INDEX HOESUNG COIL PARTS

Transcription

1 INDEX HOESUNG COIL PARTS 1. Metal Molding High Current SMD Power Inductor PART NO DEMINSION(mm) Inductance Range Rated DC Current Page MMI SERIES uH ~ 4.7uH 9.8A ~ 5.0A 5 MMI SERIES uH ~ 10uH 20A ~ 5A 8 MMI SERIES uH ~ 15uH 27.2A ~ 4.5A 12 MMI SERIES uH ~ 47uH 26A ~ 2.5A 17 MMI SERIES uH ~ 10uH 58A ~ 9.8A 22 MMI SERIES uH ~ 15uH 58A ~ 9.8A 27 MMI SERIES uH ~ 47uH 70A ~ 6.7A SMD POWER INDUCTOR (SHIELD TYPE WITH FERRITE ) PART NO DEMINSION(mm) Inductance Range Rated DC Current Page HPCRHF 2D uH ~ 10uH 1.24A ~ 0.42A 38 HPCRHF 2D uH ~ 10uH 1.48A ~ 0.65A 38 HPCRHF 2D uH ~ 12uH 2.0A ~ 0.64A 38 HPCRHF 2D uH ~ 47uH 2.3A ~ 0.48A 38 HPCRHF 3D uH ~ 22uH 2.2A ~ 0.43A 39 HPCRHF 3D14LD uH ~ 47uH 2.7A ~ 0.35A 39 HPCRHF 3D14HP uH ~ 22uH 2.6A ~ 0.65A 39 HPCRHF 3D uH ~ 47uH 1.55A ~ 0.27A 39 HPCRHF 3D16LD uH ~ 47uH 2.0A ~ 0.45A 40 HPCRHF 3D16HP uH ~ 33uH 2.4A ~ 0.41A 40 HPCRHF 4D uH ~ 100uH 2.3A ~ 0.29A 40 HPCRHF 4D uH ~ 180uH 1.72A ~ 0.14A 42 HPCRHF 4D uH ~ 180uH 2.0A ~ 0.22A 42 HPCRHF 5D uH ~ 100uH 1.88A ~ 0.36A 42 HPCRHF 5D uH ~ 150uH 2.6A ~ 0.34A 43 HPCRHF 6D uH ~ 150uH 2.7A ~ 0.5A 43 HPCRHF 6D uH ~ 100uH 3.0A ~ 0.54A 43 HPCRHF 6D uH ~ 100uH 3.5A ~ 0.65A 43 HPCRHF 8D uH ~ 100uH 7.0A ~ 0.8A 45

2 INDEX HOESUNG COIL PARTS 2. SMD POWER INDUCTOR (SHIELD TYPE WITH FERRITE ) PART NO DEMINSION(mm) Inductance Range Rated DC Current Page HPCRHF 8D uH ~ 100uH 7.04A ~ 1.3A 45 HPSLF uH ~ 220uH 1.6A ~ 0.26A 46 HPSLF uH ~ 470uH 1.7A ~ 0.2A 49 HPSLF uH ~ 470uH 2.0A ~ 0.22A 49 HPSLF uH ~ 1500uH 3.7A ~ 0.22A 49 HPSSD 1205S uH ~ 10,000uH 5.6A ~ 0.07A 51 HPSSD 1807S uH ~ 1,500uH 20A ~ 0.45A 52 HPSSDA uH ~ 4,700uH 2.8A ~ 0.06A 53 HPCDN uH ~ 150uH 8.3A ~ 0.51A 56 HPCDN uH ~ 330uH 6.5A ~ 0.52A 56 HPCDN uH ~ 1,000uH 6.5A ~ 0.42A 56 HPSCBB uH ~ 330uH 5.0A ~ 0.5A 58 HPSCBB uH ~ 1,000uH 5.0A ~ 0.4A 59 HPSCBB uH ~ 1,000uH 9.8A ~ 0.55A 60 HPNSDC uH ~ 3,900uH 2.91A ~ 0.037A 62 HPNSDC uH ~ 2,700uH 2.9A ~ 0.05A SMD POWER INDUCTOR (UNSHIELD TYPE WITH FERRITE ) PART NO DEMINSION(mm) Inductance Range Rated DC Current Page HPSD uH ~ 330uH 2.2A ~ 0.09A 64 HPSD uH ~ 100uH 2.56A ~ 0.26A 64 HPSD uH ~ 1,000uH 3.8A ~ 0.22A 64 HPSD uH ~ 470uH 2.3A ~ 0.34A 64 HPSD uH ~ 820uH 2.6A ~ 0.24A 64 HPNSD uH ~ 47uH 3.8A ~ 1.9A 67 HPNSD uH ~ 1,000uH 9A ~ 0.3A 67 HPNSD uH ~ 1,000uH 20A ~ 0.8A 67 HPNSD uH ~ 2,200uH 20A ~ 0.3A 67 HPBSD uH ~ 100uH 7.7A ~ 0.75A 73 HPBSD uH ~ 100uH 20A ~ 1.2A 74 HPBSD uH ~ 100uH 30A ~ 2.85A 75

3 INDEX HOESUNG COIL PARTS 4. POWER TRANSFORMER SERIES NO SERIES PAGES 1 EE1011-8P(V) 78 2 EE P(V) 78 3 EE1312-6P(H) 78 4 EE P(V) 78 5 EE P(V) 79 6 EE1916-7P(V) 79 7 EI P(V) 79 8 EI2519-8P(V) 79 9 EE (H) EE P(V) EE P(V) EE P(V) EI P(V) EE P(V) EI P(V) EI P(V) ER (V) ER P(V) ER (H) ER P(V) 82

4 INDEX HOESUNG COIL PARTS NO SERIES PAGES 21 ER P(V) ER P(H) ER P(V) ER P(H) ER P(V) ER P(H) ER P(V) ER P(V) PQ P(V) PQ P(V) PQ P(V) PQ P(V) PQ P(V) PQ P(V) PQ P(V) EPC P EPC P EPC P EFD P EFD P 87

5 INDEX HOESUNG COIL PARTS 5. COMMON MODE CHOKE COIL NO SERIES PAGES 1 ET-V FILTERS 88 2 ET-H FILTERS 89 3 UU FILTERS SMD EMI FILTER NO SERIES ITEM PAGES SEF SERIES SERIES 90 SDLF SERIES 0804/0805/0905/1005/1106/ SMF SERIES 1004/1405/1605/ HTF SERIES SMD TOROIDAL INDUCTOR NO SERIES ITEM PAGES TRB SERIES 16/30/44/50/50B/50C/50D 96 HCI SERIES HCI- B1 / B2 97 HTF SERIES RF INDUCTOR & TRANSFORMER NO SERIES ITEM PAGES SMD IFT VARIABLE INDUCTOR 99 SMD BALUNTRANSFORMER 0303D/0403D/0604D/0705D 100 SMD AIR COIL 0603/0805/1008//1008CH/1008CL 102

6 INDEX HOESUNG COIL PARTS 9. NORMAL INDUCTOR (WITH PIN THROUGH TYPE) NO SERIES ITEM PAGES PEAKING INDUCTOR SERIES PK0406/0608/0810/ PEAKING INDUCTOR SERIES WITH BASE PCV SERIES WITH FERRITE BOBBIN CORE HC SERIES HIGH CURRENT FILTER CHOKE PKB0804/0865/ /1920/2420/2424/ HC0205 ~ HC TOROIDAL (WITH PIN THROUGH TYPE) NO SERIES ITEM PAGES TC SERIES MOUNTING INDUCTOR LF SERIES TOROIDAL LINE FILTER CMF SERIES COMMON MODE FILTER TTR SERIES TOROIDAL TRANSFORMER TC20 ~ TC LF129, LF V/H, LFB V/H 129 CMF 2206/2507/3813/4916/ TTR106 ~ TTR

7 Metal Molding High Current SMD Power Inductor MMI 065 Series Application Field - PDA / Notebook / Desktop / Server Applications - Low Profile, High Current Power Supplies - Battery Powered Devices - DC / DC converters for power System Distribution - Mobile RF Repeater Features - Metal Molding Design - Frequency Range up to 5MHz - Lowest DCR / L - Buzz Noise Suppression - 100% Lead Free Dimensions and footprint (Unit: mm) TYPE A B C D E F G H MMI ± ± ± ± ± ± ± ±0.3 Schematic diagram: Materials: a. Core: IRON b. Wire: COPPER c. Terminal: COPPER General Specification: a. Storage temp: b. Operating temp: c. Resistance to solder heat: secs 5

8 MMI06518 Series Metal Molding High Current SMD Power Inductor Part NO L(μH) RDC(mΩ)Max IDC(A)MaX 1R R R R All Test Data is referenced to 25 Amvient -Tolerance of Inductance : ±20% - I rms : T = 40 - Temperature of components should be checked in the end applications - Measuring condition : 100KHz, 100mv - I sat : 20% lower than it s value - Operating Temperature : -55 ~ 125 MMI06518 Series PACKING UNIT: ITEM NO DIMENSIONS OF REEL Q TY/REEL(PCS) MMI06518 T/R 13 1,000 6

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10 Metal Molding High Current SMD Power Inductor MMI 065 Series Application Field - PDA / Notebook / Desktop / Server Applications - Low Profile, High Current Power Supplies - Battery Powered Devices - DC / DC converters for power System Distribution - Mobile RF Repeater Features - Metal Molding Design - Frequency Range up to 5MHz - Lowest DCR / L - Buzz Noise Suppression - 100% Lead Free Dimensions and footprint (Unit: mm) TYPE A B C D E F G H MMI ± ± ± ± ± ± ± ±0.3 Schematic diagram: Materials: a. Core: IRON b. Wire: COPPER c. Terminal: COPPER General Specification: a. Storage temp: b. Operating temp: c. Resistance to solder heat: secs 8

11 MMI06524 Series Metal Molding High Current SMD Power Inductor Part NO L(μH) DCR (Typical, mω) DCR (Max, mω) I sat(a) I rms(a) R R R R R R R R R R All Test Data is referenced to 25 Amvient -Tolerance of Inductance : ±20% - I rms : T = 40 - Temperature of components should be checked in the end applications - Measuring condition : 100KHz, 100mv - I sat : 20% lower than it s value - Operating Temperature : -55 ~ 125 MMI06524 Series PACKING UNIT: ITEM NO DIMENSIONS OF REEL Q TY/REEL(PCS) MMI06524 T/R 13 1,000 9

