

    Unit:mm

    Impedance
    (http://www.coretechweb.com.tw/02-products/product-html/share/txt01.gif) min

    (Z,RS,XL)
    -f Curve

    A

    B

    D

    F

    P1

    P2

    25MHz

    100MHz

    CURVE

    1

    S8H 11X11X10

    1

    10.8±0.3

    10.8±0.3

    10.15±0.25

    3.2~3.6

    2.54±0.2

    7.62±0.2

    190

    300

    1

    2

    S8H 11.6X4.45X8.7

    2

    11.55±0.05

    4.45±0.15

    8.7±0.2

    -

    2.54±0.15

    2.54±0.15

    120

    185

    2

    3

    S6H 7.6X5X10

    3

    7.6±0.25

    5±0.25

    10±0.3

    5.3±0.3

    2.54±0.2

    2.54±0.2

    150

    226

    3

    4

    S16 H20X5X3

    4

    20±0.3

    5±0.3

    3±0.2

    2.54±0.2

    2.54±0.2

    3±1.0

    40

    64

    4

    5

    S16H 20X5X4

    4

    20±0.3

    5±0.3

    4±0.2

    2.54±0.2

    2.54±0.2

    4±1.0

    45

    80

    5

    6

    S8H 11X5.5X10

    1

    10.88±0.3

    5.49±0.25

    10±0.3

    3.19±0.3

    2.54±0.2

    2.54±0.2

    160

    200

    		  
    • Shapes :
      Fig 1

      Fig 2

      Fig 3

      Fig 4

       

     ( Z , RS , XL ) - f Curve :

    Fig 1
    K5A S8H 11x11x10

    Fig 2
    K5A S8H 11.6x4.45x8.7

    Fig 3
    K5A S8H 7.6x5x10

    Fig 4
    K5A S16H 20x5x3

    Fig 5
    K5A S16H 20x5x4


     

  • 7. EMI Surface Mount Beads-SMB TYPE

    Surface Mount Beads

    • Outline :
      Core-Tech could provide several sizes of surface mount beads and common-mode surface mount beads. The common-mode surface mount bead provides a common part for the magnetic flux generated by the current to the loadand the return current from the load. The current compensation results in zero .
    • Features :
      Taped SM Beads are supplied taped and reeled per EIA standard . 
    • Due to this flat design, this ferrite core can be located in a narrow space inside the equipment very easily.
    • ultra high current and low DCR.
      high Reliability in recovery.
      stable characteristic.
    • Application :
    • SMB are ferrite beads designed for surface-mount technology (SMT); they are compact and suitable for automated production.
    • Computer disk drive and PC Board to filter the EMI from outside source. Car radio, mobile phone and VCRS. 
    • Ordering Code :
       
    • Dimensions & Characteristics :
    NO
    ITEM
    Fig
    Unit:mm
    Impedance
    () min
    (Z,RS,XL)
    -f Curve
    A
    B
    D
    25MHz
    100MHz
    CURVE
    1
    SMB
    13-302540
    1
    3.18 +0
    .
    2.67 +0
    .
    4±0.25
    24
    36
    Fig 1
    2
    SMB
    12-302585
    1
    3.18 +0
    .
    2.67 +0
    .
    8.5±0.25
    48
    72
    Fig 2
    3
    SMB
    03-472976
    2
    5 +0
    -0.5
    3.45 +0
    -0.3
    7.6±0.1
    60
    90
    Fig 3
    4
    SMB
    13-472976
    2
    5 +0
    -0.5
    3.45 +0
    -0.3
    7.6±0.1
    58
    80
    Fig 4
    5
    SMB
    13-562540-2H
    3
    5.6±0.2
    2.5±0.2
    4±0.25
    22
    35
    Fig 5
    6
    SMB
    03-562545-2H
    3
    5.6±0.2
    2.5±0.2
    4.5±0.25
    24
    36
    Fig 6
    7
    SMB
    04-562545-2H
    3
    5.6±0.2
    2.5±0.2
    4.5±0.25
    18
    36
    Fig 7
    8
    SMB
    50-562545-2H
    3
    5.6±0.2
    2.5±0.2
    4.5±0.25
    24
    32
    Fig 8
    9
    SMB
    47-562585-2H
    3
    5.6±0.2
    2.5±0.2
    8.5±0.25
    24
    35
    Fig 9
    10
    SMB
    47-572685-1H2W
    4
    5.7 +0.1
    -0.5
    2.6 +0.1
    -0.2
    8.47±0.1
    48
    70
    Fig 10
    11
    SMB
    47-562540-2H
    3
    6±0.2
    2.5±0.2
    4±0.25
    24
    35
    Fig 11
    12
    SMB
    03-311552
    1
    3.1±0.2
    1.48±0.15
    5.2±0.25
    -
    -
    -
    13
    SMB
    03-472978
    1
    4.75±0.2
    2.9±0.2
    7.8±0.25
    -
    -
    -

     

    • Shapes : 
      Fig 1

      Fig 2

      Fig 3

      Fig 4

      Fig 1

      Fig 2

      Fig 3

      Fig 4

      Fig 5

      Fig 6

  • 8. EMI Beads Cores-FBS/FBD/FBR TYPE

    Bead Cores

    Bead Cores (Axial Lead Ferrite Beads) :

    Bead inductors are axial- and radial-lead data-line filters that can be used in automated part insertion lines. Both types provide effective countermeasures not only against noise radiation but also help improve equipment performance.

    The Axial Lead Type (two-terminal axial-lead) ferrite beads offer an economical solution for differential-mode EMI suppression applications. Constructed using a continuous-gauge conductor, these devices can withstand high peak currents. Beads are supplied assembled on tinned copper wire to facilitate automated circuit assembly.

    Bead inductors

    • Outline:
      Core-Tech bead inductor are axial and radial lead Data-line filters, which can be used in autom-ated part insertion lines. Both types Provide eff-ective countermeasures not only against noise radiation but also aga-inst equipment multi-function .
    • Features :
      Employ high -performance ferrites with superior frequency characteristics .
    • Application :
      prevent intrusion and radiation of unnecessary signals into the clock pulse os-Cillation section .Prevent spike noise. Prevent intrusion of unnecessary signals and radiated emission noises into various in-terfaces, except those for RGB and composite signals.
    • Suppress EMI while enhancing overall equipment stability and functionality
    • Data-Line EMI Filtering
      Reduce conducted and radiated noise in electronic equipment and systems
      Automated Assembly
      Axial- and radial-lead beads are suitable for automated part insertion lines
       High Peak Current Applications
      Equipment Performance Enhancement

       

    •  Ordering Code :
    • Item & Characteristics :
      NO
      TYPE
      Meterial
      Core Size
      Lead Configuration
      Impedance
      () min
      (Z,RS,XL)
      -f Curve
      25MHz
      100MHz
      CURVE
      1
      FBS
      		 13 250845
      T5,T2,VT,RT,UT,
      VB,RB,UB,ST
      FD,FE,FF
      32
      50
      Fig 1
      2
      		 13 350830
      25
      45
      Fig 2
      3
      		 13 350847
      35
      60
      Fig 3
      4
      		 13 350860
      45
      72
      Fig 4
      5
      13
      350875
      60
      120
      Fig 5
      6
      13
      350880
      75
      123
      Fig 6
      7
      13
      350883
      62
      125
      Fig 7
      8
      13
      350890
      50
      93
      Fig 8
      9
      FBD
      13
      350847
      WT,WB
      70
      110
      Fig 9
      10
      		 13 350860
      90
      150
      Fig 10
      11
      13
      350875
      135
      218
      Fig 11
      12
      13
      350883
      124
      240
      Fig 12
      13
      13
      350883
      108
      235
      Fig 13
      14
      13
      350890
      150
      250
      Fig 14
      15
      FBR
      13
      235575
      ST,SB
      80
      150
      Fig 15
       
    • Shapes :
      Fig 
    • Lead - Configuration :
    • Packing : 
    • Tapping Dimensions :T5,T2


      VT


      UT


      RT


      WT


      ST

    • Bulk Dimensions : 





    • ( Z , RS , XL ) - f Curve :

      Fig 1
      FBS 13-250845
       List

       
       
      Fig 2
      FBS 13-350830
       List

       
      Fig 3
      FBS 13-350847
       List

       
      Fig 4
      FBS 13-350860
       List

       
      Fig 5
      FBS 13-350875
       List

       
      Fig 6
      FBS 13-350880
       List

       
      Fig 7
      FBS 13-350883
       List

       
      Fig 8
      FBS 13-350890
       List

       
      Fig 9
      FBD 13-350847
       List

       
      Fig 10
      FBD 13-350860
       List

       
      Fig 11
      FBD 13-350875
       List

       
      Fig 12
      FBD 13-350883
       List

       
      Fig 13
      FBD 04-350883
       List

       
      Fig 14
      FBD 13-350890
       List

       
      Fig 15
      FBD 13-235575
       List

     

  • 9. Common Mode Choke CM

    SMD Common Mode Choke Cores
    (Silvering)

    SMD Common Mode Choke Cores (Silvering) :

    • Features :
      High impedance for common mode noise and low impedance for differential mode signal. Large rated current available. High stability due to pair wire windings.Wide band or sharp type impedance available .
    • Application :
      Prevention of common mode noise on signal lines and power lines for computer related or electronic products. as a preventive measure against noise terminal voltalg or power supply noise in TV or VCR units, SW power supplies, NC machines, computer systems. Periheral units, measuring instruments and controllers .
    • Ordering Code : 
    • Dimensions : 
      TYPE
      A
      B
      D
      E
      F
      G
      -058505
      5±0.3
      5±0.3
      8.5±0.3
      1.5min
      0.2±0.1
      1.8min
      -100805
      10±0.3
      5±0.3
      8±0.3
      1.5min
      0.8±0.1
      1.8min
    •  Electrical & Characteristics :
      NO
      Model No.
      Winding
      Impedance()
      RDC(m)
      max
      IDC(A)
      max
      (Z,RS,XL)
      -f Curve
      Peak
      Average
      CURVE
      1
      CM
      31-058505-6
      0.3x
      6.5Ts
      		 3700/50MHZ

      200/5-400MHZ
      75
      2.5
      Fig 1
      2
      CM
      35-058505-6
      		 4800/60MHZ 200/20-400MHZ
      Fig 2
      3
      CM
      22-058505-6
      		 3200/40MHZ 200/5-400MHZ
      Fig 3
      4
      CM
      03-058505-6
      		 1200/70MHZ 200/5-400MHZ
      Fig 4
      5
      CM
      13-058505-6
      2350/30MHZ
      200/5-400MHZ
      Fig 5
      6
      CM
      14-058505-6
      2000/25MHZ
      200/1-400MHZ
      Fig 6
      7
      CM
      31-10805-4
      0.4x
      4.5Ts
      2700/100MHZ
      200/25-400MHZ
      45
       
      4
       
      Fig 7
      8
      CM
      35-10805-4
      2800/100MHZ
      200/25-400MHZ
      Fig 8
      9
      CM
      22-10805-4
      1350/70MHZ
      200/10-400MHZ
      Fig 9
      10
      CM
      03-10805-4
      		 1100/70MHZ 200/10-400MHZ
      Fig 10
      11
      CM
      13-10805-4
      1050/50MHZ
      200/5-400MHZ
      Fig 11
      12
      CM
      14-10805-4
      870/50MHZ
      200/5-400MHZ
      Fig 12
      13
      CM
      31-100805-5
      0.4x
      5.5Ts
      3200/80MHZ
      200/20-400MHZ
       
       
       
       
       
      50
       
       
       
       
       
      4
      Fig 13
      14
      CM
      35-100805-5
      6500/80MHZ
      200/25-400MHZ
      Fig 14
      15
      CM
      22-100805-5
      1900/60MHZ
      200/10-400MHZ
      Fig 15
      16
      CM
      03-100805-5
      1400/50MHZ
      200/5-300MHZ
      Fig 16
      17
      CM
      13-100805-5
      1450/50MHZ
      200/5-400MHZ
      Fig 17
      18
      CM
      14-100805-5
      1200/50MHZ
      200/1-300MHZ
      Fig 18
    •  Shapes :

      Fig
       List

       
       
      Fig
       List

       
       
      Fig
       List

    • ( Z , RS , XL ) - f Curve : 

      Fig 1
      CM 31-058505-6
       List

       
       