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14 Metal Molding High Current SMD Power Inductor MMI 065 Series Application Field - PDA / Notebook / Desktop / Server Applications - Low Profile, High Current Power Supplies - Battery Powered Devices - DC / DC converters for power System Distribution - Mobile RF Repeater Features - Metal Molding Design - Frequency Range up to 5MHz - Lowest DCR / L - Buzz Noise Suppression - 100% Lead Free Dimensions and footprint (Unit: mm) TYPE A B C D E F G H MMI ± ± ± ± ± ± ± ±0.3 Schematic diagram: Materials: a. Core: IRON b. Wire: COPPER c. Terminal: COPPER General Specification: a. Storage temp: b. Operating temp: c. Resistance to solder heat: secs 12

15 MMI06530 Series Metal Molding High Current SMD Power Inductor Part NO L(μH) DCR (Typical, mω) DCR (Max, mω) I sat(a) I rms(a) R R R R R R R R R R R R R All Test Data is referenced to 25 Amvient -Tolerance of Inductance : ±20% - I rms : T = 40 - Temperature of components should be checked in the end applications - Measuring condition : 100KHz, 100mv - I sat : 20% lower than it s value - Operating Temperature : -55 ~ 125 MMI06530 Series PACKING UNIT: ITEM NO DIMENSIONS OF REEL Q TY/REEL(PCS) MMI06530 T/R 13 1,000 13

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19 Metal Molding High Current SMD Power Inductor MMI 065 Series Application Field - PDA / Notebook / Desktop / Server Applications - Low Profile, High Current Power Supplies - Battery Powered Devices - DC / DC converters for power System Distribution - Mobile RF Repeater Features - Metal Molding Design - Frequency Range up to 5MHz - Lowest DCR / L - Buzz Noise Suppression - 100% Lead Free Dimensions and footprint (Unit: mm) TYPE A B C D E F G H MMI ± ± ± ± ± ± ± ±0.3 Schematic diagram: Materials: a. Core: IRON b. Wire: COPPER c. Terminal: COPPER General Specification: a. Storage temp: b. Operating temp: c. Resistance to solder heat: secs 17

20 MMI06540 Series Metal Molding High Current SMD Power Inductor Part NO L(μH) DCR (Typical, mω) DCR (Max, mω) I sat(a) I rms(a) R R R R R R R R R All Test Data is referenced to 25 Amvient -Tolerance of Inductance : ±20% - I rms : T = 40 - Temperature of components should be checked in the end applications - Measuring condition : 100KHz, 100mv - I sat : 20% lower than it s value - Operating Temperature : -55 ~ 125 MMI06540 Series PACKING UNIT: ITEM NO DIMENSIONS OF REEL Q TY/REEL(PCS) MMI06540 T/R 13 1,000 18

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24 Metal Molding High Current SMD Power Inductor MMI Series Application Field - PDA / Notebook / Desktop / Server Applications - Low Profile, High Current Power Supplies - Battery Powered Devices - DC / DC converters for power System Distribution - Mobile RF Repeater Features - Metal Molding Design - Frequency Range up to 5MHz - Lowest DCR / L - Buzz Noise Suppression - 100% Lead Free Dimensions and footprint (Unit: mm) TYPE A B C D E F G H MMI ± ± ± ± ± ± ± ±0.3 Schematic diagram: Materials: a. Core: IRON b. Wire: COPPER c. Terminal: COPPER General Specification: a. Storage temp: b. Operating temp: c. Resistance to solder heat: secs 22

25 MMI10040 Series Metal Molding High Current SMD Power Inductor Part NO L(μH) DCR (Typical, mω) DCR (Max, mω) I sat(a) I rms(a) R R R R R R R R R R R R R All Test Data is referenced to 25 Amvient -Tolerance of Inductance : ±20% - I rms : T = 40 - Temperature of components should be checked in the end applications - Measuring condition : 100KHz, 100mv - I sat : 20% lower than it s value - Operating Temperature : -55 ~ 125 MMI10040 Series PACKING UNIT: ITEM NO DIMENSIONS OF REEL Q TY/REEL(PCS) MMI10040 T/R 13 1,000 23

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29 Metal Molding High Current SMD Power Inductor MMI 065 Series Application Field - PDA / Notebook / Desktop / Server Applications - Low Profile, High Current Power Supplies - Battery Powered Devices - DC / DC converters for power System Distribution - Mobile RF Repeater Features - Metal Molding Design - Frequency Range up to 5MHz - Lowest DCR / L - Buzz Noise Suppression - 100% Lead Free Dimensions and footprint (Unit: mm) TYPE A B C D E F G H MMI ± ± ± ± ± ± ± ±0.3 Schematic diagram: Materials: a. Core: IRON b. Wire: COPPER c. Terminal: COPPER General Specification: a. Storage temp: b. Operating temp: c. Resistance to solder heat: secs 27

30 MMI12735 Series Metal Molding High Current SMD Power Inductor Part NO L(μH) DCR (Typical, mω) DCR (Max, mω) I sat(a) I rms(a) R R R R R R R R R R R R R All Test Data is referenced to 25 Amvient -Tolerance of Inductance : ±20% - I rms : T = 40 - Temperature of components should be checked in the end applications - Measuring condition : 100KHz, 100mv - I sat : 20% lower than it s value - Operating Temperature : -55 ~ 125 MMI Series PACKING UNIT: ITEM NO DIMENSIONS OF REEL Q TY/REEL(PCS) MMI T/R

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34 Metal Molding High Current SMD Power Inductor MMI 127 Series Application Field - PDA / Notebook / Desktop / Server Applications - Low Profile, High Current Power Supplies - Battery Powered Devices - DC / DC converters for power System Distribution - Mobile RF Repeater Features - Metal Molding Design - Frequency Range up to 5MHz - Lowest DCR / L - Buzz Noise Suppression - 100% Lead Free Dimensions and footprint (Unit: mm) TYPE A B C D E F G H MMI ± ± ± ± ± ± ± ±0.3 Schematic diagram: Materials: a. Core: IRON b. Wire: COPPER c. Terminal: COPPER General Specification: a. Storage temp: b. Operating temp: c. Resistance to solder heat: secs 32

35 MMI12750 Series Metal Molding High Current SMD Power Inductor Part NO L(μH) DCR (Typical, mω) DCR (Max, mω) I sat(a) I rms(a) R R R R R R R R R R R R R All Test Data is referenced to 25 Amvient -Tolerance of Inductance : ±20% - I rms : T = 40 - Temperature of components should be checked in the end applications - Measuring condition : 100KHz, 100mv - I sat : 20% lower than it s value - Operating Temperature : -55 ~ 125 MMI Series PACKING UNIT: ITEM NO DIMENSIONS OF REEL Q TY/REEL(PCS) MMI T/R

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39 SMD Shielded Power Inductor HPCRHF2D /3D /4D Series Features: SMD type power inductors by the electrode is attached to the ferrite core directly. Magnetically shielded to prevent noise radiation. Applications: Power supply for Set-top box, DC/DC converters. Dimensions and footprint (Unit: mm) Unit: mm TYPE A(MAX) B(MAX) C(MAX) J(typ) H(typ) K(typ) HPCRHF2D HPCRHF2D HPCRHF2D HPCRHF2D HPCRHF3D HPCRHF3D14HP HPCRHF3D HPCRHF3D16LD HPCRHF3D16HP HPCRHF4D Schematic diagram: Materials: a. Core: ferrite DR core b. Wire: enamelled copper wire c. Core: ferrite RI core d. Terminal: Ag+Sn+Ni General Specification: a. Storage temp: b. Operating temp: c. Resistance to solder heat: secs. 37

40 Part NO L(μH) RDC(mΩ) Max HPCRHF2D Series SMD Shielded Power Inductor 2D09 2D11 2D14 2D18 IDC(A) Max 1R RDC(mΩ) Max IDC(A) Max RDC(mΩ) Max IDC(A) Max 1R R RDC(mΩ) Max 2R R R R R R R R R R IDC(A) Max Rated Current code : N±30% M±20% L±15% K±10% J±5% IDC : D.C Current for temperature rise T=40 C above 20 C ambient Inductctance tested : 100KHz, 0.1V HPCRHF Series PACKING UNIT : ITEM NO DIMENSIONS OF REEL Q TY/REEL(PCS) HPCRHF2D09 T/R13 3,500 HPCRHF2D11 T/R13 3,000 HPCRHF2D14 T/R13 2,500 HPCRHF2D18 T/R13 2,000 38

41 Part NO L(μH) RDC(mΩ) Max HPCRHF3D Series SMD Shielded Power Inductor 3D14 3D14LD 3D14HP 3D16 IDC(A) Max RDC(mΩ) Max IDC(A) Max 1R RDC(mΩ) Max IDC(A) Max RDC(mΩ) Max 1R R R R R R R R R R R R R R IDC(A) Max Rated Current code : N±30% M±20% L±15% K±10% J±5% IDC : D.C Current for temperature rise T=40 C above 20 C ambient Inductctance tested : 100KHz, 0.1V HPCRHF Series PACKING UNIT : ITEM NO DIMENSIONS OF REEL Q TY/REEL(PCS) HPCRHF3D14 T/R13 2,500 HPCRHF3D14LD T/R13 2,500 HPCRHF3D14HP T/R13 2,500 HPCRHF3D16 T/R13 4,000 39

42 Part NO L(μH) RDC(mΩ) Max HPCRHF3D /4D Series SMD Shielded Power Inductor 3D16LD 3D16HP 4D16 IDC(A) Max RDC(mΩ) Max IDC(A) Max 1R R R R7 2.7 RDC(mΩ) Max IDC(A) Max 3R R R R R R R Rated Current code : N±30% M±20% L±15% K±10% J±5% IDC : D.C Current for temperature rise T=40 C above 20 C ambient Inductctance tested : 100KHz, 0.1V HPCRHF Series PACKING UNIT : ITEM NO DIMENSIONS OF REEL Q TY/REEL(PCS) HPCRHF3D16LD T/R13 4,000 HPCRHF3D16HP T/R13 4,500 HPCRHF4D16 T/R13 3,500 40