      Fig 2
      CM 35-058505-6
       List

       
      Fig 3
      CM 22-058505-6
       List

       
      Fig 4
      CM 03-058505-6
       List

       
      Fig 5
      CM 13-058505-6
       List

       
      Fig 6
      CM 14-058505-6
       List

       
      Fig 7
      CM 31-100805-4
       List

       
      Fig 8
      CM 35-100805-4
       List

       
      Fig 9
      CM 22-100805-4
       List

       
      Fig 10
      CM 03-100805-4
       List

       
      Fig 11
      CM 13-100805-4
       List

       
      Fig 12
      CM 14-100805-4
       List

       
      Fig 13
      CM 31-100805-5
       List

       
      Fig 14
      CM 35-100805-5
       List

       
      Fig 15
      CM 22-100805-5
       List

       
      Fig 16
      CM 03-100805-5
       List

       
      Fig 17
      CM 13-100805-5
       List

       
      Fig 18
      CM 14-100805-5
       List
       

     

  • 10. Common Mode Choke BN TYPE

    SMD Common Mode Choke Cores(Base type)

    SMD Common Mode Choke Cores (Base type)

     

    • Features :
      High impedance for common mode noise and low impedance for differential mode signal. Large rated current available. High stability due to pair wire windings.Wide band or sharp type impedance available. Pins are molded into the base to create a singular structure .
    • Application :
      Prevention of common mode noise on signal lines and power lines for Computer related or electronic products. As a preventive measure against noise terminal voltage or power supply noise in TV or VCR units, SW power supplies, NC machines, computer systems. Periheral units, measuring instruments and controllers .
    • Ordering Code :
    •  Electrical Characteristics :
      NO
      Model No.
      Winding
      Unit:mm
      RDC () max.
      IDC(A)
      (Z,RS,XL)
      -f Curve
      Peak
      Average
      CURVE
      1
      BN
      38-416370-2
      0.3x
      2.5TsX2
      		 8700/200MHZ

      200/80-500MHZ
      15
      5
      Fig 1
      2
      BN
      34-416370-2
      		 600/100MHZ 200/25-500MHZ
      Fig 2
      3
      BN
      31-416370-2
      		 760/150MHZ 200/50-500MHZ
      Fig 3
      4
      BN
      35-416370-2
      		 880/150MHZ 200/60-500MHZ
      Fig 4
      5
      BN
      26-416370-2
      540/150MHZ
      200/40-500MHZ
      Fig 5
      6
      BN
      04-416370-2
      660/100MHZ
      200/20-500MHZ
      Fig 6
      7
      BN
      22-416370-2
      620/130MHZ
      200/30-500MHZ
      Fig 7
      8
      BN
      03-416370-2
      550/100MHZ
      200/20-500MHZ
      Fig 8
      9
      BN
      21-416370-2
      530/100MHZ
      200/5-500MHZ
      Fig 9
      10
      BN
      13-416370-2
      		 550/100MHZ 200/10-500MHZ
      Fig 10
      11
      BN
      14-416370-2
      440/100MHZ
      200/5-500MHZ
      Fig 11
      12
      BN
      38-416370-3
      0.4x
      3.5TsX2
      1700/120MHZ
      200/50-400MHZ
      15
      5
      Fig 12
      13
      BN
      34-416370-3
      900/80MHZ
      200/10-400MHZ
      Fig 13
      14
      BN
      31-416370-3
      1270/100MHZ
      200/25-400MHZ
      Fig 14
      15
      BN
      35-416370-3
      1800/100MHZ
      200/50-400MHZ
      Fig 15
      16
      BN
      26-416370-3
      860/100MHZ
      200/20-500MHZ
      Fig 16
      17
      BN
      04-416370-3
      1060/70MHZ
      200/10-400MHZ
      Fig 17
      18 BN
      22-416370-3      		 1100/80MHZ 200/20-400MHZ Fig 18
      19 BN
      03-416370-3      		 970/80MHZ 200/10-400MHZ Fig 19
      20 BN
      21-416370-3      		 860/60MHZ 200/5-400MHZ Fig 20
      21 BN
      13-416370-3      		 920/60MHZ 200/5-400MHZ Fig 21
      22 BN
      14-416370-3      		 750/45MHZ 200/5-400MHZ Fig 22
    • Shapes :

      Fig
       List

       
       
      Fig
       List

       
       
      Fig
       List

       
       
      Fig
       List

       
       
      Fig
       List
       

       
       
      Fig
       List

    • ( Z , RS , XL ) - f Curve :


      Fig 1
      BN 38-416370-2
       List

       
       
           
      Fig 2
      BN 34-416370-2
       List

       
      Fig 3
      BN 31-416370-2
       List

       
      Fig 4
      BN 35-416370-2
       List

       
      Fig 5
      BN 26-416370-2
       List

       
      Fig 6
      BN 04-416370-2
       List

       
      Fig 7
      BN 22-416370-2
       List

       
      Fig 8
      BN 03-416370-2
       List

       
      Fig 9
      BN 21-416370-2
       List

       
      Fig 10
      BN 13-416370-2
       List

       
      Fig 11
      BN 14-416370-2
       List

       
      Fig 12
      BN 38-416370-3
       List

       
      Fig 13
      BN 34-416370-3
       List

       
      Fig 14
      BN 31-416370-3
       List

       
      Fig 15
      BN 35-416370-3
       List

       
      Fig 16
      BN 26-416370-3
       List

       
      Fig 17
      BN 04-416370-3
       List

       
      Fig 18
      BN 22-416370-3
       List

       
      Fig 19
      BN 03-416370-3
       List

       
      Fig 20
      BN 21-416370-3
       List

       
      Fig 21
      BN 13-416370-3
       List

       
      Fig 22
      BN 14-416370-3
       List

     

     

  • 11. Common Mode Choke TR TYPE

    SMD Common Mode Choke Cores
    (Base type)

    SMD Common Mode Choke Cores (Base type)

    • Features :
      High impedance for common mode noise and low impedance for differential mode signal. Large rated current available. High stability due to pair wire windings. Wide band or sharp type impedance available. Pins are molded into the base to create a singular structure .
    • Application :
      Prevention of common mode noise on signal lines and power lines for computer related or electronic products.As a preventive measure against noise terminal voltage or power supply noise in TV or VCR units, SW power supplies, NC machines, computer systems. Periheral units, measuring instruments and controllers .
    •  Ordering Code :

       

    • Electrical Characteristics :
      NO
      Model No.
      Winding
      Unit:mm
      RDC () max
      IDC(A)
      (Z,RS,XL)
      -f Curve
      Peak
      Average
      CURVE
      1
      TR
      22-080404-12
      0.35x
      12.5Ts
      		 4000/25MHZ

      200/3-400MHZ
      40
      4.5
      Fig 1
      2
      TR
      03-080404-12
      		 4000/20MHZ 200/3-400MHZ
      Fig 2
      3
      TR
      13-080404-12
      		 3500/20MHZ 200/1-400MHZ
      Fig 3
      4
      TR
      14-080404-12
      		 3700/15MHZ 200/1-400MHZ
      Fig 4
      5
      TR
      38-080404-12
      6100/95MHZ
      200/30-500MHZ
      Fig 5
      6
      TR
      31-060303-8
      0.35x
      8.5Ts
      2100/60MHZ
      200/15-500MHZ
      30
      3
      Fig 6
      7
      TR
      35-060303-8
      4400/70MHZ
      200/20-500MHZ
      Fig 7
      8
      TR
      26-060303-8
      1550/50MHZ
      200/5-500MHZ
      Fig 8
      9
      TR
      22-060303-8
      1550/55MHZ
      200/10-500MHZ
      Fig 9
      10
      TR
      03-060303-8
      		 1600/40MHZ 200/5-550MHZ
      Fig 10
      11
      TR
      13-060303-8
      1400/40MHZ
      200/3-500MHZ
      Fig 11
      12
      TR
      14-060303-8
      1400/30MHZ
      200/3-500MHZ
      Fig 12
    • Shapes :

      Fig
       List

       
       
      Fig
       List

       
       
      Fig
       List

       
       
      Fig
       List

       

    • ( Z , RS , XL ) - f Curve :

      Fig 1
      TR 22-080404-12
       List

       
       
      Fig 2
      TR 03-080404-12
       List

       
      Fig 3
      TR 13-080404-12
       List

       
      Fig 4
      TR 14-080404-12
       List

       
      Fig 5
      TR 38-060303-8
       List

       
      Fig 6
      TR 31-060303-8
       List

       
      Fig 7
      TR 35-060303-8
       List

       
      Fig 8
      TR 26-060303-8
       List

       
      Fig 9
      TR 22-060303-8
       List

       
      Fig 10
      TR 03-060303-8
       List

       
      Fig 11
      TR 13-060303-8
       List

       
      Fig 12
      TR 14-060303-8
       List

       

     

  • 12. Wide Band Chokes R6H TYPE

    R6H Wide Band Choke Cores

    • Balun Cores :
      Core-Tech's balun cores offers a versatile, compact and economical olution to a varietyof RF challenges .

    EMI Suppression products (wide band chokes) 

    • Outline :
      SMD Wide-band chokes are an alternative to a SMD bead when more impedance or damping is required .
    • Features :
      The design for this product is based on our well known range of through-hole wide-band chokes. In these products the conductor wire is wound through holes in a Multi-Hole Ferrite cores., thus separating them physically and reducing coil capacitance. The result is a high impedance over a wide frequency range, a welcome feature for many interference problems .
    • Application :
      Used in PC boards To filter The EMI from the outside. For Radio, Telephone, and TV. Small motor ignition devices, computer disk drivers and communication equipments. Wire threaded is depend on customer configuration .

       

    • Ordering Code :
    • Dimensions :

      ø A

      D

      ø C

      6±0.25

      10±0.4

      0.8±0.1

       

    •  Electrical Characteristics :
      NO
      Item
      Winding
      Wire Size
      (T.C.W.)
      Impedance
      () min
      (Z,RS,XL)
      -f Curve
      10MHz
      		 25MHz 100MHz
      200MHz
      CURVE
      1
      R6H
      6X10-13
      1.5
      0.57
      150
      		 250 390 -
      Fig 1
      2
      R6H
      6X10-04
      1.5
      		 0.57 - 210 470 340
      Fig 2
      3
      R6H
      6X10-13
      2
      		 0.57 200 350 480 -
      Fig 3
      4
      R6H
      6X10-04
      2
      		 0.57 - 330 570 300
      Fig 4
      5
      R6H
      6X10-13
      2.5
      		 0.57 280 495 540 -
      Fig 5
      6
      R6H
      6X10-04
      2.5
      		 0.57 - 415 640 295
      Fig 6
      7
      R6H
      6X10-13
      2X1.5
      0.57
      150
      		 250 380 -
      Fig 7
      8
      R6H
      6X10-04
      2X1.5
      		 0.57 - 200 450 320
      Fig 8
      9
      R6H
      6X10-13
      3
      		 0.50 355 640 535 -
      Fig 9
      10
      R6H
      6X10-04
      3
      		 0.50 - 515 630 275
      Fig 10

       

    • Shapes :
    •  Winding-Diagram :
    • ( Z , RS , XL ) - f Curve :

      Fig 1
      R6H 6x10-13(1.5TS)
       List

       
       
      Fig 2
      R6H 6x10-04(1.5TS)
       List

       
      Fig 3
      R6H 6x10-13(2TS)
       List

       
      Fig 4
      R6H 6x10-04(2TS)
       List

       
      Fig 5
      R6H 6x10-13(2.5TS)
       List

       
      Fig 6
      R6H 6x10-04(2.5TS)
       List

       
      Fig 7
      R6H 6x10-13(2x1.5TS)
       List

       
      Fig 8
      R6H 6x10-04(2x1.5TS)
       List

       
      Fig 9
      R6H 6x10-13(3TS)
       List

       
      Fig 10
      R6H 6x10-04(3TS)
       List

     

  • 13. EMI D - SUB D*S TYPE

    D-Sub & Multi-Holes Plate

    • Outline :
      Core-Tech could provide the flat cable cores for EMI Suppression on flat cable assemblies .
    • Features :
      Different and Common-Mode filtering. Thin, low Profile-Low mass characteristics. Reduces EMI coupling to cables .
    • Applications :
      9,15, 25,37 pin subminiature "D" connectors. For multi pins integrated circuits. Simple insertion in the plate gives you extremely low cost EMI connectors.Plate cuts off noise from IC pins .

       

    • Ordering Code :
    • Dimensions & Characteristics :
      NO
      Item
      Fig
      A
      B
      D
      P1
      P2
      øC
      Impedance
      () min
      10MHz
      		 25MHz
      1
      D15S
      13.27X9.5X2.2
      2
      13.27±0.3
      9.5±0.3
      2.2±0.15
      2.28±0.1
      2.54±0.15
      1.1±0.1
      		 44 65
      2
      D15S
      13.6X9.5X2.2
      		 2 12.6±0.3 9.5±0.3 2.2±0.1 2.28±0.1 2.54±0.1 1 20 40
      3
      D9S
      14.7X7.6X3.4
      		 1 14.4±0.3 7.6±0.2 3.4±0.15 2.74±0.1 2.84±0.1 1.57 25 40
      4
      D9S
      14.5X7.6X2.8
      		 1 14.5±0.2 7.6±0.2 2.8±0.1 2.74±0.1 2.84±0.1 1.57 25 50
      5
      D16S
      20.3X9.95X3.3
      		 3 20.3±0.6 9.95±0.2 3.3±0.25 2.54±0.1 2.54±0.15 1.2±0.1 50 80
      6
      D16S
      21.5X11.5X1.5
      		 3 21.5±0.4 11.5±0.3 1.5±0.1 2.50±0.1 7.6±0.2 1.1 15 25
      7
      D15S
      22.6X7.6X2.8
      1
      		 22.6±0.4 7.6±0.2 2.8±0.1 2.70±0.1 2.84±0.1 1.57 20 30
      8
      D25S
      36.3X7.6X2.8
      		 1 36.3±0.5 7.6±0.2 2.8±0.1 2.74±0.1 2.84±0.1 1.57 25 50
      9
      D37S
      52.9X7.6X2.8
      		 1 52.9±0.5 7.6±0.2 2.8±0.1 2.74±0.1 2.84±0.1 1.57 40 70
      10
      D15S
      14.08X6.92X2.0
      		 2 14.08±0.4
      6.92 +0
      -0.25
      		2±0.1 2.28±0.1 1.98±0.1 1 - -
    • Shapes : 

      Fig 1
       List

       
       
       
      Fig 2
       List

       
       
       
      Fig 3
       List

     

  • 14. RHH / R4H / RID TYPE

    Balun Cores

    • Outline :
      Multi-aperture cores are used in Balun(balance-unbalance) transformers and find wide application as broadband tranformers in communication and CATV circuits .Multi-Holes are used for small HF transformers, for voltage or impedance matching in TV, communications, data transmission, instrumentation and similar applications. They are available with 2 and 6 holes, in round and rectangular shapes .
       
    • Features :
      Wide range of shapes, several grades, for HF matching and suppression. High saturation flux density and low losses at the normal working conditions. (100~500khz at 80~120° C). The slots in the rods decreases the eddy current losses and have an additional cooling effect .
       
    • Applications :
      Impedance coils for industrial HF welding equipment , TV communitcations, Data tuansmission , Power line filter .

       

    • Ordering Code :
    •  Dimensions :
      NO
      Item
      øA/A
      B
      øC
      D
      P1/P
      P2
      Fig
      1
      RHH
      6X3.3 H1.3
      6±0.2
      -
      1.3±.1
      3.3±0.2
      2.6±0.1
      -
      2
      RHH
      6X6 H1.3
      		 6±0.2 - 1.3±0.1 6±0.2 2.6±0.1 - 1
      3
      rhh
      6X12 H1.2
      		 6±0.2 - 1.2±0.1 12 ±0.6 2.6±0.1 - 1
      4
      RHH
      7.22X5.54 H14
      		 7.22±0.5 - 1.4±0.1 5.5±0.5 2.7±0.1 - 2
      5
      R4H
      6X7 H1.4
      		 6±0.2 - 1.4±0.1 7±0.3 2.2±0.1 2.2±0.1 3
      6
      R4H
      6.6X12 H13
      		 6±0.3 - 1.3±0.1 12±0.6 2.2±0.1 2.2±0.1 3
      7
      R4H
      8X5 H1.2
      		 8±0.3 - 1.2±0.1 5±0.3 3±0.2 3±0.2
      8
      R4H
      8X7 H1.4
      		 8±0.3 - 1.4±0.1 7±0.2 - 3±0.2 3
      9
      RID
      2X1.3X3.45 C0.75
      		 2±0.15 3.45±0.25 0.75±0.1 1.3±0.15 1.45±0.1 - 4
      10
      RID
      2X2.25X3.45 C0.75
      		 2±0.15 3.45±0.25 0.75±0.1 2.25±0.15 1.45±0.1 - 4
      11
      RID
      2.5X5X7.5 H0.8
      2.5 +0.0
      +0.4
      		7.5±0.5 0.8±0.1
      5 +0.4
      -0.2
      		5 - 4
      12
      RID
      2.5X5.5X7.5 C0.9
      		 2.5±0.2 7.5±0.4 0.9±0.1 5.5±0.3 5±0.3 1.98±0.1 4
      13
      RID
      3X2X5 H1.25
      		 3±0.2 5±0.3 1.25±0.15 2±0.2 2.5 - 4
      14
      RID
      3X736.3 H1.25
      		 3±0.2 5±0.3 1±0.1 7±0.3 4 - 4
      15
      RID
      3X5X6.5 H1.25
      		 3±0.2 6.5±0.3 1.7±0.1 5±0.2 3.4 - 4
      16
      RID
      3X5X7 H1.25
      		 3±0.2 7±0.3 1.2±0.1 5±0.2 4.5 - 4
      17
      RID
      3.5X5.5X7.5 H0.8
      		 3.2±0.2 7.5±0.3 0.8±0.1 5±0.2 3 - 4
      18
      RID
      4.1X6.3X7 H1
      		 4.1±0.2 7±0.3 1±0.1 6.3±0.3 3 - 4
      19
      RID
      4.1X6.6X7 H1.8
      		 4.1±0.2 7±0.3 1.8±0.1 6.6±0.4 2.9 - 4
      20
      RID
      4.4X4X6.6 H2
      		 4.1±0.2 6.6±0.3 2±0.1 4±0.4 3.3 - 4
      21
      RID
      6.5X4X12 H3.8
      		 6.5±0.3 12±0.3 3.8±0.25 4±0.2 5.5 - 4
      22
      RID
      7.5X7X13 H3.8
      		 7.5±0.3 13±0.4 3.8±0.25 7±0.3 5.8 - 4
      23
      RID
      7.5X7X13.4 H3.8
      		 7.5±0.3 13.4±0.4 3.8±0.25 7±0.3 5.8 - 4
      24
      RID
      7.5X28.5X13.5 H4
      		 7.5±0.3 13.5±0.4 4±0.25 28.8±0.8 6 - 4
      25
      RID
      2X2.8X5 H1
      		 2±0.15 2.8±0.2 1±0.1 5±0.2 - - 4
      26
      RID
      3X3.1X5 H1.15
      		 2 3.1±0.25 1.15±0.1 5±0.2 - - 4
    • Shapes : 
      Fig 1
       List
           
       
       
      Fig 2
       List
           
       
       
      Fig 3
       List
           
       
      Fig 4
       List
       
          
  • 15. EMI FERRITE - TILE

    Ferrite tile for EMI Suppression

    • Tile Absorber :
      Ferrite Tile is the industry standard size and exhibits excellent overall performance Vs cost.These 100mm tiles can be installed individually using screws or adhesive and are optionally available in panel format. The Thickness is depend on customers requested. Tiles are surface ground on all sides to precise mechanical tolerances, minimizing gaps between adjacent tiles to ensure maximum low-frequency performance..
    • Outline :
      Ferrite tiles were absorbing materials which are utility magnetic resonance.Tiles has excellent physical qualities like normal decorative tiles for buildings, and is absorption for prevention of electromagnetic wave reflection .
    • Features :
      1. absorbtion of ferrite electromagnetic wave .
      2. wide frequency and not easy to be burned.
    • Applications :
      1. EMC Electromagnetic wave anechoic chamber .
      2. buildings electromagnetic wave reflection.

       

    • Electric Properties :

      Description

      T-0500

      Center Frequency (-48dB)

      500MHz

      Size ( ± 0.13mm )

      100mm x 100mmXT T=6.00~7.00mm
    • Reflection Attenuation Vs. Frequency Characteristics :
    • ABSORBING FERRITE TILES :
      These tiles provide effective absorption of electro-magnetic waves in the frequency range from 30 to 1000 MHz.
      FREQUENCY RANGE (MHz) 30 TO 1000
      MASS(g)=330
    • ABSORBING FERRITE TILES WITH FIXING HOLE : 
      These tiles provide effective absorption of electro-magnetic waves in the frequency range from 30 to 1000 MHz; the central hole simplify reliable fixation.
      FREQUENCY RANGE (MHz) 30 TO 1000
      MASS(g)=310
  • 16. SMD POWER CHOKE SQUARE RI + DR TYPE

    SMD Power Choke Cores
    (Base type)

    • Outline :
      Core-Tech provide the DR and RI series combination set for Power choke inductors .
    • Features :
      Low-profile type with low RDC and large current. The magnetic shielded type is suitable and high density mounting. Flat bottom surface allows reliable mounting onto the board. Small surface area and low profile. Provide with embossed carrier tape packing for automatic mounting machine .
    • Applications :
      Power supply circuits, DC-DC converters in a variety of applications where compact size is vital, such as portable telephones, personal computers, HDD .

       

    • Ordering Code :
    • Dimensions :
      NO
      ITEM
      A
      B
      C
      D
      F
       
      Fig
      1
      R1
      R1 12X10.65X7
      12
      +0.5
      -0
      -
      10.65±0.2
      6.7±0.3
      -
      CDRH127
      1
      DR
      9.9X6.9
      9.9±0.15
      6.2±0.15
      -
      6.9±0.3
      5±0.15
      2
      R1
      12X10.65X4.8
      12
      +0.5
      -0
      -
      10.65±0.2
      4.8±0.3
      -
      CDRH125
      DR
      9.9X5
      9.9±0.15
      5.3±0.15
      -
      5±0.3
      3±0.15
      3
      R1
      12X10.65X3.7
      12
      +0.5
      -0
      -
      10.65±0.2
      3.7±0.2
      -
      CDRH124
      DR
      9.9X3.9
      9.9±0.15
      4.9±0.15
      -
      3.9±0.2
      2±0.15
      4
      R1
      7.3X5.6X2.7
      7.3±0.2
      -
      5.6±0.1
      2.7±0.2
      -
      CDRH74
      2
      DR
      5.3X2.8
      5.3±0.15
      2.5±0.15
      -
      2.8±0.2
      1.5±0.15
      5
      R1
      7.3X5.6X3.5
      7.3±0.2
      -
      5.6±0.1
      3.5±0.2
      -
      CDRH73
      DR
      5.3X3.6
      5.3±0.15
      2.8±0.15
      -
      3.6±0.2
      2.4±0.15
      6
      R1
      6.2X4.4X2.4
      6.2±0.2
      5.9±0.2
      4.4±0.1
      2.4±0.2
      -
      CDRH63
      3
      DR
      4X2.5
      4±0.15
      1.8±0.15
      -
      2.5±0.2
      1.4±0.15
      7
      R1
      6.2X4.4X4.5
      6.2±0.2
      5.9±0.2
      4.4±0.1
      4.4±0.2
      -
      CDRH62
      DR
      4X4.5
      4±0.15
      2.4±0.15
      -
      4.5±0.2
      3.4±0.15
      8
      R1
      6X5.2X1.25
      6±0.15
      -
      5.2±0.1
      1.25±0.1
      -
      -
      4
    • Shapes : 
      Fig 1
      List
           
       
       
      Fig 2
       List
           
       
       
      Fig 3
       List
           
       
      Fig 4
       List

     

     

  • 17. SMD POWER CHOKE ROUND RI + DR TYPE

    SMD Power Choke Cores
    (Base type)

     