43 SMD Shielded Power Inductor HPCRHF4D /5D /6D Series Features: SMD type power inductors by the electrode is attached to the ferrite core directly. Magnetically shielded to prevent noise radiation. Applications: Power supply for Set-top box, DC/DC converters. Dimensions and footprint (Unit: mm) H J K PCB Pattern TYPE A(MAX) B(MAX) C(MAX) D(ref) J(typ) H(typ) Unit: mm K(typ) HPCRHF4D HPCRHF4D HPCRHF5D HPCRHF5D HPCRHF6D HPCRHF6D HPCRHF6D Schematic diagram: Materials: a. Core: ferrite DR core b. Core: ferrite RI core c. Wire: Enamelled copper wire d. Terminal: Ag+Ni+Sn General Specification: a. Storage temp: b. Operating temp: c. Resistance to solder heat: secs. 41

44 Part NO L(μH) RDC(mΩ) Max HPCRHF4D /5D Series SMD Shieded Power Inductor 4D18 4D28 5D18 IDC(A) Max 1R RDC(mΩ) Max IDC(A) Max 1R R R R RDC(mΩ) Max IDC(A) Max 3R R R R R R Rated Current code : N±30% M±20% L±15% K±10% J±5% IDC : D.C Current for temperature rise T=40 C above 20 C ambient Inductctance tested : 100KHz, 0.1V HPCRHF Series PACKING UNIT : ITEM NO DIMENSIONS OF REEL Q TY/REEL(PCS) HPCRHF4D18 T/R13 3,500 HPCRHF4D28 T/R13 2,500 HPCRHF5D18 T/R13 3,500 42

45 Part NO L(μH) RDC(mΩ) Max HPCRHF5D /6D Series SMD Shielded Power Inductor 5D28 6D18 6D28 6D38 IDC(A) Max 2R RDC(mΩ) Max IDC(A) Max RDC(mΩ) Max IDC(A) Max 3R RDC(mΩ) Max 3R R R R R R R R R IDC(A) Max Rated Current code : N±30% M±20% L±15% K±10% J±5% IDC : D.C Current for temperature rise T=40 C above 20 C ambient Inductctance tested : 100KHz, 0.1V HPCRHF Series PACKING UNIT : ITEM NO DIMENSIONS OF REEL Q TY/REEL(PCS) HPCRHF5D28 T/R13 2,500 HPCRHF6D18 T/R13 2,000 HPCRHF6D28 T/R13 1,500 HPCRHF6D38 T/R13 1,000 43

46 SMD Shielded Power Inductor HPCRHF8D Series Features: The electrode is attached to the ferrite core directly. Various high power inductors are superior to be high saturation for surface mounting. Applications: Power supply for VTR, OA Equipment,Digital camera,lcd television set,notebook PC,portable communication equipments, DC-DC converters,etc. Dimensions and footprint (Unit: mm) Unit: mm TYPE A B C J(typ) H(typ) K(typ) HPCRHF8D HPCRHF8D Schematic diagram: Materials: a. Core: ferrite DR core b. Wire: enamelled copper wire c. Core: ferrite RI core d. Terminal: Ag+Sn+Ni General Specification: a. Storage temp: b.operating temp: c.resistance to solder heat: secs. 44

47 HPCRHF Series SMD Shielded Power Inductor 8D28 8D43 Part NO L(μH) RDC(mΩ) Max IDC(A) Max RDC(mΩ) Max IDC(A) Max 1R R R R R R R R Rated Current code : N±30% M±20% L±15% K±10% J±5% IDC : D.C Current for temperature rise T=40 C above 20 C ambient Inductctance tested : 100KHz, 0.1V HPTSD Series PACKING UNIT : ITEM NO DIMENSIONS OF REEL Q TY/REEL(PCS) HPCRHF8D28 T/R13 1,000 HPCRHF8D43 T/R13 1,000 45

48 Application Field SMD Shielded Power Inductor HP SLF6028 Series Notebook,portable communication equipments, DC/DC converters. Features Magnetically shielded construction. Compact and thin. For larqe currents. Dimensions and footprint (Unit: mm) TYPE A B C D E(ref) J(typ) H(typ) K(typ) HPSLF ± ± ± ± Unit: mm Schematic diagram: Materials: a. Core: ferrite core b. Wire: enamelled copper wire c. Terminal: Ag+Sn+Ni General Specification: a. Storage temp: b. Operating temp: c. Resistance to solder heat: secs. 46

49 HPSLF6028 Series SMD Shieided Power Inductor Part NO L(μH) RDC(mΩ) ±20% IDC(A)Min 4R R Rated Current code : N±30% M±20% L±15% K±10% J±5% Rated Current : last or lrms, whichever is lower. Lsat : D.C. Current at which the inductance drops 35%(MAX.) from its value without current. Lrms : D.C. Current for temperature rise T=40 C above 20 C ambient Inductctance tested : 100KHZ, 0.1V HPSLF Series PACKING UNIT : ITEM NO DIMENSIONS OF REEL Q TY/REEL(PCS) HPSLF6028 T/R13 1,500 47

50 SMD Shielded Power Inductor HPSLF07 /HPSLF10145 Series Application Field Notebook, portable communication equipments, DC/DC converters. Features Magnetically shielded construction. Compact and thin. For larqe currents. Dimensions and footprint (Unit: mm) Unit: mm TYPE A B C D E H(typ) J(typ) K(typ) HPSLF ± ± ± ± ref HPSLF ± ± Max 2.00± ref HPSLF ± ± ± ± ± Schematic diagram: Materials: a. Core: ferrite core b. Wire: enamelled copper wire c. Terminal: Ag+Sn+Ni General Specification: a. Storage temp: b. Operating temp: c. Resistance to solder heat : secs. 48

51 HPSLF07 /HPSLF10145 Series SMD Shieled Power Inductor Part NO L(μH) RDC(Ω) IDC(A) Min RDC(Ω IDC(A) Min RDC(Ω) IDC(A) Min 3R R R R Rated Current code : N±30% M±20% L±15% K±10% J±5% Rated Current : last or lrms, whichever is lower. Lsat : D.C. Current at which the inductance drops 35%(MAX.) from its value without current. Lrms : D.C. Current for temperature rise T=40 C above 20 C ambient Inductctance tested : 100KHZ, 0.1V HPSLF Series PACKING UNIT : ITEM NO DIMENSIONS OF REEL Q TY/REEL(PCS) HPSLF0703 T/R13 1,500 HPSLF0704 T/R13 1,000 HPSLF10145 T/R

52 SMD Shielded Power Inductors HPSSD1205S/HPSSD1807S Series Application Field Notebook, DC/DC converter, VGA card Video recorders Features Magentic shielded construction. Compact and thin. Large Current and low DCR (HPSSD1807Series). Dimensions and footprint (Unit: mm) Unit: mm TYPE A(Max) B(Max) C(max) D E F G H(typ) J(typ) K(typ) HPSSD1205S ± ± ± ± HPSSD1807S ref 2.54ref 12.7ref Schematic diagram: Materials: a. Core: ferrite core b. Wire: enamelled copper wire c. Core: ferrite core d. TerMinnail: Tinned copper flat e. Adhesive: Epoxy resin General Specification: a. Storage temp: b. Operating temp: c. Resistance to solder heat: secs. 50

53 HPSSD1205S Series SMD Shieled Power Inductor Part NO L(μH) RDC(Ω)Max IDC(A)Min SRF(MHZ)Min 1R R R R R R R R Rated Current code : N±30% M±20% L±15% K±10% J±5% IDC: L/L(0A) 10% Inductctance tested : 1.0μH -8.2μH /100KHz/0.25V 10μH μH /1KHz/0.25V 51

54 HPSSD1807S Series SMD Shielded Power Inductor Part NO L(μH) RDC(Ω)Max IDC(A)Max SRF(MHZ)Min 1R R R R R R R R Rated Current code : N±30% M±20% L±15% K±10% J±5% IDC: L/L(0A) 10% Inductctance tested : 1.0μH -8.2μH/100KHz/0.25V 10μH -1500μH /1KHz/0.25V HPSSD Series PACKING UNIT : ITEM NO DIMENSIONS OF REEL Q TY/REEL(PCS) HPSSD1205S T/R 13 1,000 HPSSD1807S T/R

55 Application Field SMD Shielded Power Inductor HPSSDA1608 Series Notebokk, DC/DC converter, VGA card Video recorders Features Magentic shielded construction Compact and thin Large Current and low DCR Dimensions and footprint (Unit: mm) Unit: mm TYPE A B C H(typ) J(typ) K(typ) HPSSDA ± ± ± Schematic diagram: Materials: a. core: ferrite DR core b. wite: Enamelled copper wite c. Adhesive: Epoxy resin General Specification: a. Storage temp: b. Operating temp: c. Resistance to solder heat: secs. 53

56 HPSSDA1608 Series SMD Shielded Power Inductor Part NO L(μH) RDC(Ω)Max IDC(A)Min 1R R R R R Rated Current code : N±30% M±20% L±15% K±10% J±5% Rated Current : last or lrms, whichever is lower. Lsat : D.C. Current at which the inductance drops 35%(MAX.) from its value without current. Lrms : D.C. Current for temperature rise T=40 C above 20 C ambient Inductctance tested : 100KHZ, 0.1V HPSSDA Series PACKING UNIT : ITEM NO DIMENSIONS OF REEL Q TY/REEL(PCS) HPSSDA1608 T/R

57 Features: SMD Shielded Power Inductor HPCDN10 Series Various high power inductors are superior to be high saturation for surface mounting. Applications: Power supply for VTR, OA Equipment, Digital camera, LCD television set, notebook PC, portable communication equipments, DC-DC converters,etc. Dimensions and Land Patterns (Unit: mm) Unit: mm TYPE A(max) B(max) C(max) D(ref) J(typ) H(typ) K(typ) HPCDN HPCDN HPCDN Schematic diagram: Materials: a. Core: ferrite DR core b. Wire: enamelled copper wire c. Core: ferrite RI core d. Terminal: Ag+Sn+Ni General Specification: a. Storage temp: b. Operating temp: c. Resistance to solder heat: sec. 55

58 HPCDN Series SMD Shielded Power Inductor Part NO L(μH) RDC(mΩ) IDC(A) RDC(mΩ) IDC(A) RDC(mΩ) IDC(A) Max Max Max Max Max Max 0R R R R R R R R R R R Rated Current code : N±30% M±20% L±15% K±10% J±5% Rated Current : last or lrms, whichever is lower. Lsat : D.C. Current at which the inductance drops 35%(MAX.) from its value without current. Lrms : D.C. Current for temperature rise T=40 C above 20 C ambient Inductctance tested : 100KHZ, 0.1V HPCDA Series PACKING UNIT : ITEM NO DIMENSIONS OF REEL Q TY/REEL(PCS) HPCDA10030 T/R13 1,000 HPCDA10040 T/R13 1,000 HPCDA10050 T/R

59 SMD Shielded Power Inductor HPSCBB12 Series Application Field VTR,OA equipment, LCD television set, Notebook, portable communication equipments, DC/DC converters, etc Features Magnetically shielded construction. Compact and thin. Large Current and Low DCR. Dimensions and footprint (Unit: mm) Unit: mm TYPE A B C H(typ) K(typ) J(typ) HPSCBB ± ± ± HPSCBB ± ± ± HPSCBB ± ± ± Schematic diagram: Materials: a. Core: ferrite core b. Wire: enamelled copper wire c. Terminal: Ag+Sn+Ni/Pb General Specification: a. Storage temp: b. Operating temp: c. Resistance to solder heat: secs. 57

60 HPSCBB1204 Series SMD Shielded Power Inductor Part NO L(μH) RDC(mΩ)Max IDC(A)MaX 6R HPBSD Series PACKING UNIT: ITEM NO DIMENSIONS OF REEL Q TY/REEL(PCS) HPSCBB1204 T/R 13 1,000 HPSCBB1205 T/R HPSCBB1207 T/R Rated Current code : N±30% M±20% L±15% K±10% J±5% Rated Current : last or lrms, whichever is lower. Lsat : D.C. Current at which the inductance drops 35%(MAX.) from its value without current. Lrms : D.C. Current for temperature rise T=40 C above 20 C ambient Inductctance tested : 100KHZ, 0.1V 58

61 HPSCBB1205 Series SMD Shielded Power Inductor Part NO L(μH) RDC(mΩ)Max IDC(A)MaX 4R Rated Current code : N±30% M±20% L±15% K±10% J±5% Rated Current : last or lrms, whichever is lower. Lsat : D.C. Current at which the inductance drops 35%(MAX.) from its value without current. Lrms : D.C. Current for temperature rise T=40 C above 20 C ambient Inductctance tested : 100KHZ, 0.1V 59

62 HPSCBB1207 Series SMD Shielded Power Inductor Part NO L(μH) RDC(mΩ)Max IDC(A)MaX 1R R R R R Rated Current code : N±30% M±20% L±15% K±10% J±5% Rated Current : last or lrms, whichever is lower. Lsat : D.C. Current at which the inductance drops 35%(MAX.) from its value without current. Lrms : D.C. Current for temperature rise T=40 C above 20 C ambient Inductctance tested : 100KHZ, 0.1V 60

63 SMD Power Inductors HPNSDC6655 Series Features: Various high power inductors are superior to be high saturation for surface mounting. Applications: VGA display card, Notebook Computers, Step-up and step-down converters, Flash Memory programmers, etc. Dimensions and Land Patterns (Unit: mm) Unit: mm TYPE A B C D(ref) E(ref) I(typ) J(typ) H(typ) K(typ) HPNSDC ± ± ± HPNSDC ± ± ± Schematic diagram: Materials: a. Core: ferrite core b. Wire: enamelled copper wire d. Terminal: Ag+Sn+Ni General Specification: a. Storage temp: b. Operating temp: c. Resistance to solder heat: secs. 61

64 HPNSDC Series SMD Power Inductor Part NO L(μH) RDC(Ω)Max IDC(A)Min RDC(Ω)Max IDC(A)Min 1R R R R R R R R R R R R

65 Part NO L(μH) RDC(Ω)Max IDC(A)Min RDC(Ω)Max IDC(A)Min Rated Current code : N±30% M±20% L±15% K±10% J±5% IDC: L/L(0A) 10% Inductctance tested : 1.0μH 8.2μH /100KHz/0.25V 10μH -3900μH /1KHz/0.25V HPNSDC Series PACKING UNIT : ITEM NO DIMENSIONS OF REEL Q TY/REEL(PCS) HPNSDC T/R13 2,500 HPNSDC T/R13 2,500 63

66 SMD Power Inductors HPSD03 /HPSD04 /HPSD05 HPSD07 /HPSD10 Series Application Field VTR, OA equipment, LCD television set,notebook,portable communication equipments, DC/DC converters etc Features Open Magnetic circuit construction. Compact and thin. Put the electrode with ferrite core directly a small surface area allow a high mounting density. Dimensions and footprint (Unit: mm) TYPE A B C D(ref) J(typ) H(typ) Unit: mm K(typ) HPSD ± ± ± HPSD ± ± ± HPSD ± ± ± HPSD ± ± ± HPSD ± ± ± Schematic diagram: Materials: a. Core: ferrite core b. Wire: enamelled copper wire c. Terminal: Ag+Ni+Sn General Specification: a. Storage temp: b. Operating temp: c. Resistance to solder heat: secs. 64

67 HPSD Series SMD Power Inductor Part NO L(μH) RDC(mΩ) Max IDC(A) Max RDC(mΩ) Max IDC(A) Max RDC(mΩ) Max IDC(A) Max RDC(mΩ) Max IDC(A) Max RDC(mΩ) Max IDC(A) Max 1R R R R R R R R R R R

68 HPSD Series SMD Power Inductor Part NO L(μH) RDC(Ω) Max IDC(A) Min RDC(Ω) Max IDC(A) Min RDC(Ω) Max IDC(A) Min RDC(Ω) Max IDC(A) Min RDC(Ω) Max IDC(A) Min Rated Current code : N±30% M±20% L±15% K±10% J±5% IDC : D.C Current for temperature rise T=40 C above 20 C ambient Inductctance tested : 100KHz, 0.1V HPSD Series PACKING UNIT : ITEM NO DIMENSIONS OF REEL Q TY/REEL(PCS) HPSD0302 T/R13 2,000 HPSD0403 T/R13 2,000 HPSD0504 T/R13 1,000 HPSD0705 T/R13 1,000 HPSD1005 T/R13 1,000 66

69 SMD Power Inductor HPNSD12 /HPNSD1807 Series Application Field Notebook DC/DC converter, handheld devise, VGA card. Features Open Magnetic circuit construction. Compact and thin. Large Current and Low DCR (NSD1807S). Dimensions and footprint (Unit: mm) Unit: mm TYPE A(Max) B(Max) C(Max) D E F G H(typ) J(typ) K(typ) HPNSD ± ± ± ± HPNSD ± ± ± ± HPNSD ± ± ± ± HPNSD ± ± ± ref Schematic diagram: Materials: a. Core: ferrite DR core b. Wire: Enamelled copper wire c. Adhesive: Epoxy resin General Specification: a. Storage temp: b. Operating temp: c. Resistance to solder heat: secs. 67

70 HPNSD1203 Series SMD Power Inductor Part NO L(μH) RDC(Ω)Max IDC(A)Max HPNSD Series PACKING UNIT: ITEM NO DIMENSIONS OF REEL Q TY/REEL(PCS) HPNSD1203 T/R 13 1,500 68

71 HPNSD1205 Series SMD Power Inductor Part NO L(μH) RDC(mΩ)Max Rated Current lsat lrms 1R R R R R R HPNSD Series PACKING UNIT: ITEM NO DIMENSIONS OF REEL Q TY/REEL(PCS) HPNSD1205 T/R Rated Current code : N±30% M±20% L±15% K±10% J±5% Rated Current : last or lrms, whichever is lower. Lsat : D.C. Current at which the inductance drops 35%(MAX.) from its value without current. Lrms : D.C. Current for temperature rise T=40 C above 20 C ambient Inductctance tested : 100KHZ, 0.1V 69

72 HPNSD1211 Series SMD Power Inductor Part NO L(μH) RDC(mΩ)Max Rated Current lsat lrms 1R R R R R R R R HPNSD Series PACKING UNIT: ITEM NO DIMENSIONS OF REEL Q TY/REEL(PCS) HPNSD1211 T/R Rated Current code : N±30% M±20% L±15% K±10% J±5% Rated Current : last or lrms, whichever is lower. Lsat : D.C. Current at which the inductance drops 35%(MAX.) from its value without current. Lrms : D.C. Current for temperature rise T=40 C above 20 C ambient Inductctance tested : 100KHZ, 0.1V 70

73 HPNSD1807 Series SMD Power Inductor Part NO L(μH) RDC(Ω)Max Rated Current 1R R R R R R lsat lrms Rated Current code : N±30% M±20% L±15% K±10% J±5% Rated Current : last or lrms, whichever is lower. Lsat : D.C. Current at which the inductance drops 35%(MAX.) from its value without current. Lrms : D.C. Current for temperature rise T=40 C above 20 C ambient Inductctance tested : 100KHZ, 0.1V HPNSD Series PACKING UNIT: ITEM NO DIMENSIONS OF REEL Q TY/REEL(PCS) HPNSD1807 T/R

74 SMD Power Inductors HPBSD0806/HPBSD1205/HPBSD2207 Series Application Field Notebook, Low voltage DC-DC converter power supply applications PDA. Features Open Magnetic circuit construction. Compact and thin. Rugged self ledded construction. 8mm high for large and low DCR(BSD2207). Dimensions and footprint (Unit: mm) Unit: mm TYPE A(Max) B(Max) C(Max) D(ref) E(ref) H(typ) J(typ) K(typ) HPBSD HPBSD HPBSD Schematic diagram: Materials: a. Core: ferrite DR core b. Wire: enamelled copper wire d. Adhesive: Epoxy resin General Specification: a. Storage temp: b. Operating temp: c. Resistance to solder heat: secs. 72

75 HPBSD0806 Series SMD Power Inductor Part NO L(μH) RDC(Ω)Max IDC(A)Min SRF(MHZ)Min R R R R R R R R R R Rated Current code : N±30% M±20% L±15% K±10% J±5% IDC: L/L(0A) 10% Inductctance tested : 0.56μH -8.2μH/100KHz/0.25V 10μH -100μH /1KHz/0.25V 73

76 HPBSD1205 Series SMD Power Inductor Part NO L(μH) RDC(Ω)Max IDC(A)Min SRF(MHZ)Min R R R R R R R R R R R R Rated Current code : N±30% M±20% L±15% K±10% J±5% IDC: L/L(0A) 10% Inductctance tested : 0.33μH -8.2μH/100KHz/0.25V 10μH -100μH /1KHz/0.25V 74