    • Ordering Code :
    • Dimensions :
      NO
      ITEM
      oA
      B
      øC
      D
      F
      Fig
      BASE
      1
      R1
      12X10.2X6.3
      12
      +0.4
      -0
      -
      10.2±0.15
      6.3±0.3
      -
      1
      FIG A
      DR
      9.6X6.5
      9.9±0.15
      6±0.15
      -
      6.5±0.3
      4.3±0.15
      2
      R1
      12X10.2X5.3
      12
      +0.4
      -0
      -
      10.2±0.15
      5.3±0.3
      -
      DR
      9.6x5.5
      9.6±0.45
      5.8±0.15
      -
      5.5±0.3
      3.6±0.15
      3
      R1
      12X10.2X4.1
      12
      +0.4
      -0
      -
      10.2±0.15
      4.1±0.3
      -
      DR
      9.6X4.3
      9.6±0.15
      4.5±0.15
      -
      4.3±0.3
      2.5±0.15
      4
      R1
      6.8X5.8X2.2
      6.8±0.1
      -
      5.8±0.1
      2.2±0.15
      -
      2
      FIG B
      DR
      5.3X2.6
      5.4±0.1
      2.3±0.1
      -
      2.6±0.15
      1.3±0.15
      5
      R1
      6.8X5.8X2.4
      6.8±0.1
      -
      5.8±0.1
      2.4±0.15
      -
      DR
      5.4X2.8
      5.4±0.1
      2.4±0.1
      -
      2.8±0.15
      1.4±0.15
      6
      R1
      6.8X5.8X2.6
      6.8±0.1
      -
      5.8±0.1
      2.6±0.15
      -
      DR
      5.4X3
      5.4±0.1
      2.5±0.1
      -
      3±0.15
      1.5±0.15
      7
      R1
      6.8X5.8X3.9
      6.8±0.1
      -
      5.8±0.1
      3.9±0.15
      -
      DR
      5.4X4.3
      5.4±0.1
      2.6±0.1
      -
      4.3±0.15
      2.7±0.15
      8
      R1
      6.8X5.8X5.8
      6.8±0.1
      -
      5.8±0.1
      5.8±0.2
      -
      DR
      5.2X5.9S
      5.2±0.15
      2±0.1
      -
      5.9±0.2
      4.4±0.15
      9
      R1
      6.6X4.8X2.4
      6.6±0.15
      -
      4.8±0.15
      2.4±0.15
      -
      3
      -
      DR
      4.5X2.5S
      4.5±0.1
      2±0.1
      -
      2.5±0.15
      1.3±0.15
      10
      R1
      3.6X2.7X2.4
      3.6±0.1
      -
      2.7±0.1
      2.1±0.1
      -
      2
      DR
      2.58X2.1
      2.58±0.1
      1.03±0.1
      -
      2.1±0.1
      0.92±0.1
      11
      DR
      6.8X5.9S
      6.8±0.1
      2±0.1
      5.5
      5.9±0.3
      4.4±0.15
      4
      FIG B
      12
      DR
      6.8X5.9S
      6.8±0.1
      2.5±0.1
      5.5
      5.9±0.3
      4.4±0.15
      4
      13
      R1
      3.25X2.58X2
      3.25±0.1
      -
      2.5±0.1
      2±0.1
      -
      2
      DR2.5x1.9
      March
      14
      RI
      3.25X2.5X2
      3.25±0.1
      -
      2.5±0.15
      8
      +0
      -0.5
      -
      5
      		 RWW2.2x7
      March
      15
      R1
      3.8X2.5X10.5
      3.8±0.1
      -
      2.2
      +0.1
      -0
      10.5±0.3
      -
      5
      -
      16
      RI
      3.8X2.8X8
      3.8±0.1
      -
      2.8±0.1
      8±0.25
      -
      5
      		 -
      17
      R1
      4X3X10
      4±0.1
      -
      3±0.1
      10±0.3
      -
      5
      -
      18
      DR
      4.2X3.3X3.3
      4.2±0.1
      -
      3.3±0.1
      3.3±0.1
      -
      2
      DR3.25x3.3
      March
      19
      R1
      4.5X3.6X2
      4.5±0.1
      -
      3.6±0.1
      2±0.1
      -
      2
      		 DR3.5x1.9
      March
      20
      RI
      4.5X3.3X6
      4.5±0.1
      -
      3.3±0.15
      6±0.3
      -
      5
      -
      21
      R1
      4.8X3.5X8
      4.8±0.15
      -
      3.5±0.15
      8±0.2
      -
      5
      		 -
      22
      RI
      4.9X3.9X3.1
      4.9±0.2
      -
      3.9±0.1
      3.4±0.5
      -
      2
      DR3.85x3
      March
      23
      R1
      12.5X9.3X4.2
      12.4
      +0.2
      -0.3
      10.4
      +0.3
      -0.2
      10.4
      +0.3
      -0.2
      4.2
      +0.2
      -0.1
      -
      6
      		 DR9X4.1
      March
      24
      RI
      14.4X10.8X8.2
      14.4±0.4
      		 -
      10.8±0.1
      8.2±0.4
      -
      5
      -
    • Shapes : 
      Fig 1
      List
           
       
       
      Fig 2
       List
           
       
       
      Fig 3
       List
           
       
      Fig 4
       List
           
       
      Fig 5
       List
           
       
      Fig 6
       List
           
       
      BASE Fig A
       List
           
       
      BASE Fig B
       List

     

  • 18. SMD POWER CHOKE SILVERING I TYPE

    Surface mount chip inductors cores (Silvering Type)

    • Surface Mount Chip Inductors Cores (Silvering type) Core-Tech new product series :
      Core-Tech's new products, "I" cores is specially designed for Wound Chip inductors. It is also made by automatic winding technique .
    • Features :
      With various types of ferrite cores for covering wide inductance range. The series has outstancing frequency characteristics and a high Q value at high frequencies. The low DC resistance permits high current flow. The series has excellent solder heat resistance .
    • Applications :
      Video equipment, Portable audio-visual equipment. Choke coils. Cellular mobile phone, pagers, radio communication equipment .

       

    • Ordering Code :
    • Dimensions :
      NO
      Item
      A
      B
      		 C D
      E
      F
      G
      H
      Fig
      1
      1453226
      4.5
      1.75
      		 3.2 2.6 0.75 1.2 0.65 3.6 1
      2
      1453216
      4.5
      		 2 3.2 1.6 0.5 0.6 0.4 3.6 1
      3
      1322520
      3.2
      		 1 2.5 2 0.65 0.8 0.56 2.5 1
      4
      1321618
      3.2
      		 0.9 1.6 1.8 0.6 0.7 0.5 2.3 1
      5
      1503639
      5
      		 1.5 3.6 3.9 0.8 2.5 0.6 3.6 2
      6
      RI 4.5X3.8X3.4
      4.8
      		 - 3.8 3.4 - - - - 3
    • Shapes :

      Fig 1
       List

       
       
      Fig 2
       List
           
       
       
      Fig 3
       List

       
  • 19. SMD POWER CHOKE SILVERING CT TYPE

    SMD Power choke
    (Silvering Type)

    • Features :
      1 .    Excellent solderability and high heat resistance for reflow soldering.
      2 .    For large current circuits due to low DC resistance.
      3 .    Excellent in terminal stength due to its high performances ferrite core material and solderability.
      4 .    Provided with embossed carrier tape packaging for automatic mounting machines.
    • Applications :
      For power source circuit of VCR camera, notebook computer. Dc to DC converters, DC to AC inverters etc .
    • Ordering Code :

       

    •  Dimensions :
      NO
      TYPE
      A
      D
      E
      F
      G
      C
      1
      CT0403CSW
      4.5±0.1
      3.2±0.1
      0.6
      1.45±0.1
      1.15±0.1
      4±0.1
      2
      CT0504CSW
      		 5.8±0.15 4.5±0.15 0.8 2.3±0.1 1.1±0.1 5.2±0.15
      3
      CT0703CSW
      		 7.9±0.15 3.5±0.1 0.8 1.5±0.1 1.2±0.1 7±0.15
      4
      CT0705CSW
      		 7.8±0.15 5±0.15 1 2.6±0.1 1.4±0.1 7±0.15
      5
      CT1004CSW
      		 10±0.15 4±0.15 1 1.7±0.1 1.3±0.1 9±0.15
      6
      CT1005CSW
      		 10±0.15 5.4±0.15 1.2 2.5±0.1 1.7±0.1 9±0.15
      7
      CT0302CSW
      		 3.5±0.1 2.1±0.1 0.5 0.75±0.1 0.85±0.1 3±0.1

    • Shapes :
      Fig 1
       List
       
  • 20. MINIATURE DRUM TYPE DR TYPE

    Miniature Drum Cores

    • Miniature Drum Cores :
      Bobbin cores are an economical and well-prover core design for many applications where relatively low but stable inductance values are required. For fulfilling the telecommunication digital age, We are now developing with Miniature Drum core .
    • Features :
      For higher frequency designs, use a small bobbin. Excllent solderability and high heat resistance for reflow soldering. High current durability .
    • Applications :
      Cellular phone, Portable audio-visual equipment, Choke coils .

       

    •  Ordering Code :
    • Dimensions & Characteristics :
      NO
      Item
      A
      B
      		 C D
      F
      Fig
      1
      DR 4X1
      4
      2
      		 - 1 0.3 1
      2
      DR 4.2X1
      4.2
      		 2 - 1 0.3 1
      3
      DR 4.5X1.4
      4.5
      		 1.5 - 1.4 0.5 1
      4
      DR 4.1X1 D-3
      4.1
      		 1.5 3.2 1 0.34 1
      5
      DR 4.2X1 D-3
      4.2
      		 2 3.6 1 0.3 2
      6
      DR 5X1.4S D-3
      8
      		 1.8 4 1.4 0.6 2
      7
      DR 5X1.8S D-3
      5
      		 1.8 4 1.8 1 2
      8
      DR 6.3X1.3 D-3
      6.3
      		 3.3 4.8 1.3 0.65 2
    • Shapes :

      Fig 1
      List

       
       
      Fig 2
       List

  • 21. ROD CORE R TYPE

    Rod Core / Antenna Cores

    • Features :
      Generally, Ferrite Rods are used as the core of solenoidal Coils for two main functions: Tuning: moving the core adjusts the coil to the required inductance value (L). Advantages of the open circuit are high Q and a good temperature stability. EMI suppression: the coil can carry a high DC current without being saturated because of the open magnetic circuit. In most cases, the frequency range will not be limited by the material, but by the coil capacitance. Curvature and mechanical tolerances of the standard range ful fill the requirements international standard.The L value and Q-factor are measured (up to 6 mm outer diameter) in a standard coil. For solenoidal coils, open circuit, No self shielding and not easy to saturate with DC.
    • Applications :
      Tubes can be used in solenoid coils with almost the same effect as Rods. The inner hole is often used to insert wires to make a ferrite coil former. In EMI suppression applications tubes can also be shifted over wires. Because the magnetic flux path is then closed, a steep increase in impedance results. In such cases howerver the sensitivity for DC is rather high. Curvature and mechanical tolerances of the standard range fulfill the requirements of DIN 41291.

       

    • Ordering Code :
    • Dimensions (Rod Cores) :
      O
      ITEM
      øA
      D
      Fig
      1
      R 0.76X4.83
      0.76±0.05
      4.82±0.25
      1
      2
      R 1.65X8
      1.65
      +0
      -0.05
      8±0.3
      1
      3
      R 1.65X14
      1.65
      +0
      -0.05
      14±0.6
      1
      4
      R 1.7X6
      1.7±0.1
      6±0.3
      1
      5
      R 1.75X18.8
      1.75±0.1
      18.5±0.6
      1
      6
      R 1.9X10
      1.9±0.1
      10±0.3
      1
      7
      R 2X14
      2±0.1
      14±0.5
      1
      8
      R 2.3X20
      2.3±0.1
      20±0.6
      1
      9
      R 2.5X20
      2.5±0.1
      20±0.6
      1
      10
      R 2.8X11
      2.8±0.1
      11±0.3
      1
      11
      R 3X11
      3±0.1
      10±0.3
      1
      12
      R 3X20
      3±0.1
      20±0.6
      1
      13
      R 3X36.5
      3±0.1
      36.5±1
      1
      14
      R 3.3X20
      3.3±0.1
      20±0.6
      1
      15
      R 3.5X25
      3.5±0.15
      25±0.8
      1
      16
      R 4X10
      4±0.15
      10±0.3
      1
      17
      R 4X20
      4±0.1
      20±0.5
      1
      18
      R 4X30
      4±0.15
      30±0.8
      1
      NO
      ITEM
      øA
      D
      Fig
      19
      R 4.1X25
      4.1±0.2
      25±0.6
      1
      20
      R 5X12.5
      5±0.2
      12.5±0.4
      1
      21
      R 5X20
      5±0.2
      20±0.5
      1
      22
      R 5X30
      5±0.2
      30±1
      1
      23
      R 5.5X21
      5.5±0.2
      21±0.5
      1
      24
      R 5.85X30
      5.85±0.3
      30±1
      1
      25
      R 6X10
      6.0±0.2
      10±0.3
      1
      26
      R 6X20
      6.0±0.2
      20±0.5
      1
      27
      R 6X38
      6.0±0.2
      38±1
      1
      28
      R 6.2X22.5
      6.2±0.2
      22.5±0.5
      1
      29
      R 3.2X37.5
      6.2±0.2
      37.5±1
      1
      30
      R 7.3X30
      7.3±0.1
      30±1
      1
      31
      R 8X20
      8±0.2
      20±0.4
      1
      32
      R 8X30
      8±0.2
      30±1
      1
      33
      R 10X20
      10±0.3
      20±0.5
      1
      34
      R 10X30
      10±0.3
      30±1
      1
      35
      R 10X35
      10±0.3
      35±1
      1
      36
      R 12X30
      12±0.3
      30±1
      1
    • Dimensions (Antenna Cores) :
      NO
      ITEM
      A
      B
      D
      Fig
      1
      AR 10x50
      100.3
      903
      50 +0
      -1.5
      2
      2
      AP 3x12x20
      30.2
      120.3
      301.0
      3
    • Shapes :