77 HPBSD2207 Series SMD Power Inductor Part NO L(μH) RDC(Ω)Max IDC(A)Min SRF(MHZ)Min R R R R R R R R R R R Rated Current code : N±30% M±20% L±15% K±10% J±5% IDC: L/L(0A) 10% Inductctance tested : 0.78μH -8.2μH/100KHz/0.25V 10μH -100μH /1KHz/0.25V HPBSD Series PACKING UNIT: ITEM NO DIMENSIONS OF REEL Q TY/REEL(PCS) HPBSD0806 T/R HPBSD1205 T/R HPBSD2207 T/R

78 POWER TRANSFORMER SERIES -High superior winding technology gives our Products reliability. -To meet energy conservation needs while at the same time, smaller and lighter switching mode power supolies are rapidly replacing the Older type power sources. -We have a great variety of cores and bobbins at Our disposal and can always supoly the most Suitable transformer for the task. * Custom made coils with different inductance And rated current available on request. Features -High magnetic flux density, high permeability and low loss. -High efficiency and minimal heat generation due to power loss -Easy installation on printed circuit boards. -In addition to electrical equipment boards, these transformers meet UL,VDE and other international Standard and safety regulations. -Resin impregnated transformers are also available. Applications -VTRs, audio amplifier, game machine, copier, facsimile, computer, terminal equipment, numerically Controlled machine, ultrasonic wave equipment, medical equipment, movie projector, analyzing equipment, automated equipment, measuring equipment, communications control equipement,etc.. -Switching power supplies for electronic equipments. 76

79 77

80 EE1011-8P (V) EE P (V) EE1312-6P(H) EE P(V) 78

81 EE P(V) EE1916-7P(V) EI P(V) EI2519-8P(V) 79

82 EE P(H) EE P(V) EI P(V) EE P(V) 80

83 EI P(V) EE P(H) EI P(V) EI P(V) 81

84 ER P(V) ER P(V) ER P(H) ER P(V) 82

85 ER P(V) ER P(H) ER P(V) ER P(H) 83

86 ER P(V) ER P(H) ER P(V) ER P(V) 84

87 PQ P(V) PQ P(V) PQ P(V) PQ P(V) 85

88 PQ P(V) PQ P(V) PQ P(V) EPC P 86

89 EPC P EPC P EFD P EFD P 87

90 COMMON MODE-CHOKE COIL(UU,SQ TYPE) Features - Compact size, high inductance - Excellent frequency characteristics - Low magnetic flux leakage Application - For line filters of switching power supplies - Eliminates incoming leaking noise of TVs, VCR s and Audio equipment - For OA equipment, communications equipment and other electronic devices. * Custom made coils with different inductance and rated current available on request. Standard Types 88

91 Standard Types Standard Types 89

92 SMD EMI FILTER SMD(EMI)Filter (SEF Type) 2.Dimensions (Unit : mm) Applications: EMI countermeasures at signal lines of personal computers, microcomputers, peripheral devices, etc. Countermeasures against common-mode noise at composite video signals 1.Features : Compact size High performance Low cost Enable common-mode noise suppression with influence video signals (C) (A) (B) 3 Ordering Code: 4. Specifications: MODEL -2T -3T -4T -5T SEF T - Rated voltage (V) (1) (2) (3) (4) (5) (6) Rated Current (A) (1) SEF TYPE Inductance L(uH) % % % 12+50% (2) A SIZE DC Resistance (mω) (3) B SIZE Impedance(Ω) MIN (4) C (5) NUMBER OF TURNS Insulation Resistance (6) WIRE DIMENSION (MΩ) Min DIMENSIONS OF EMBOSSED PLASTIC CARRIER TAPE: 90

93 SMD DATA LINE FILTER Data Line Filter (SDLF TYPE) Applications: EMI countermeasures at signal lines of personal computers, microcomputers, peripheral devices, etc. Countermeasures against common-mode noise at composite video signals. 1.Features: SMD Small size High performance Low cost Enable common-mode noise suppression with influence video signals 2.Ordering Code: SDLF 0804 RI 800 (1) (2) (3) (4) (1) SDLF Type (2) Type Size (3) Core Type (4) Inductance(80.0uH) 3.Specifications: MODEL Rated voltage (V) Rated Current (ma) Inductance L(uH) 15+50% 40+50% 60+50% 80+50% DC Resistance (mω) Min. Insulation Resistance(MΩ) Dimensions (Unit : mm) SDLF0804RI-XXX SDLF0805RI-XXX A 10.5MAX G 7.00 A 10.5MAX G 7.00 B 7.2MAX H B 7.2MAX H C 4.2MAX I 9.00 C 5.5MAX I 9.00 D 8.9MAX J 6.50 D 8.9MAX J 6.50 E 1.50 K 5.00 E 1.50 K 5.00 F 8.00 F 8.00 TEST INSTRUMENT : CH1062 LCR METER 91

94 SMD DATA LINE FILTER Dimensions (Unit : mm) Ordering Code: SDLF 1005 RI (1) (2) (3) (4) (1) SDLF Type (2) Type Size Specifications: (3) Core Type Test Equipment: (4) Inductance 100uH L :CH1062A LCR METER@0.25V Dimensions (Unit : mm) MODEL SDLF1005 TYPE SDLF1207 TYPE A 16.0MAX 18.0MAX C 5.0MAX 7.0MAX D 12.0REF 14.0REF E 2.8REF 3.0REF F G H K Inductance L(uH)@1KHz RDC : CH301A DC RESISTANCE METER RDC (mς) SDLF1207RI % 250MAX SDLF0905 TYPE SDLF1106 TYPE A 12.0MAX 14.5MAX C 6.0MAX 7.0MAX D 10.0REF 12.0REF E 1.5REF 1.5REF F G H K Ordering Code: SDLF 0905 RI (1) (2) (3) (4) (1) SDLF Type (2) Type Size Specifications: MODEL Inductance L(uH)@1KHz (3) Core Type Test Equipment: (4) Inductance 120uH L :CH1062A LCR METER@0.25V RDC : CH502AC DC RESISTANCE RDC (mς) SDLF0905RI % 200MAX 92

95 SMD DATA LINE FILTER Tape Dimensions: Dimensions in mm: TYPE A B T W P F K TYPE A B T W P F K SDLF0804RI SDLF0805RI SDLF0905RI SDLF1106RI SDLF1005RI SDLF1207RI Reel Dimensions: Packaging Quantity and Dimensions in mm: TYPE A B C W Quantity TYPE A B C W Quantity SDLF0804RI PCS/ 1000PCS/ DLF0805RI REEL REEL SDLF0905RI PCS/ 750PCS/ DLF1106RI REEL REEL SDLF1005RI PCS/ 500PCS/ DLF1207RI REEL REEL 93

96 SMD LINE FILTER Features These components is compatible with auto insertion equipment and easy installed for PC board. With tow lines for voice and data line Compact and high performance. Outline These surface mount filters are speciously designed to virtually eliminate the problem of conducted EMI in data line applications. They provide both differential and common mode noise attenuation. These components contain tremendous electrode straight, sold heat resistance and outstanding solderability. These products are specially designed for flow, reflow and wave soldering required for surface mounting application. Applications Attenuating noise of analog and digital signals for telecommunication devices. Prevention of interference from amateur radios or CB stations, high frequency welders, Etc. Product Identification SMF 1004 TR 150uH - Shapes and Dimensions: Material(Bc or EQ) Inductance (uh) Core Type Core Size SMF TYPE Electrical Characteristics: PART NO. INDUCTANCE@ 100KHz DCR(Ω) MAX SMF ~1000uH 0.25 SMF ~1500uH 0.45 SMF ~2000uH 0.65 SMF ~3000uH 0.95 Dimensions in mm: TYPE A(+0.5) B(REF) E(+0.5) F(+0.5) J(+0.5) H(+0.5) K(+0.5) CORE BASE SMF1004TR-XXX-X TR10X6X4 BS-012 SMF1405TR-XXX-X TR14X9X5 BS-013 SMF1605TR-XXX-X TR16X10X5 BS-014 SMF2208TR-XXX-X TR22X14X8 BS

97 SMD LINE FILTER HFT TYPE 95

98 SMD FILTER TRB TYPE Outline These surface mount filters are speciously designed to virtually eliminate the problem of conducted EMI in data line applications. They provide both differential and common mode noise attenuation. These components contain tremendous electrode straight, solder heat resistance and outstanding solder-ability. These products are specially designed for flow, reflow and wave soldering required for surface mounting application. Features These components is compatible with auto insertion equipment and easy installed for PC board. With tow lines for voice and data line Compact and high performance. Applications Attenuating noise of analog and digital signals for telecommunication devices. Prevention of interference from amateur radios or CB stations, high frequency welders, etc Product Identification Shapes : TRB 50 TR 100K - 26 (1) (2) (3) (4) (5) (1) TRB TYPE (2) Core Size (3) Core Type (4) Inductance (uh) (5) Material(26 or EQ) Electrical Characteristics and Dimensions (unit: mm): INDUCTANCE DCR (Ω) A B C PART NO. E F H I MAX MAX MAX MAX TRB16TR 0.10~10.0uH 0.05~ TRB30TR 0.47~47.0uH 0.05~ TRB44TR 0.47~100uH 0.10~ TRB50TR 0.47~150uH 0.10~ TRB50BTR 1.00~220uH 0.10~ TRB50CTR 1.50~270uH 0.10~ TRB50DTR 1.80~330uH 0.10~

99 HIGH CURRENT INDUCTORS HCI SERIES: The HCI Series are inductors wound on iron powder material toroids, provides low volume hand wound to high volume automatic machine wound Please call for the most competitive price and delivery. ORDERING INFORMATION: SHAPE AND DIMENSIONS: (Customer s Specifications are welcome) HCI - B1/2 101 M - 10A (1) (2) (3) (4) (5) (6) (1)SMD High Current Toroids Inductors Type (2)Base Type (3)Inductance (4)Tolerance (K+10%, M+20%) (5)Current in Amps (6)Core Size UNIT:(mm) Part NO. A (MAX) B (MAX) C (MAX) D (+0.508) E (+0.508) F (+0.508) H (+0.508) HCI-B1-XXXXXXX HCI-B2-XXXXXXX SPECIFICATIONS: NO. PART NO. MAX Current Idc:(Amp) 1KHz At Idc=0A(uH) DCR (ohm) (MAX) 1 HCI-B1/2-6R8K-5.0A A HCI-B1/2-100K-5.0A A HCI-B1/2-150K-5.0A A HCI-B1/2-100K-7.5A A HCI-B1/2-180K-7.5A A HCI-B1/2-220K-7.5A A HCI-B2-6R8K-10.0A-6852B 10.0A HCI-B2-220K-10.0A A HCI-B2-330K-10.0A-8026B 10.0A TAPING AND DIMENSIONS: UNIT:(mm) TYPE B1 B2 A B K Packing Unit 100PCS 150PCS 97