      Fig 1
       List

       
       
      Fig 2
       List
           
       
       
      Fig 3
       List

       
  • 22. BOBBIN DR TYPE

    Bobbin Cores

    • Ordering Code :

       

    • Dimensions & Characteristics :
      NO
      ITEM
      Fig
      øA
      øB
      øC
      D
      E
      F
      G
      Combination
      1
      DR2.5X1.9
      1
      2.5±0.1
      1±0.1
      -
      1.9±0.2
      0.4
      1.1±0.15
      0.4
      R13.25X2.58X2
      2
      DR 3X2.1
      1
      3±0.1
      1±0.1
      -
      2.1±0.15
      0.5
      1.1±0.15
      0.5
      -
      3
      DR 3.25X3.3
      1
      3.25±0.1
      1.3±0.1
      -
      3.3
      +0
      -0.2
      0.55
      2.1±0.15
      0.55
      R14X3.3X3.3
      4
      DR 3.5X1.9
      1
      3.5±0.1
      1.1±0.1
      -
      1.9±0.2
      0.4
      1.1±0.15
      0.4
      -
      5
      DR 3.85X3
      1
      3.85±0.1
      1.35±0.1
      -
      3±0.2
      0.65
      1.65±0.15
      0.65
      R1 4.9X3.9X3.1
      6
      DR 4X4(1)
      2
      4±0.1
      2±0.15
      -
      4±0.2
      1.8±0.15
      1.5±0.15
      0.7±0.15
      -
      7
      DR 4X4(3)
      3
      4±0.1
      2.2±0.15
      -
      4±0.2
      1.3
      2±0.15
      0.7±0.1
      -
      8
      DR 4X4.5
      1
      4.1±0.1
      2±0.15
      3±0.15
      4.5±0.3
      1.1±0.15
      2.3±0.15
      1.1±0.15
      -
      9
      DR 4X4.5(1)
      2
      3.95±0.1
      1.8±0.15
      -
      4.5±0.2
      1.5±0.15
      2.3±0.15
      0.7±0.15
      -
      10
      DR 4X4.5(13)
      4
      3.95±0.1
      2±0.15
      -
      4.5±0.25
      0.7±0.15
      1.5
      +0.3
      -0.15
      0.5±0.15
      H:0.5±0.15
      L:1.3±0.15
      11
      DR 4X4.5(3)
      3
      3.95±0.1
      4.8±0.15
      3.4±0.15
      4.5±0.2
      1.3±0.15
      2.5±0.15
      0.7±0.15
      -
      12
      DR 4X4.5 Q80
      1
      3.95±0.1
      2±0.15
      3.4±0.15
      4.5±0.2
      1.1
      2.3±0.15
      1.1
      -
      13
      DR 4X4.5 Q110
      1
      3.95±0.1
      1.7±0.15
      -
      4.5±0.2
      1.6±0.15
      1.2±0.15
      1.6±0.15
      -
      14
      DR 4X4.5 Q125
      1
      3.95±0.1
      2±0.15
      -
      4.5±0.2
      1.1±0.15
      2.3±0.15
      1.1±0.15
      -
      15
      DR 4X4.5 Q150
      1
      3.95±0.1
      2±0.15
      -
      4.5±0.2
      1.1±0.15
      2.3±0.15
      1.1±0.15
      -
      16
      DR 4X4.5(1) Q165
      2
      3.95±0.1
      1.8±0.15
      -
      4.5±0.2
      1.5
      2.3±0.15
      0.7±0.15
      -
      17
      DR4X5.5(P)
      6
      4±0.1
      2±0.15
      -
      5.5±0.2
      2±0.15
      1.5±0.15
      2±0.15
      -
      18
      DR 4.5X1.9
      1
      4.5±0.15
      1.5±0.10
      -
      1.9±0.2
      0.45±0.15
      1±0.15
      0.45±0.15
      -
      19
      DR 5.3X6.5
      1
      5.3±0.15
      2.5±0.15
      -
      6.5±0.3
      1.3±0.15
      4±0.15
      1.3±0.15
      -
      20
      DR 5.3X6.5(1)
      2
      5.3±0.15
      2.4±0.15
      -
      6.5±0.3
      1.5±0.15
      4±0.15
      1±0.15
      -
      21
      DR 5.4X6.5(P)
      6
      5.4±0.15
      3±0.15
      -
      6.5±0.3
      1.2
      4.2±0.2
      1.2
      -
      22
      DR 6X7(1)
      2
      6±0.2
      2.2±0.15
      -
      7±0.3
      1.15
      5±0.2
      0.85
      -
      23
      DR 8X8(S)
      5
      8±0.2
      3±0.15
      -
      8±0.3
      2
      4±0.15
      2
      -
      24
      DR 9X4.1
      1
      9±0.1
      4±0.15
      -
      4.1
      +0.1
      -0.2
      0.95
      2.15±0.1
      0.95
      R1 12.5X9.2X4.2
      25
      DR 9X12
      1
      9±0.2
      3.8±0.15
      -
      12±0.4
      2.5±0.15
      7±0.15
      2.5±0.15
      -
      26
      DR 10X5.2
      1
      10±0.2
      5.25±0.15
      -
      5.2±0.2
      1.1
      2.9±0.1
      1.1
      -
      27
      DR 10X12
      1
      10±0.2
      5±0.2
      -
      12±0.4
      2.3±0.2
      7.4±0.2
      2.3±0.2
      -
      28
      DR 10X12(S)
      5
      10±0.2
      5±0.2
      -
      12±0.4
      2
      8±0.2
      2
      -
      29
      DR 11X12(S)
      5
      11±0.3
      5±0.2
      -
      12±0.4
      2.5
      7±0.15
      2.5
      -
      30
      DR 12X15(S)
      5
      12±0.3
      4.5±0.15
      -
      15±0.4
      2.5
      1±0.3
      2.5
      -
      31
      DR 13X15
      1
      13±0.3
      5±0.2
      -
      15±0.4
      2.5±0.15
      1±0.3
      2.5±0.15
      -
      32
      DR 14X15
      1
      14±0.3
      4.8±0.15
      -
      15±0.3
      2.5±0.2
      1±0.3
      2.5±0.15
      -
      33
      DR 15X18
      1
      15±0.3
      6±0.15
      -
      18±0.4
      3±0.2
      12±0.3
      3±0.2
      -
      34
      DR 15.5X11.5(S)
      5
      15.5±0.4
      7.5±0.2
      -
      11.5±0.4
      2.1
      7.3±0.3
      2.1
      -
      35
      DR 18X18(S)
      5
      18±0.3
      10±.3
      -
      18±0.5
      4±0.15
      1±0.3
      4±0.15
      -
    • Shapes :

      Fig 1
       List

       
       
      Fig 2
       List
           
       
       
      Fig 3
       List

       
       
      Fig 4
       List
           
       
       
      Fig 5
       List

       
       
      Fig 6
       List

       
  • 23. COIL FORM DR2W / DR3W / DR4W TYPE

    Coil Form(DR2W/DR3W/DR4W Type)

    • Outline : 
      Core-Tech's Thread cup cores (THP series) are combined with drumcores (DR series) for building up IFT coil and oscillator coil etc...for achieving fine tuning of portable radio.Thread cores (TH series cores) are combined with cup cores (THP series) to build up IFT coils and oscillator to achieve frquency adjustment. Pot cores (p core) is combined with thread cores (TH seroes) to build up the IFT coils and OSC coils.
    • Features : 
      Peaking coils and choke coils. Stable characteristics. Accurate inductance adjustment.
    • Applications :
      FM/AM Radio Tunner, converter transformers .

       

    • Ordering Code :
    • Dimensions :
      NO
      ITEM
      øA
      øB
      D
      E
      F
      P
      L1
      L2
      L3
      Fig
      1
      DR2W 3X4
      3±0.15
      1.5±0.15
      4±0.2
      1.35
      1.5±0.15
      1.44
      0.78
      0.85
      1.09
      1
      2
      DR2W 3X7
      3±0.1
      1.8±0.15
      7±0.3
      1.25±0.15
      4.5±0.15
      1.44
      0.78
      0.85
      1.99
      1
      3
      DR2W 4X5.5
      4±0.15
      2±0.15
      5.5±0.3
      1.6±.15
      2.3±0.15
      1.76
      0.91
      1
      1.2
      1
      4
      DR2W 4X5.5(S)
      4±0.15
      2±0.15
      5.5±0.3
      1.6±0.15
      2.3±0.15
      1.76
      0.91
      1
      1.2
      2
      5
      DR2W 4X10
      4±0.15
      2±0.15
      10±0.3
      2.5±0.2
      5±0.2
      1.76
      0.91
      1
      1.2
      1
      6
      DR2W 4.5X5.5
      4.5±0.15
      2±0.15
      5.5±0.2
      1.6±0.15
      2.3±0.15
      2
      0.9
      1.04
      1.34
      1
      7
      DR2W 4.5X6.5(S)
      4.5±0.15
      2±0.15
      6.5±0.3
      1.75±0.2
      3±0.15
      2
      0.9
      1
      1.34
      2
      8
      DR2W 5X7
      5±0.2
      2±0.15
      7±0.3
      2±0.15
      3±0.15
      2.5
      1.04
      1.21
      1.54
      1
      9
      DR2W 6X8.3
      5±0.2
      2.5±0.15
      8.3±0.3
      2.15
      4±0.15
      3
      1.04
      1.21
      1.54
      1
      10
      DR2W 6X8.3(S)
      6±0.2
      2.5±0.15
      8.3±0.3
      2.15
      4±0.15
      3
      1.04
      1.21
      1.54
      2
      11
      DR2W 6.5X7.5
      6.5±0.2
      3±0.22
      7.5±0.3
      1.75±0.2
      4±0.2
      3.2
      1.01
      1.21
      1.35
      1
      12
      DR2W 7.8X6.8(S)
      7.8±0.2
      4±0.2
      6.8±0.3
      1.8
      ..1±0.15
      5
      1.2
      1.29
      1.5
      2
      13
      SDR2W 8X8
      8±0.2
      3±0.15
      8±0.3
      2±0.15
      4±0.15
      5
      1.04
      1.22
      1.5
      1
      14
      DR2W 8X10(S)
      8±0.2
      4±0.2
      10±0.3
      2.5
      5±0.2
      5
      1.04
      1.22
      1.5
      2
      15
      DR2W 9X12
      9±0.2
      4±0.2
      12±0.5
      2.5
      7±0.2
      5
      1.48
      1.57
      1.74
      1
      16
      DR2W 9X12(S)
      9±0.2
      4±0.2
      12±0.5
      2.5
      7±0.2
      5
      1.48
      4.57
      1.74
      2
      17
      DR2W 10X8
      10±0.3
      5±0.2
      8±0.3
      1.5±0.15
      5±0.2
      7
      1.39
      1.48
      1.5
      1
      18
      DR2W 10X8(S)
      10±0.3
      5±0.2
      8±0.3
      1.5±0.15
      5±0.2
      7
      1.39
      1.48
      1.5
      2
      19
      DR2W 10X12
      10±0.3
      4±0.2
      12±0.4
      3±0.2
      6±0.2
      7
      1.39
      1.34
      1.3
      1
      20
      DR2W 10X16
      10±0.3
      5.5±0.2
      16±0.6
      3
      10±0.4
      7
      1.39
      1.34
      1.3
      1
      21
      DR2W 11X10(S)
      11±0.3
      4±0.2
      10±0.4
      2.25
      5.5±0.2
      7
      1.48
      4.57
      1.9
      2
      22
      DR2W 12X15
      12±0.3
      6±0.2
      15±0.5
      2.5
      10±0.2
      7.5
      1.3
      1.38
      1.74
      1
      23
      DR2W 12X15(S)
      12±0.3
      6±0.2
      15±0.5
      2.5
      10±0.2
      5.5
      1.25
      1.35
      2
      2
      24
      DR2W 13X15
      13±0.3
      4.3±0.2
      15±0.5
      2.5±0.15
      10±0.2
      8.67
      1.39
      1.53
      1.79
      1
      25
      DR2W 13X15(S)
      13±0.3
      4.3±0.2
      15±0.5
      2.5±0.15
      10±0.2
      8.5
      1.25
      1.35
      3.03
      2
      26
      DR2W 13.2X8(S)
      13.2±0.3
      4.5±0.2
      8±0.2
      1.8±0.1
      3.7±0.1
      5.5
      0.9
      0.98
      1.5
      2
      27
      DR2W 14X15
      14±0.3
      5±0.2
      15±0.5
      2.5±0.2
      10±0.3
      8.8
      1.96
      2.04
      2
      1
      28
      DR2W 19X18
      16±0.3
      10±0.2
      18±0.4
      2.5±0.2
      13±0.3
      9.48
      1.96
      2.01
      2
      1
      29
      DR2W 18X18
      18±0.3
      10±0.2
      18±0.5
      4
      10±0.3
      12.8
      1.63
      1.69
      2
      1
      30
      DR2W 18X20
      18±0.3
      9±0.2
      20±0.5
      3
      14±0.3
      12.8
      1.63
      1.69
      2
      1
      31
      DR4W 6X8.3
      6±0.2
      2.5±0.15
      8.3±0.3
      2.15
      4±0.15
      2.18
      1.04
      1.21
      1.54
      4
      32
      DR4W 8X8(S)
      8±0.2
      3±0.15
      8±0.3
      2.0±0.15
      4±0.15
      3.59
      1.24
      1.34
      1.3
      3
      33
      DR4W 8X10
      8±0.2
      4±0.2
      10±0.3
      2.5
      5±0.2
      3.5
      1.01
      1.22
      1.83
      4
      34
      DR4W 9X12
      9±0.2
      4±0.2
      12±0.5
      2.5
      7±0.2
      5
      1.48
      1.57
      1.85
      4
      35
      DR4W 10X8
      10±0.3
      5±0.2
      8±0.3
      1.5±0.15
      5±0.2
      3.57
      1.24
      1.34
      1.3
      4
      36
      DR4W 10X8(S)
      10±0.3
      5±0.2
      8±0.3
      1.5±0.15
      5±0.2
      3.59
      1.24
      1.34
      1.3
      3
      37
      DR4W 10X16
      10±0.3
      5.5±0.2
      10±0.6
      3
      10±0.4
      3.59
      1.36
      1.5
      1.5
      4
      38
      DR2W 6X6.2S
      6±0.2
      2.5±0.15
      6.2±0.3
      1
      2.7±0.15
      4
      -
      -
      -
      5
      39
      DR4W 10X8S
      10±0.3
      4.5±0.15
      8±0.3
      1.1
      4±0.15
      -
      -
      -
      -
      6
    • Shapes :