100 SMD LINE FILTER HTF TYPE 98

101 99

102 SMD BALUN TRANSFORMER Features.Paired wire coil for high stability..base pin terminal treated, allowing mounting as is on a PCB. Applications.Double balance mixers, broad-band transformers, impedance transformers, etc. BLT-0303D Series DIMENSIONS:(mm) BLT-0403D Series SPECIFICATION: Part No. WINDING TURNS (T) OPERATING FREQUENCY RANGE (MHz) INSERTION LOSS (db) CONNEC TION Part No. WINDING TURNS (T) OPERATING FREQUENCY RANGE (MHz) Double balanced mixer Double balanced mixer BLT-0303D-002TA 1 1 /2 25~ BLT-0403D-002TA 1 1 /2 25~ BLT-0303D-003TA 2 1 /2 6~ (A) BLT-0403D-003TA 2 1 /2 150~ BLT-0303D-004TA 3 1 /2 3.5~ BLT-0403D-004TA 3 1 /2 3.5~ BLT-0303D-005TA 4 1 /2 2~ BLT-0403D-005TA 4 1 /2 2~ Frequency mixer Frequency mixer BLT-0303D-002TB 1 1 /2 8~750 3 BLT-0403D-002TB 1 1 /2 8~750 3 (B) BLT-0303D-003TB 2 1 /2 3.5~700 3 BLT-0403D-003TB 2 1 /2 3.5~700 3 BLT-0303D-004TB 3 1 /2 2~800 3 BLT-0403D-004TB 3 1 /2 2~800 3 Balun transformer Balun transformer BLT-0303D-002TC 1 1 /2 20~750 3 BLT-0403D-002TC 1 1 /2 20~750 3 BLT-0303D-003TC 2 1 /2 4.5~ (C) BLT-0403D-003TC 2 1 /2 4.5~ BLT-0303D-004TC 3 1 /2 2.3~ BLT-0403D-004TC 3 1 /2 2.3~ BLT-0303D-005TC 4 1 /2 1.5~ BLT-0403D-005TC 4 1 /2 4.0~ Balun transformer Balun transformer BLT-0303D-002TD 1 1 /2 160~ BLT-0403D-002TD 1 1 /2 160~ (D) BLT-0303D-003TD 2 1 /2 55~ BLT-0403D-003TD 2 1 /2 55~ BLT-0303D-004TD 3 1 /2 30~ BLT-0403D-004TD 3 1 /2 30~ Distributor IN to OUT-1,2 Distributor BLT-0303D-002TE 1 1 /2 1300~ dB max. BLT-0403D-002TE 1 1 /2 1300~1700 BLT-0303D-003TE 2 1 /2 800~1000 IN to OUT-1,2 4.5dB max. (E) BLT-0403D-003TE 2 1 /2 800~1000 BLT-0303D-004TE 3 1 /2 750~1000 BLT-0403D-004TE 3 1 /2 750~1000 INSERTION LOSS (db) Directional coupler Directional coupler BLT-0303D-002TF 1 1 /2 10~500 I N to OUT-1 2.0dB max BLT-0403D-002TF 1 1 /2 10~500 I N to OUT-1 2.0dB max BLT-0303D-003TF 2 1 /2 10~500 I N to OUT-1 1.8dB max BLT-0403D-003TF 2 1 /2 10~500 I N to OUT-1 1.8dB max (F) BLT-0303D-004TF 3 1 /2 10~500 I N to OUT-1 1.5dB max BLT-0403D-004TF 3 1 /2 10~500 I N to OUT-1 1.5dB max BLT-0303D-005TF 4 1 /2 10~500 I N to OUT-1 1.3dB max BLT-0403D-005TF 4 1 /2 10~500 I N to OUT-1 1.3dB max BLT-0303D-006TF 5 1 /2 10~500 I N to OUT-1 1.0dB max BLT-0403D-006TF 5 1 /2 10~500 I N to OUT-1 1.0dB max CONNECTIONS: OUT-1 to OUT-2 (ISOLATION) 15dB min. IN to OUT-1,2 4.5dB max. IN to OUT-1,2 4.5dB max. OUT-1 to OUT-2 (ISOLATION) 15dB min. CONNEC TION (A) (B) (C) (D) (E) (F) 100

103 SMD BALUN TRANSFORMER DIMENSIONS:(mm) BLT-0604D Series BLT-0705D Series SPECIFICATION: Part No. WINDING TURNS (T) OPERATING FREQUENCY RANGE (MHz) INSERTION LOSS (db) CONNEC TION Part No. WINDING TURNS (T) OPERATING FREQUENCY RANGE (MHz) Double balanced Double balanced i BLT-0604D-002TA 1 1 /2 30~850 3 i BLT-0705D-002TA 1 1 /2 30~850 3 BLT-0604D-003TA 2 1 /2 6.5~ (A) BLT-0705D-003TA 2 1 /2 6.5~ BLT-0604D-004TA 3 1 /2 3.5~ BLT-0705D-004TA 3 1 /2 3.5~ BLT-0604D-005TA 4 1 /2 2.5~ Frequency mixer INSERTION LOSS (db) BLT-0705D-005TA 4 1 /2 2.5~ Frequency mixer BLT-0604D-002TB 1 1 /2 8~550 3 BLT-0705D-002TB 1 1 /2 500~850 3 BLT-0604D-003TB 2 1 /2 3.5~500 3 (B) BLT-0705D-003TB 2 1 /2 240~500 3 BLT-0604D-004TB 3 1 /2 2~370 3 BLT-0705D-004TB 3 1 /2 85~380 3 Balun transformer Balun transformer BLT-0604D-002TC 1 1 /2 5.5~850 3 BLT-0705D-002TC 1 1 /2 5.5~850 3 BLT-0604D-003TC 2 1 /2 2.5~ (C) BLT-0705D-003TC 2 1 /2 2.5~ BLT-0604D-004TC 3 1 /2 1.2~ BLT-0705D-004TC 3 1 /2 1.2~ BLT-0604D-005TC 4 1 /2 1.0~ Balun transformer BLT-0705D-005TC 4 1 /2 1.0~ Balun transformer BLT-0604D-002TD 1 1 /2 160~ BLT-0705D-002TD 1 1 /2 160~ (D) BLT-0604D-003TD 2 1 /2 55~ BLT-0705D-003TD 2 1 /2 55~ BLT-0604D-004TD 3 1 /2 30~ BLT-0705D-004TD 3 1 /2 30~ Distributor Distributor BLT-0604D-002TE 1 1 IN to OUT-1,2 /2 1300~ dB max. BLT-0705D-002TE 1 1 /2 1300~1700 BLT-0604D-003TE 2 1 /2 800~1000 IN to OUT-1,2 (E) BLT-0705D-003TE 2 1 /2 800~ dB max. BLT-0604D-004TE 3 1 /2 750~1000 Directional coupler BLT-0705D-004TE 3 1 /2 750~1000 Directional coupler BLT-0604D-002TF 1 1 /2 10~500 I N to OUT-1 2.0dB max BLT-0705D-002TF 1 1 /2 10~500 I N to OUT-1 2.0dB max BLT-0604D-003TF 2 1 /2 10~500 I N to OUT-1 1.5dB max BLT-0705D-003TF 2 1 /2 10~500 I N to OUT-1 1.5dB max (F) BLT-0604D-004TF 3 1 /2 10~500 I N to OUT-1 1.3dB max BLT-0705D-004TF 3 1 /2 10~500 I N to OUT-1 1.3dB max BLT-0604D-005TF 4 1 /2 10~500 I N to OUT-1 0.9dB max BLT-0705D-005TF 4 1 /2 10~500 I N to OUT-1 0.9dB max BLT-0604D-006TF 5 1 /2 10~500 I N to OUT-1 0.8dB max CONNECTIONS: OUT-1 to OUT-2 (ISOLATION) 15dB min. IN to OUT-1,2 4.5dB max. IN to OUT-1,2 5.0dB max. OUT-1 to OUT-2 (ISOLATION) 15dB min. BLT-0705D-006TF 5 1 /2 10~500 I N to OUT-1 0.8dB max CONNEC TION (A) (B) (C) (D) (E) (F) 101

104 SMD AIR COILS SERIES DIMENSIONS(UNIT:mm) PAD LAYOUT TYPE Hm (MAX) OD (MAX) (MIN) Lg (MAX) A B C (+0.05/-0.05) (+0.1/-0.1) MIN (REF) WGA (1.02) WGA (1.78) WGA (2.54) DIMENSIONS(UNIT:mm) PAD LAYOUT TYPE Hm OD Lg (MAX) (MAX) (MIN) (MAX) A B C (+0.05/-0.05) (+0.1/-0.1) MIN (REF) WGA1008CH (2.54) WGA1008CL (2.54) 102

105 3. WGA 0603 TYPE: NO. PART NO. SMD AIR COILS SERIES WGA0603R3N9 WGA0603R4N7 WGA0603R5N6 WGA0603R6N8 WGA0603R8N2 WGA0603R010 WGA0603R012 WGA0603R015 WGA0603R018 WGA0603R022 WGA0603R027 WGA0603R033 WGA0603R039 WGA0603R047 WGA0603R % % % % % 10+10% 12+10% 15+10% 18+10% 22+10% 27+10% 33+10% 39+10% 47+10% 56+10% WGA 0805 TYPE: INDUCTANCE (nh) Q (MIN) TEST FREQUENCY (MHz) INDUCTANCE Q TEST DCR SRF IDC PACKING NO. PART NO. (nh) (MIN) FREQUENCY (mω) (MHz) (ma) REEL (MHz) MAX MIN MAX (13") WGA0805R3N9 WGA0805R4N7 WGA0805R5N6 WGA0805R6N8 WGA0805R8N2 WGA0805R010 WGA0805R012 WGA0805R015 WGA0805R018 WGA0805R022 WGA0805R027 WGA0805R033 WGA0805R039 WGA0805R047 WGA0805R056 WGA0805R % % % % % 10+10% 12+10% 15+10% 18+10% 22+10% 27+10% 33+10% 39+10% 47+10% 56+10% 68+10% DCR (mω) MAX 3.0 SRF (MHz) MIN IDC (ma) MAX PACKING REEL (13")