      Fig 1
       List

       
       
      Fig 2
       List
           
       
       
      Fig 3
       List

       
       
      Fig 4
       List
           
       
       
      Fig 5
       List

       
       
      Fig 6
       List

       
  • 24. COIL FORM DRWW TYPE

    Coil Form (DRWW Type)

    IFT Cores Series (Bobbin Cores) 

    • Outline : 
      Core-Tech's Thread cup cores (THP series) are combined with drum cores (DR series) for building up IFT coil and oscillator coil etc...for achieving fine tuning of portable radio. Thread cores (TH series cores) are combined with cup cores (THP series) to build up IFT coils and oscillator achieve frquency adjustment. Pot cores (p core) is combined with thread cores (TH seroes) to build up the IFT coils and OSC coils.
    • Features :
      Peaking coils and choke coils. Stable characteristics. Accurate inductance adjustment .
    • Applications :
      FM/AM Radio Tunner, converter transformers, Axial Inductor .

       

    • Ordering Code :
    • Dimensions & Characteristics :
      NO
      ITEM
      øA
      øB
      D
      E
      F
      L1
      L2
      N
      1
      DRWW 1.8X2
      1.8±0.1
      1±0.1
      2±0.1
      0.6±0.1
      0.8±0.1
      0.65
      0.6
      0.6
      2
      DRWW 1.9X4
      1.9±0.1
      1.3±0.1
      4±0.4
      0.85
      2.3±0.15
      0.85
      0.95
      1.2
      3
      DRWW 2X5
      2±0.1
      1.5±0.15
      5±.2
      1.35
      2.3±0.15
      0.85
      0.95
      1.2
      4
      DRWW 2.2X7(4)
      2.2±0.1
      1.5±0.1
      7±0.3
      1.35
      1.8±0.1
      1
      1.1
      1.5
      5
      DRWW 2.3X4
      2.3±0.1
      1.5±0.1
      4±0.2
      1.15±0.15
      1.6±0.15
      0.85
      0.95
      1.1
      6
      DRWW 2.3X7(5)
      2.3±0.1
      1.5±0.1
      7±0.3
      1.5±0.15
      1±0.1
      0.85
      0.95
      0.75
      7
      DRWW 2.4X2.3
      2.4±0.1
      1.2±0.1
      2.3±0.1
      0.5
      1.3±0.1
      0.74
      0.84
      1.3
      8
      DRWW 2.5X4.5
      2.5±0.1
      1.5±0.15
      4.5±0.2
      0.75±0.15
      3±0.15
      0.9
      1
      1.5
      9
      DRWW 2.7X8
      2.7±0.15
      1.8±0.15
      8±0.3
      1.4±0.15
      5.2±.2
      1.09
      1.17
      1.5
      10
      DRWW 3X6(S)
      3±0.1
      2±0.15
      6±0.3
      1.5±0.15
      30.15
      1.3
      1.39
      1.8
      11
      DRWW 3X8
      3±0.1
      2±0.15
      8±0.3
      2±0.15
      4±0.15
      1.05
      1.2
      1.8
      12
      DRWW 3X10
      3±0.1
      2±0.15
      10±0.3
      2±0.15
      6±0.15
      1.05
      1.2
      1.3
      13
      DRWW 3.1X9(S)
      3.1±0.1
      1.65±0.15
      9±0.3
      1±0.2
      7±0.2
      0.94
      1.03
      1.5
      14
      DRWW 3.3X6
      3.3±0.1
      2±0.1
      6±0.2
      1.5±0.1
      3±0.2
      0.94
      1.03
      1.24
      15
      DRWW 3.5X6
      3.5±0.1
      2.2±0.1
      6±0.3
      0.75±0.15
      4.5±0.15
      0.94
      1.03
      1.24
      16
      DRWW 3.7X6
      3.7±0.1
      2±0.1
      6±0.3
      1.5±0.2
      3±0.2
      0.94
      1.03
      1.24
      17
      DRWW 4X5.5(S)
      4±0.15
      2±0.15
      5.5±0.3
      1.6±.15
      2.3±0.15
      0.94
      1.03
      1.24
      18
      DRWW 4X8
      4±0.15
      2.5±0.15
      8±.3
      1.5
      5±0.3
      0.94
      1.03
      1.32
      19
      DRWW 4.2X6(S)
      4.2±0.15
      1.8±0.15
      6±0.3
      1.6
      2.8±0.2
      1
      1.07
      1.34
      20
      DRWW 4.5X6.5
      4.5±0.15
      2±0.1
      6.5±0.3
      1.75±0.15
      3±0.15
      1.04
      1.13
      1.54
      21
      DRWW 5X8
      5±0.2
      2±0.15
      8±0.3
      1.5±0.1
      5±0.15
      1.04
      1.21
      2.04
      22
      DRWW 5X13
      5±0.2
      3.8±0.15
      13±0.4
      1.5
      10±0.2
      1.39
      1.48
      1.54
      23
      DRWW 6X8.3
      6±0.2
      2.5±0.15
      8.3±0.3
      2.15±0.15
      4±0.15
      1.04
      1.21
      2
      24
      DRWW 6X12
      6±0.2
      2.8±0.15
      12±0.4
      2±0.15
      8±0.2
      1.2
      1.3
      2.04
      25
      DRWW 6.3X14(S)
      6.3±0.2
      3±0.1
      14±0.5
      2±0.15
      10±0.2
      1.39
      1.48
      2.04
      26
      DRWW 7X16.5
      7±0.2
      3±0.15
      16.5±0.5
      3.25
      10±0.2
      1.39
      1.48
      1.78
      27
      DRWW 8X10
      8±0.2
      3.5±0.15
      10±0.4
      2.25
      5.5±0.2
      1.04
      1.22
      1.78
      28
      DRWW 8X15
      8±0.2
      4±0.2
      15±0.5
      2.5
      10±0.2
      1.04
      1.22
      1.74
      29
      DRWW 9X12
      9±0.2
      4±0.15
      12±0.4
      2.5
      7±0.2
      1.48
      1.57
      2.04
      30
      DRWW 9.5X19(S)
      9.5±0.2
      4.6±0.2
      19±0.5
      2.8
      13.4±0.4
      1.39
      1.48
      2
      31
      DRWW 10X16
      10±0.3
      6±0.2
      16±0.5
      3
      10±0.2
      1.4
      1.5
      2.04
      32
      DRWW 10X20
      10±0.3
      6±0.2
      20±0.8
      3.3±0.2
      13.4±0.2
      1.39
      1.48
      -
    • Shapes :

      Fig
       List

       
       
      Fig
       List
           
       
       
      Fig
       List

       
       
      Fig
       List
           
       
       
      Fig
       List

       
       
      Fig
       List

       
  • 25. COIL FORM RWW TYPE

    Coil Form (DRWW Type)

    • Outline : 
      Core-Tech's Thread cup cores (THP series) are combined with drum cores (DR series) for building up IFT coil and oscillator coil etc...for achieving fine tuning of portable radio. Thread cores (TH series cores) are combined with cup cores (THP series) to build up IFT coils and oscillator achieve frquency adjustment. Pot cores (p core) is combined with thread cores (TH seroes) to build up the IFT coils and OSC coils.
    • Features :
      Peaking coils and choke coils. Stable characteristics. Accurate inductance adjustment .
    • Applications :
      FM/AM Radio Tunner, converter transformers, Axial Inductor .

       

    • Ordering Code :
    • Dimensions & Characteristics :
      NO
      ITEM
      øA
      D
      L1
      L2
      N
      1
      RWW 1.55X4.5(S)
      1.55±0.05
      4.75±0.2
      0.85
      0.95
      1.2
      2
      RWW 1.8X6
      		 1.8±0.05 6±0.2 0.9 1 1.24
      3
      RWW 1.91X8.18(S)
      		 1.91±0.05 8.18±0.3 0.95 1 2.3
      4
      RWW 2.5X4.2(S)
      		 2.5±0.1 4.2±0.2 1.04 1.12 1.04
      5
      RWW 3X6
      		 3±0.1 6±0.1 1.05 1.2 1.5
      6
      RWW 3X7(S)
      		 3±0.1 7±0.3 1.05 1.2 1.5
      7
      RWW 3X12
      		 3±0.1 12±0.3 1.05 1.2 1.5
      8
      RWW 4X10
      		 4±0.15 10±0.3 0.9 1 1.2
      9
      RWW 4X12(S)
      		 4±0.15 12±0.4 1.05 1.2 1.5
      10
      RWW 5X15
      		 5±0.15 15±0.4 1.05 1.2 1.8
      11
      RWW 5X20
      		 5±0.15 20±0.5 1.05 1.2 1.8
      12
      RWW 6X15

      6±0.2

      		 15±0.4 1.2 1.3 2
      13
      RWW 6X20
      		 6±0.2 20±0.5 1.2 1.3 2
      14
      RWW 6X30
      		 6±0.2 30±1 1.2 1.3 2
      15
      RWW 6X30(S)
      		 6±0.2 30±1 1.2 1.3 2
    • Shapes :

      Fig
       List

       
       
      Fig
       List

  • 26. THREAD TH TYPE

    Thread Cores

    • IFT Cores Series (Thread cores and Thread Cup Cores)
    • Outline : 
      Core-Tech's Thread cup cores (THP series) are combined with drum cores (DR series) for building up IFT coil and oscillator coil etc...for achieving fine tuning of portable radio. Thread cores (TH series cores) are combined with cup cores (THP series) to build up IFT coils and oscillator achieve frquency adjustment. Pot cores (p core) is combined with thread cores (TH seroes) to build up the IFT coils and OSC coils.
    • Features :
      Peaking coils and choke coils. Stable characteristics. Accurate inductance adjustment .
    • Applications :
      FM/AM RadioTunner,converter transformers,oscillating transformers.Various types inductors and IFT .