106 5. WGA 1008 TYPE: SMD AIR COILS SERIES INDUCTANCE Q TEST DCR SRF IDC PACKING NO. PART NO. (nh) (MIN) FREQUENCY (mω) (MHz) (ma) REEL (MHz) MAX MIN MAX (13") 1 WGA1008R6N % WGA1008R8N % WGA1008R % WGA1008R % WGA1008R % WGA1008R % WGA1008R % WGA1008R % WGA1008R % WGA1008R % WGA1008R % WGA1008R % WGA1008R % WGA1008R % WGA1008R % WGA1008R % NOTE: 1) THE INDUCTANCE AND Q MEASURED USING HP4286A RF LCR METER AND HP16191A TEST FIXTURE; 2) DC RESISTANCE MEASURED USING CH502A; 3) TEMPERATURE RISE IS 15oC MAX; 4) OPERATING TEMPERATURE RANGE: -20oC ~ +80oC; 5) SRF MEASURED USING HP8753B NETWORK ANALYZER COILCRAFT CCF 840-A FIXTURE. 104

107 3. WGA 1008CL1 TYPE: SMD AIR COILS SERIES INDUCTANCE Q TEST DCR SRF IDC PACKING NO. PART NO. (nh) (MIN) FREQUENCY (mω) (MHz) (ma) REEL (MHz) MAX MIN MAX (13") 1 WGA1008CL1R % WGA1008CL1R % WGA1008CL1R % WGA1008CL1R % WGA1008CL1R % WGA1008CL1R % WGA1008CL1R % WGA1008CL1R % WGA1008CL1R % WGA1008CL1R % WGA1008CL1R % *NOTE: WORKING FREQUENCY RANGE: 40MHz ~ 270MHz 4. WGA 1008CL2 TYPE: INDUCTANCE Q TEST DCR SRF IDC PACKING NO. PART NO. (nh) (MIN) FREQUENCY (mω) (MHz) (ma) REEL (MHz) MAX MIN MAX (13") WGA1008CL2R120 WGA1008CL2R150 WGA1008CL2R180 WGA1008CL2R220 WGA1008CL2R270 WGA1008CL2R330 WGA1008CL2R390 WGA1008CL2R470 WGA1008CL2R % % % % % % % % % *NOTE: WORKING FREQUENCY RANGE: 10MHz ~ 90MHz 105

108 SMD AIR COILS SERIES 5. WGA 1008CH1 TYPE: INDUCTANCE Q TEST DCR SRF IDC PACKING NO. PART NO. (nh) (MIN) FREQUENCY (mω) (MHz) (ma) REEL (MHz) MAX MIN MAX (13") WGA1008CH1R220 WGA1008CH1R270 WGA1008CH1R330 WGA1008CH1R390 WGA1008CH1R470 WGA1008CH1R560 WGA1008CH1R680 WGA1008CH1R820 WGA1008CH11000 WGA1008CH % % % % % % % % % % *NOTE: WORKING FREQUENCY RANGE: 40MHz ~ 270MHz 6. WGA 1008CH2 TYPE: INDUCTANCE Q TEST DCR SRF IDC NO. PART NO. (nh) (MIN) FREQUENCY (mω) (MHz) (ma) (MHz) MAX MIN MAX WGA1008CH2R270 WGA1008CH2R330 WGA1008CH2R390 WGA1008CH2R470 WGA1008CH2R560 WGA1008CH2R680 WGA1008CH2R820 WGA1008CH21000 WGA1008CH % % % % % % % % % *NOTE: WORKING FREQUENCY RANGE: 10MHz ~ 90MHz 7. NOTE: 1) THE INDUCTANCE AND Q MEASURED USING HP4286A RF LCR METER AND HP16191A TEST FIXTURE; 2) DC RESISTANCE MEASURED USING CH502A; 3) TEMPERATURE RISE IS 15oC MAX; 4) OPERATING TEMPERATURE RANGE: -20oC ~ +80oC; 5) SRF MEASURED USING HP8753B NETWORK ANALYZER COILCRAFT CCF 840-A FIXTURE. PACKING REEL (13") 106

109 SMD AIR COILS SERIES TAPING DIMENSIONS AND PACKING QUANTITY Carria tape material: polystyrene UNIT: mm TYPE A B W P F K REEL CH CH CL CL Material: plastic REEL DIMENSIONS UNIT: mm TYPE 12mm 8mm A B C G N T

110 PEAKING COILS PK TYPE Applications Buzzers and Alarm System. System requiring band high Q. A. Features Ordering information 1. Small size radial lead type. (Customer's Specifications are welcome) 2. Small mounting space required. PK K PVC 3. Excellent characteristics for (1) (2) (3) (4) (5) Q High Frequency. (1) TYPE 4. Minimized distributing capac- (2) STYLE itance hence high SRF. (3) INDUCTANCE 5. Special lead wire construction (4) TOLERANCE prevents open circuit failure. (5) PVC SLEEVE OR UL TUBE OR VARNISH B. B.Rating C. Material. 1. Temperature rise...20ºc 1.CORE:Fcrrite core 2. Ambient temperature 80ºC 2.INSULATION COATING :Varnish 3. Temperature range ºc to +100ºC or PVC sleeve or UL tube. 4. Rated voltage v DC 3.WIRE:Polyurethane enameled 5. Terminal tensile strength...0.5kg min wire. 6. Terminal bending strength..0.5kg min 4.LEAD.WIRE:Tinned copper 7. Moisture resistance.δl/l< +5%,ΔQ/Q< +10% wire. UNIT : mm FORM PK0406 PK0608 PK0810 PK1012 DIMENSION TYPE TYPE TYPE TYPE A(MAX) B(MAX) C(MIN) D(MAX) E(+0.05) F(REF) We also provide the core size O.D.3m/m to 18m/m and I.L.4m/m to 20m/m for customer choke. 108

111 PEAKING COILS PK TYPE PK0406 TYPE: Part No. (uh) Inductance Tolerance Quality Factor (MIN) Testing Frequency (MHz) S.R.F (MHz) MIN DC Resistance (ohms)max Rated DC Current (ma)max PK0406-1R0M % PK0406-1R2M % PK0406-1R5M % PK0406-1R8M % PK0406-2R2M % PK0406-2R7M % PK0406-3R3M % PK0406-3R9M % PK0406-4R7M % PK0406-5R6M % PK0406-6R8M % PK0406-8R2M % PK M 10 20% PK K 12 10% PK K 15 10% PK K 18 10% PK K 22 10% PK K 27 10% PK K 33 10% PK K 39 10% PK K 47 10% PK K 56 10% PK K 68 10% PK K 82 10% PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K %

112 PEAKING COILS PK TYPE PK0608 TYPE: Part No. (uh) Inductance Tolerance Quality Factor (MIN) Testing Frequency (MHz) S.R.F (MHz) MIN DC Resistance (ohms)max Rated DC Current (ma)max PK0608-1R0M % PK0608-1R2M % PK0608-1R5M % PK0608-1R8M % PK0608-2R2M % PK0608-2R7M % PK0608-3R3M % PK0608-3R9M % PK0608-4R7M % PK0608-5R6M % PK0608-6R8M % PK0608-8R2M % PK M 10 20% PK K 12 10% PK K 15 10% PK K 18 10% PK K 22 10% PK K 27 10% PK K 33 10% PK K 39 10% PK K 47 10% PK K 56 10% PK K 68 10% PK K 82 10% PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K %

113 PEAKING COILS PK TYPE PK0810 TYPE: Part No. (uh) Inductance Tolerance Quality Factor (MIN) Testing Frequency (MHz) S.R.F (MHz) MIN DC Resistance (ohms)max Rated DC Current (ma)max PK K 12 10% PK K 15 10% PK K 18 10% PK K 22 10% PK K 27 10% PK K 33 10% PK K 39 10% PK K 47 10% PK K 56 10% PK K 68 10% PK K 82 10% PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK K % PK1012 TYPE: Part No. (mh) Inductance Tolerance Quality Factor (MIN) Testing Frequency (KHz) S.R.F (MHz) MIN DC Resistance (ohms)max Rated DC Current (ma)max PK K 10 10% PK K 12 10% PK K 15 10% PK K 18 10% PK K 22 10% PK K 27 10% PK K 33 10% PK K 39 10% PK K 47 10% PK K 56 10% PK K 68 10% PK K 82 10%

114 PK1016 TYPE: Part No. PEAKING COILS (mh) Inductance Tolerance Quality Factor (MIN) Testing Frequency (KHz) S.R.F (MHz) MIN DC Resistance (ohms)max PK TYPE Rated DC Current (ma)max PK K 10 10% PK K 12 10% PK K 15 10% PK K 18 10% PK K 22 10% PK K 27 10% PK K 33 10% PK K 39 10% PK K 47 10% PK K 56 10% PK K 68 10% PK K 82 10% PK K % PK3W Type: Type Dimension A MAX B MAX C MIN D MAX E F +1.0 PK3W PK3W Part No. Turns Ratio (mh) DC Resistance (ohms) Rated DC Current (ma) Ferrite core Ui/Working Frequency PK3W : T:1000T 48+20% 120 MAX / MHZ PK3W : T:1920T % 220 MAX / MHZ PK3W : T:2150T % 300MAX / MHZ PK3W : T:750T 33+20% 85 MAX / MHZ PK3W : T:1050T 60+20% 180 MAX / MHZ PK3W : T:1650T % 200 MAX / MHZ PK3W : T:2500T % 250 MAX / MHZ 112

115 PEAKING COILS PK TYPE PK0608 TYPE TAPING SHAPES AND DIMENSIONS DIMENSIONS SPECIFICATIONS UNIT:mm P P0 d F D0 H W Φ Φ W0 W1 W2 t Δh 12.0MIN MAX