       

    • Ordering Code :
    • Dimensions  :
      Thread
      Degree
      ø°
      Root Radius
      r2
      Pitch
      P
      Depth engagement
      h1
      Crest Radius
      r1
      OC-3
      60±5
      0.22
      0.5±0.03
      0.23
      +0.1
      -0.03
      0.08±0.03
      0.6±0.03
      0.28
      +0.1
      -0.03
      		0.08±0.03
      0.75±0.03
      0.35
      +0.14
      -0.03
      		0.03±0.03
      1±0.03
      0.47
      +0.12
      -0.03
      		0.08±0.03
      OC-4
      		 90±5 0.15 0.5±0.03
      0.17
      +0.06
      -0.03
      		0.05+0
      0.6±0.03
      0.2
      +0.08
      -0.03
      		0.05+0
      0.8±0.03
      0.28
      +0.1
      -0.03
      		0.09+0
       
      NO
      ITEM
      Fig
      øA
      C
      D
      1
      TH 2.6X4.4 OC3 P0.6
      1
      2.6±0.03
      -
      4.4±0.3
      2
      TH 3.15X5 OC3 P0.75
      		 1 3.15±0.03 - 5±0.3
      3
      TH 3.15X5 S14 OC3 P0.75
      		 4 3.15±0.03 - 5±0.3
      4
      TH 3.18X5 S14 OC3 P0.75
      		 4 3.18±0.03 - 5±0.3
      5
      TH 3.18X6.5 S14 OC3 P0.75
      		 4 3.18±0.03 - 6.5±03
      6
      TH 3.25X3 S14 OC3 P0.06
      		 4 3.25±0.03 - 3±0.3
      7
      TH 3.25X4 S14 OC3 P0.6
      		 4 3.25±0.03 - 4±0.3
      8
      TH 3.2X5 S14 OC3 P0.75
      		 4 3.2±0.03 - 5±0.3
      9
      TH 3.2X6 S14 OC3 P0.75
      		 4 3.2±0.03 - 6±.3
      10
      TH 3.2X6.5 OC3 P0.75
      		 1 3.2±0.03 - 6.5±.3
      11
      TH 3.2X6.5 S14 OC3 P0.75
      		 4 3.2±0.03 - 3.5±0.3
      12
      TH 3.66X8 OC3 P0.75
      		 1

      3.66±0.03

      		 - 8±0.3
      13
      TH 3.66X8 S14 OC3 P0.75
      		 4 3.66±0.03 - 8±0.3
      14
      TH 3.7X11 OC3 P0.75
      		 1 3.7±0.03 - 1.1±0.5
      15
      TH 3.7X6 OC3 P0.75
      		 1 3.7±0.03 - 6±0.3
      16
      TH 3.7X8 S14 OC3 P0.75
      		 4 3.7±0.03 - 8±0.3
      17
      TH 3.8X5 S14 OC3 P0.75
      		 4 3.8±0.03 - 5±0.3
      18
      TH 3.8X5 S8 OC3 P0.75
      		 3 3.8±0.03 1.5±01 5±0.3
      19
      TH 4.5X8 S4 OC3 P0.75
      		 2 4.5±0.03 2±0.1 8±0.3
      20
      TH 4.6X9.53 S4 OC3 P0.75
      		 2 4.6±0.03 2±0.1 9.53±0.3
      21
      TTH 5.85X8 OC3 P1.0
      		 1 5.85±0.03 - 8±0.4
      22
      TH 6.18X20 S4 OC3 P1.0
      		 2 6.18±0.03 2.65±0.15 20±0.6
      23
      TH 6.23X18.75 S4 OC3 P1.0
      		 2 6.23±0.03 2.7±0.1 18.75±0.6
      24
      TH 6.23X25.4 S4 OC3 P1.0
      		 2 6.23±0.03 2.7±0.1 2.54±0.8
      25
      TH 6X9 OC3 P1.0
      		 1 6±0.03 - 9±0.3
      26
      TH 8X25 OC3 P1.0
      		 1 8±0.03 - 25±0.8
    • Shapes :

      Fig 1
      Standard Shape
       List

       
       
      Fig 2
      Shape S4
       List
           
       
      Fig 3
      Shape S8
       List

       
       
      Fig 4
      Shape S14
       List

  • 27. CUP P TYPE

    Cup Cores

    IFT Cores Series (Thread cores and Thread Cup Cores)

    • Outline :
      Core-Tech's Thread cup cores (THP series) are combined with drum cores (DR series) for building up IFT coil and oscillator coil etc...for achieving fine tuning of portable radio. Thread cores (TH series cores) are combined with cup cores (THP series) to build up IFTcoils and oscillator to achieve frquency adjustment. Pot cores (p core) is combined with thread cores (TH) for building up the ITF coils and OSC coils..
    • Features :
      Peaking coils and choke coils. Stable characteristics. Accurate inductance adjustment .
    • Applications :
      FM/AM RadioTunner,converter transformers,oscillating transformers.Various types inductors and IFT .

       

    • Ordering Code :
    •  Dimensions :
      NO
      ITEM
      Fig
      øA
      øH
      øC
      D
      E
      1
      P 3.9X3 P2
      6.9
      +0.15
      -0.2
      4.1±0.15
      5.6±0.15
      3±.3
      1±0.2
      2
      P 6.9X4 P2
      6.9
      +0.15
      -0.2
      4.1±0.15
      5.6±0.15
      4±0.3
      1±0.2
      3
      P 6.9X6 P2
      6.9±0.07
      4.1±0.15
      5.6±0.15
      6±0.3
      1.3±0.15
      4
      P 9.85X6.6 P2
      9.85
      +0.05
      -0.25
      4.5
      +0.2
      -0
      8.2
      +0.4
      -0.15
      6.5±0.2
      1.4±0.15
      5
      P 10.5X11.5
      10.5±0.3
      -
      8.4
      +0.15
      -0.1
      11.5
      +0.5
      -0.3
      1.5±0.15
      6
      P 12.4X15
      12.4±0.3
      -
      9.3
      +0.2
      -0.1
      15
      +0.4
      -0.2
      2±0.15
    • Shapes :

      Fig 1
       List

       
       
      Fig 2
       List

       
  • 28. THREADED CUP THP TYPE

    Thread Cup Cors

    IFT Cores Series (Thread cores and Thread Cup Cores)

    • Outline : 
      Core-Tech's Thread cup cores (THP series) are combined with drum cores (DR series) for building up IFT coil and oscillator coil etc...for achieving fine tuning of portable radio. Thread cores (TH series cores) are combined with cup cores (THP series) to build up IFT coils and oscillator achieve frquency adjustment. Pot cores (p core) is combined with thread cores (TH seroes) to build up the IFT coils and OSC coils.
    • Features :
      Peaking coils and choke coils. Stable characteristics. Accurate inductance adjustment .
    • Applications :
      FM/AM RadioTunner,converter transformers,oscillating transformers.Various types inductors and IFT .

       

    • Ordering Code :
    • Dimensions  :
       
      NO
      ITEM
      øA
      øB
      øC
      D
      F
      G
      H
      h1
      l
      1
      THP
      4.8X2.8 PS4
      4.8±0.03
      -
      3.75±0.15
      2.8±0.2
      -
      0.5±0.1
      1±0.15
      0.6±0.10
      2.8±0.15
      2
      THP
      5.7X5.3 PS2
      5.7
      +0.06
      +0
      5.4
      +0.05
      -0.3
      4.2
      +0.05
      -0.15
      5.3±0.15
      3
      +0.5
      -0
      0.8±0.15
      1.3±0.15
      0.6±0.15
      3.6±0.15
      3
      THP
      5.8X5.3 PS2
      5.8
      +0.08
      +0
      5.4
      +0.1
      -0.4
      4.25±0.15
      		 5.3±0.2
      3
      +0.5
      -0
      0.65±0.15
      1.3±0.15
      0.6±0.15
      3.6±0.15
      4
      THE
      5.85X5.1 PS2
      5.85±0.03
      5.2±0.2
      4.2
      +0.2
      -0.15
      5.1±0.2
      4.3±0.3
      0.7±0.15
      1.4±0.15
      0.6±0.15
      3.6±0.15
      5
      THP
      5.95X2.7 PS4
      5.95±0.03
      -
      4.6±0.15
      2.7±0.2
      -
      1±0.15
      1±0.15
      0.6±0.10
      3.6±0.15
      6
      THP
      6.49X5.7 PS4
      6.49±0.03
      -
      5.25±0.15
      5.7±0.2
      -
      0.8±0.15
      1.5±0.15
      0.8±0.15
      4±0.2
      7
      THP
      6.5X5.7 PS2
      6.5±0.03
      6
      +0.15
      -0.1
      5±0.15
      5.7±0.2
      4.3±0.3
      0.8±0.15
      1.5±0.15
      0.7±0.15
      3.9±0.15
      8
      THP
      7.4X6.5 PS4
      7.41±0.03
      -
      5.8±0.15
      6.5±0.2
      -
      1±0.2
      2±0.15
      0.8±0.15
      4.8±0.2
      9
      THP
      7.5X6.5 PS2
      7.45
      +0
      -0.08
      6.8
      +0.1
      -0.3
      5.35±0.20
      6.5±0.2
      4.3±0.3
      0.9±0.2
      2±0.15
      0.8±0.20
      4.8±0.2
      10
      THP
      7.5X6.5 PS4
      7.45
      +0
      -0.08
      -
      5.6±0.2
      6.5±0.2
      -
      0.9±0.2
      2±0.15
      0.8±0.20
      4.8±0.2
      11
      THP
      8.75X8.8 PS2
      8.75±0.03
      8
      +0.2
      -0.3
      6.3
      -033
      -0
      8.8±0.2
      5.3±0.3
      1±0.2
      2±0.15
      0.8±0.10
      4.8±0.15
      12
      THP
      8.75X8.8 PS4
      8.75±0.03
      -
      6.5
      +0.3
      -0.2
      6.8±0.2
      -
      1±0.2
      2±0.15
      1±0.20
      5±0.2
      13
      THP
      8.9X8.9 PS2
      8.9±0.03
      8.2
      +0.15
      -0.3
      6.8
      +0.15
      -0.3
      8.9±0.2
      7.3±0.2
      1±0.2
      2±0.15
      0.6±0.15
      4.5±0.2
    • Shapes :

      PS 2
       List

       
       
      PS 4
       List

  • Toroidal cores

     

    • Toroidal cores :

    Toroidal cores provide high performance when wound and used as cores for transformers, inductors, or chokes .
     

    • Outline :

    The key to supp-ressing radiated noise emi-ssions generated by electr- onic equipment and systems is successful application of effective common-mode countermeasures at data lines. It could be used with series data lines, the data line is wrapped around the filter cores.Located between the CPU and terminal, they Dramatically reduce electro-magnetic noise .
     

    • Features :

    Minimal effect on transmission waveforms. Provide low cost noise coun-termeasures right at the data lines.Can be added as First-Aid,On-The Spot counterme-asures when equipment or devices fail.Application: Com-puters, peripherals and term-inals data, Terminal equipm-ent.NC machines.Measuring equipment, equipment using sensors. OA equipment,Plain paper copiers. Improvement of noise immunity for TVs, FM/AM Tuners, VTRs/VCRs.Harness noise countermeas-ures for automobiles.ISDN terminal equipment.
     

    • Application :

    LAN matching and isolation transformers.LAN common mode chokes.Power supply common chokes. Inductors. Current sensing transformers. DC-DC converters. Telecommunications. transformers. Linghting Ballasts. EMI filters.
     

     

    • Ordering Code :

     

     

     

    • Dimensions (Core Size) & Characteristics :

     

    NO
    ITEM
    Unit:mm
    Impedance
    () min
    		 AL(nH)
    (Z,RS,XL)
    -f Curve
    ø A
    ø C
    ø D
    25MHz
    100MHz
    CURVE
    1
    K5A T
    3.2X1X0.15
    3.2±0.15
    1.25±0.1
    3±0.2
    -
    -
    		 368
    -
    2
    K5A T
    3.55X1X3
    3.5±0.15
    1±0.1
    3±0.2
    -
    20
    		 467
    -
    3
    K5A T
    3.5X1.3X3
    3.5±0.15
    1.3±0.1
    3±0.2
    -
    20
    		 385
    -
    4
    K6 T
    4X2X3
    4±0.2
    2±0.15
    3±0.2
    -
    16
    		 600
    -
    5
    K6 T
    4.1X2X3
    4.1±0.2
    2±0.15
    3±0.2
    -
    15
    		 620
    -
    6
    K5A T
    4.5X1.5X3.5
    4.5±0.2
    1.5±0.15
    3.5±0.2
    70
    100
    		 490
    -
    7
    K6 T
    5X1.5X4
    4±0.2
    1.5±0.15
    4±0.3
    -
    -
    		 1292
    -
    8
    K5A T
    5X3X2
    5±0.2
    3±0.2
    2±0.2
    -
    -
    		 140
    -
    9
    K5A T
    5.08X2.36X4.8
    5.08±0.2
    2.36±0.15
    4.8±0.3
    310
    490
    		 491
    -
    10
    K5A T
    6X1.8X3
    6±0.2
    1.8±0.15
    3±0.2
    -
    -
    		453
    -
    11
    K6 T
    6X3X2
    6±0.2
    3±0.2
    2±0.2
    -
    -
    		400
    -
    12
    K6 T
    6X3X3
    6±0.2
    3±0.2
    3±0.2
    -
    -
    		10
    -
    13
    K5A T
    7X3.5X4
    7±0.2
    3.5±0.2
    4±0.3
    15
    45
    		 373
    -
    14
    K6 T
    7.62X3.18X4.78
    7.62±0.2
    3.18±0.2
    4.78±0.3
    25
    50
    		 1179
    -
    15
    K6 T
    8X4X4
    8±0.2
    4±0.2
    4±0.3
    -
    -
    		800
    -
    16
    K6 T
    9X5X3
    9±0.3
    5±0.25
    3±0.2
    -
    -
    		 514
    -
    17
    K5 T
    9.15X5.02X4.7
    9.15±0.3
    5.02±.25
    4.7±0.3
    -
    35
    		 548
    18
    K5A T
    9.4X6.3X6.2
    9.4±0.3
    6.3±0.3
    6.2±0.3
    10
    25
    		 343
    -
    19
    K5A T
    9.5X4.75X4.8
    9.5±0.3
    4.75±0.2
    4.8±0.3
    -
    30
    		 448
    -
    20
    K5A T
    9.5X4.79X5
    9.5±0.3
    4.78±0.2
    5±0.3
    -
    -
    		461
    -
    21
    K5A T
    9.5X5.02X5
    9.5±0.3
    5.02±0.3
    5±0.3
    20
    35
    		 432
    -
    22
    K5A T
    9.5X5X5
    9.5±0.3
    5±0.3
    5±0.3
    20
    35
    		 434
    -
    23
    P3 T
    9.53X4.75X3.2
    9.53±0.3
    4.75±0.25
    3.2±0.2
    -
    50
    		 43
    -
    24
    K5 T
    9.53X5.02X4.8
    9.53±0.3
    5.02±0.25
    4.8±0.3
    -
    30
    		 595
    -
    25
    K5A T
    9.58X6.4X5
    9.58±0.3
    6.4±0.3
    5±0.3
    -
    -
    		279
    -
    26
    K5A RH
    9.6X6.4X7.4
    9.6±0.3
    6.4±0.3
    7.4±0.3
    -
    -
    		414
    -
    27
    K6 T
    9.65X5.02X4.83
    9.65±0.3
    5.02±0.25
    4.83±0.2
    10
    30
    		 -
    -
    28
    K5A T
    9.65X5X5.05
    9.65±0.3
    5±0.2
    5.05±0.3
    21
    43
    		 449
    -
    29
    K5A T
    9.8X6.3X7.4
    9.8±0.3
    6.30±0.3
    7.4±0.3
    -
    45
    		 450
    -
    30
    K5A T
    10X4X6
    10±0.3
    4±0.2
    6±0.3
    -
    -
    		 720
    -
    31
    P1B T
    10X5.1X9
    10±0.3
    5.1±0.25
    9±0.3
    30
    60
    		 673
    -
    32
    K5A T
    10X5X5
    10±0.3
    5±0.25
    5±0.3
    -
    -
    		 467
    -
    33
    K6 T
    10X6X4
    10±0.3
    6±0.3
    4±0.3
    -
    -
    		600
    -
    34
    K5A T
    10X7X5
    10±0.3
    7±0.3
    5±0.3
    15
    40
    		 247
    -
    35
    K6 T
    12X6X6
    12±0.3
    6±0.3
    6±0.3
    -
    -
    		-
    -
    36
    K5A T
    12X7X5.5
    12±0.3
    7±0.3
    5.5±0.3
    15
    40
    		405
    -
    37
    K5A T
    12.7X7.9X6.35
    12.7±0.3
    7.9±0.3
    6.35±0.3
    21
    42
    		 414
    38
    K5A T
    13X7X3
    13±0.3
    7±0.3
    3±0.2
    15
    30
    		 252
    -
    39
    K6 T
    13X7.3X12.7
    13±0.3
    7.3±0.3
    12.7±0.4
    -
    -
    		-
    40
    K5A T
    13X8X12.7
    13±0.3
    8±0.3
    12.7±0.3
    -
    30
    		 847
    -
    41
    K5A T
    14X8.7X7
    14±0.4
    8.7±0.3
    7±0.3
    25
    45
    		 458
    -
    42
    K5 T
    14.2X4.5X6
    14.2±0.4
    4.5±0.4
    6±0.3
    35
    85
    		1245
    -
    43
    K5A T
    14.2X6.35X13.8
    14.2±0.4
    6.35±0.3
    13.8±0.4
    60
    100
    		 1476
    -
    44
    K5A T
    14.5X10.5X8
    14.5±0.4
    10.5±0.4
    8±0.3
    15
    45
    		 358
    -
    45
    K5A T
    15.7X10X4.3
    15.7±0.4
    10±0.4
    4.3±0.3
    -
    35
    		 367
    -
    46
    K5A T
    15.9X7.9X14.3
    15.9±0.4
    7.9±0.3
    14.3±0.4
    60
    100
    		 1346
    -
    47
    K5A T
    16X8X13
    16±0.4
    8±0.3
    13±0.4
    45
    90
    		1213
    48
    K5A T
    16X10X5
    16±0.4
    10±0.4
    6±0.3
    -
    -
    		323
    -
    49
    K6 T
    15X12X8
    16±0.4
    12±0.4
    8±0.3
    -
    30
    		 686
    -
    50
    K5A T
    16.5X8.2X13
    16.5±0.4
    8.2±0.3
    13±0.4
    45
    100
    		 1223
    -
    51
    K5A T
    17.4X9.6X15
    17.4±0.4
    9.6±0.3
    15±0.4
    -
    -
    		1213
    -
    52
    K5A T
    17.5X9.5X12.7
    17.5±0.4
    9.5±0.3
    12.7±0.4
    45
    70
    		1054
    53
    C8 T
    18X7X3
    18±0.5
    7±0.3
    3±0.2
    -
    -
    		106
    -
    54
    K5A T
    18.3X10X10
    18.3±0.5
    10±0.4
    10±0.4
    30
    80
    		 -
    55
    K5A T
    18.4X9.5X15
    18.4±0.5
    9.5±0.3
    15±0.4
    50
    85
    		 1340
    -
    56
    K5A T
    18.4X9.6X12
    18.4±0.5
    9.6±0.3
    12±0.4
    45
    80
    		 1056
    -
    57
    K5A T
    18.7X10.2X17
    18.7±0.5
    10.2±0.4
    17±0.4
    45
    80
    		 1400
    -
    58
    K5A T
    20X10X10
    20±0.6
    10±0.4
    10±0.4
    140
    250
    		 933
    59
    K5A T
    20.7X12X14
    20.7±0.6
    12±0.4
    14±0.4
    140
    250
    		 980
    -
    60
    K5A T
    21X13.2X12
    21±0.6
    13.2±0.4
    12±0.4
    30
    65
    		 776
    -
    61
    K5A T
    21.2X12.7X6.1
    21.2±0.6
    12.7±0.4
    6.1±0.3
    30
    65
    		 428
    -
    62
    K5A T
    22X13.5X8
    22±0.6
    13.5±0.4
    8±0.3
    30
    60
    		 536
    -
    63
    K5A T
    22X14X8
    22±0.6
    14±0.4
    8±0.3
    30
    60
    		 498
    -
    64
    K5A T
    22.1X13.7X6.35
    22.1±0.6
    13.7±0.4
    6.35±0.3
    15
    45
    		 -
    -
    65
    K5A T
    22.5X13.8X6.4
    22.5±0.6
    13.8±0.4
    6.4±0.3
    15
    45
    		 -
    66
    K5A T
    22.5X13.8X12.8
    22.5±0.6
    13.8±0.4
    12.8±0.4
    40
    80
    		 -
    67
    K5A T
    23X6.35X13.5
    23±0.6
    6.35±0.3
    13.5±0.4
    -
    -
    		1809
    -
    68
    K5A T
    23X11X14
    23±0.6
    11±0.4
    14±0.4
    60
    110
    		 1384
    -
    69
    K5A T
    23X13.5X6.34
    23±0.6
    13.5±0.4
    6.35±0.4
    15
    45
    		 463
    -
    70
    K6A T
    23.5X12.6X9.4
    23.5±0.6
    12.6±0.4
    9.4±0.3
    60
    120
    		 1703
    -
    71
    K5A T
    24X11X14
    24±0.6
    14±0.4
    14±0.4
    60
    100
    		 1456
    -
    72
    K5A T
    24X14X11
    24±0.6
    14±0.4
    11±0.4
    35
    63
    		 -
    -
    73
    K5A T
    25X15X8.1
    25±0.6
    15±0.4
    8.1±0.3
    -
    -
    		-
    -
    74
    K5A T
    25X15X12
    25±0.6
    15±0.5
    12±0.4
    35
    80
    		 467
    -
    75
    K6 T
    28X16X13
    28±0.6
    16±0.3
    13±0.4
    40
    80
    		 993
    76
    K5A T
    29X19X7.5
    29±0.6
    19±0.5
    7.5±0.3
    20
    50
    		 438
    -
    77
    K5A T
    29X19X8.1
    29±0.6
    19±0.5
    8.1±0.3
    -
    -
    		-
    -
    78
    K5 T
    31X19X8
    31±0.9
    19±0.5
    8±0.3
    25
    60
    		 -
    79
    K5A T
    31.75X19.05X16
    31.75±0.8
    19.05±0.5
    16±0.4
    50
    90
    		 -
    80
    K5A T
    31.75X19.05X22.5
    31.75±0.8
    19.05±0.8
    22.5±0.6
    60
    90
    		 -
    -
    81
    K5A T
    35.6X23X12.7
    35.6±0.8
    23±0.6
    12.7±0.4
    25
    90
    		 765
    82
    K5A T
    35.6X25.4X7.5
    35.6±0.8
    25.4±0.6
    7.5±0.2
    25
    90
    		 351
    83
    K5A T
    40.6X27.5X15
    40.6±1
    27.5±0.6
    15±0.4
    35
    85
    		 808
    84
    K5A T
    40.6X27X15
    40.6±1
    27±0.6
    15±0.4
    35
    85
    		 845
    -

     

     

    • Shapes :

     

    Fig

     

    • ( Z , RS , XL ) - f Curve :

    Fig 1 K5A T 9.5X4.75X4.8

    Fig 2 K5A T 9.5X5.02X5

    Fig 3 K5A T 9X5X8

    Fig 4 K5A T 10X5X5

    Fig 5 K5A T 10X6X4

    Fig 6 K5A T 10X7X7.5

    Fig 7 K5A T 12.7x7.9x6.35

    Fig 8 K5A T 12X5.6X12

    Fig 9 K5A T 12X6X6

    Fig 10 K5A T 14.5X10.5X8

    Fig 11 K5A T 14X8.7X10

    Fig 12 K5A T 14X8X5.5

    Fig 13 K5A T 14X8X7-47

    Fig 14 K5A T 16X8X13

    Fig 15 K5A T 18.3x10x10

    Fig 16 K5A T 20.7x12x28.5

    Fig 17 K5A T 20X10X10

    Fig 18 K5A T 21.2X12.7X6

    Fig 19 K5A T 22.5X13.8X6.4

    Fig 20 K5A T 22.5X13.8X8

    Fig 21 K5A T 22.5X13.8X12.8

    Fig 22 K5A T 22X14X8

    Fig 23 K5A T 23.5X12.6X9.4

    Fig 24 K5A T 23X11X14

    Fig 25 K5A T 25X15X10

    Fig 26 K5A T 25X15X12

    Fig 27 K5A T 28X16X13

    Fig 28 K5A T 28X16X20

    Fig 29 K5A T 29X19X7.5

    Fig 30 K5A T 29X19X13.8

    Fig 31 K5A T 29X19X16

    Fig 32 K5A T 31.75X19.05X16

    Fig 33 K5A T 31.75X19.05X22.5

    Fig 34 K5A T 31X19X8

    Fig 35 K5A T 35.6X23X12.7

    Fig 36 K5A T 35.6X23X15

    Fig 37 K5A T 35.6X25.4X15

    Fig 38 K5A T 40.7X27.5X15

    Fig 39 K5A T 50.8X25.4X20

    Fig 40 K5A T 61.4X36X12.8

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