116 PEAKING COILS PKB TYPE 114

117 PEAKING COILS PKB TYPE 115

118 PEAKING COILS PKB TYPE 116

119 PEAKING COILS PKB TYPE 117

120 POWER CHOKES VERTICAL Product Identification PCV 2424 DRH 151 K (A) (B) (C) (D) (E) (A) PCV Type (B) Core Size (C) Core Type (D) Inductance (uh) (E) Tolerance (J+5%, K+10%,M+20%) Electrical Characteristics: PCV Type Outline: The PCV Series uses a ferrite bobbin core to provide the highest inductance at the lowest cost. It features 130 class insulation and comes in a wide range of standard values. Shapes and Dimensions: TYPE NO. INDUCTANCE (uh) CURRENT RATING (AMPS) DC RESISTANCE (OHMS) DIMENSIONS(mm) A(MAX) B(MAX) C(+1.0) D(+1.0) E(REF) PCV1420DRH-820K PCV1420DRH-101K PCV1420DRH-121K PCV1420DRH-151K PCV1420DRH-181K PCV1920DRH-101K PCV1920DRH-121K PCV1920DRH-181K PCV1920DRH-221K PCV1920DRH-271K PCV2420DRH-181K PCV2420DRH-221K PCV2420DRH-271K PCV2420DRH-331K PCV2420DRH-391K PCV2424DRH-271K PCV2424DRH-331K PCV2424DRH-391K PCV2424DRH-471K PCV2424DRH-561K PCV3525DRH-391K PCV3525DRH-471K PCV3525DRH-561K PCV3525DRH-681K PCV3525DRH-821K Tested at 1.0KHz 0.25V, with DC bias applied up to the rated current. 2.Parts are designed for 40 Max temperature rise at the rated current. 3.Electrical specifications at Testing equipment: CH1062A LCR Meter and CH301A DC Resistance Meter. 118

121 HIGH CURRENT FILTER CHOKES 119

122 HIGH CURRENT FILTER CHOKES 120

123 HIGH CURRENT FILTER CHOKES 121

124 HIGH CURRENT FILTER CHOKES 122

125 HIGH CURRENT FILTER CHOKES 123

126 HIGH CURRENT FILTER CHOKES 124

127 HIGH CURRENT FILTER CHOKES 125

128 WOUND TOROIDS TC TYPE TC SERIES TC Series are inductors wound on iron powder material toroids, provides low volume hand wound to high volume automatic machine wound Please call for the most competitive price and delivery. TCV TYPE: TCH TYPE: ORDERING INFORMATION (Customer s Specifications are welcome) TC 101 M 2.0A 5026 (1) (2) (3) (4) (5) (1) TOROIDAL COILS (2) INDUCTANCE (3) TOLERANCE (J+5%, K+10% M+20%) (4) CURRENT IN AMPS (5) CORE SIZE SPECIFICATION: NO. PART NO. MAX Current Idc:(Amp) 1KHz Idc=0A(uH) DCR ( ohm) (MAX) Dimension (mm) AXD (MAX) 1 TC-5R0M-0.5A A X4.5 2 TC-9R0M-0.3A A X4.5 3 TC-150M-0.5A A X4.5 4 TC-200M-0.2A A X4.0 5 TC-270M-0.1A A X4.0 6 TC-270M-0.3A A X4.5 7 TC-100M-2.0A A X7.0 8 TC-120M-1.0A A X6.0 9 TC-320M-1.0A A X TC-370M-0.5A A X TC-141M-0.5A A X TC-8R2M-2.0A A X TC-220M-2.0A A X TC-240M-1.0A A X TC-560M-0.5A A X TC-680M-1.0A A X

129 WOUND TOROIDS TC TYPE NO. PART NO. MAX Current Idc:(Amp) 1KHz Idc=0A(uH) DCR (ohm) (MAX) Dimension (mm) AXD (MAX) 17 TC-241M-0.5A A X TC-150M-2.0A A X TC-430M-1.0A A X TC-680M-2.0A A X TC-111M-0.5A A X TC-141M-1.0A A X TC-361M-0.5A A X TC-200M-3.0A A X TC-300M-2.0A A X TC-600M-3.0A A X TC-680M-1.0A A X TC-101M-2.0A A X TC-221M-1.0A A X TC-220M-5.0A A X TC-290M-4.0A A X TC-350M-3.0A A X TC-580M-2.0A A X TC-900M-3.0A A X TC-111M-2.0A A X TC-131M-1.0A A X TC-471M-1.0A A X TC-250M-5.0A A X TC-320M-4.0A A X TC-430M-3.0A A X TC-650M-2.0A A X TC-111M-4.0A A X TC-131M-3.0A A X TC-151M-1.0A A X TC-231M-2.0A A X TC-501M-1.0A A X TC-500M-5.0A A X TC-600M-4.0A A X TC-750M-3.0A A X TC-820M-3.0A A X TC-101M-5.0A A X TC-111M-2.0A A X TC-151M-5.0A A X TC-221M-4.0A A X

130 WOUND TOROIDS TC TYPE NO. PART NO. MAX Current Idc:(Amp) 1KHz Idc=0A(uH) DCR (ohm) (MAX) Dimension (mm) AXD (MAX) 55 TC-271M-3.0A A X TC-321M-2.0A A X TC-431M-2.0A A X TC-961M-1.0A A X TC-900M-5.0A A X TC-141M-3.0A A X TC-201M-2.0A A X TC-321M-5.0A A X TC-451M-2.0A A X TC-471M-1.0A A X TC-471M-3.0A A X TC-182M-1.0A A X TC-820M-5.0A A X TC-101M-4.0A A X TC-131M-3.0A A X TC-221M-2.0A A X TC-301M-5.0A A X TC-391M-4.0A A X TC-471M-1.0A A X TC-501M-3.0A A X TC-781M-2.0A A X TC-132M-1.0A A X TC-300M-10A A X TC-350M-10A A X TC-560M-7.0A A X TC-680M-7.0A A X TC-820M-7.0A A X TC-101M-5.0A A X TC-151M-4.0A A X TC-201M-3.0A A X TC-301M-2.0A A X TC-851M-2.0A A X TC-750M-10A A X TC-131M-7.0A A X TC-201M-5.0A A X TC-251M-10A A X

131 LINE FILTER LF TYPE LF SERIES The LF Series are low current (1 Amp to 2 Amps) common-mode chokes. They are available as vertically or horizontally mounted. For high current requirement. ORDERING INFORMATION (Customer s Specifications are welcome) LF V 102U 5A (1) (2) (3) (4) (1) LINE FILTER (2) MOUNTING (H= HORIZONTAL) (V= VERTICAL) (3) INDUCTANCE (4) CURRENT(AMPS) APPLICATIONS Noise suppression of DC circuit for switching regulator. Protects primary AC side from being affected by a switching regulator. Filters noise emitting from ultrasonic equipment. Filters electrostatic noise from power and signal lines. Eliminates contact noise. Filters incoming spike noise for ICs and equipment using microcomputers. Minimizes noise emissions for conforming to FCC, VCCI, FTZ, CISPR. Minimizes noise emissions from inverters. LFV TYPE LFH TYPE UNIT:mm OD(max) T (max) L+2 (a) (b) SPECIFICATIONS(1A-2A) PART NO. Rated Voltage (AC/DC) Rated Current (AMP) Inductance Min.(mH) DC Resistance Max.(mΩ)* TEST AT 1KHz WITH UNIVERSAL BRIDGE Insulation Test Voltage Resistance (VAC)** MIN(MΩ)*** Temperature Rise Max.( o C) Temperature Range ( o C) LFV-102U-2A 250V 2A ~105 LFH-102U-2A 250V 2A ~105 LFV-202U-2A 250V 2A ~105 LFH-202U-2A 250V 2A ~105 LFV-302U-2A 250V 2A ~105 * Line at one side ** For one minute between lines *** At 500V DC between lines 129

132 LINE FILTER LF TYPE LFV129 SERIES SHAPES AND DIMENSION: The LFV129 Series are low current (1 Amp to 3 Amp) common-mode chokes. For high current requirement. ORDERING INFORMATION (Customer s Specifications are welcome) LF V U 2A (1) (2) (3) (4) (5) (1) LINE FILTER (2) VERTICAL (3) 129 BOBBIN (4) INDUCTANCE (5) AMPS Mounting pitch APPLICATIONS Noise suppression of DC circuit for switching regulator. Protects primary AC side from being affected by a switching regulator. Filters noise emitting from ultrasonic equipment. Filters electrostatic noise from power and signal lines. Eliminates contact noise. Filters incoming spike noise for ICs and equipment using microcomputers. Minimizes noise emissions for conforming to FCC, VCCI, FTZ, CISPR. Minimizes noise emissions from inverters. *Referential value for board designing (mm) SPECIFICATIONS(1A-2A) PART NO. Rated Voltage (AC/DC) Rated Current (AMP) Inductance Min.(mH) TEST AT 1KHz WITH UNIVERSAL BRIDGE Test Insulation Voltage Resistance (VAC)** MIN(MΩ)*** DC Resistance Max.(mΩ)* Temperature Rise Max.( o C) Temperature Range ( o C) LFV U-1A 250V 1A ~105 LFV U-1A 250V 1A ~105 LFV U-1A 250V 1A ~105 LFV U-1A 250V 1A ~105 LFV U-1A 250V 1A ~105 LFV U-1A 250V 2A ~105 LFV U-2A 250V 2A ~105 LFV U-2A 250V 2A ~105 LFV U-2A 250V 2A ~

133 LINE FILTER LFB TYPE 131

134 COMMON MODE FILTER CMF Type Outline: The toroids style common mode chokes are designed for optimum performance. Their single layer windings provide for the highest common mode impedance over the widest frequency range. Spaces, specially designed by us, provide 3.0mm curettage and clearance spacing for compatibility with UL, CSA, and IEC safety specifications. These common mode line chokes come in two series: Standard and High inductance. Both are particularly suitable for switching power supplies operating in the 100~300kHz range of switching frequency. Shown here are typical common mode frequency plots of each part number. The plots indicate the relative performance of each part over the frequency range of most interest for designers of equipment that must meet FCC and VDE noise regulations. It is important to note that only a common mode signal will be attenuated as shown. Differential mode power such as 50/60Hz power line currents or data signals will pass through unimpeded by the common mode impedance. The insertion loss for differential signals is shown in the lower graph. These data were taken in a 50 Ohms system. All parts should be tested using an appropriate Line Impedance Stabilization Network(LISN) when testing EMI/RFI performance of off-line power converters. Product Identification Electrical Characteristics: CMF H2206 TR 220uH - (A) (B) (C) (D) (E) (A) CMF Type (B) Core Size (C) Core Type (D) Inductance (uh) (E) Material(70 or EQ) Shapes and Dimensions: PART NO. L.K (MAX) DCR(Ω) MAX CURRENT RANGE(A) CMFH2206TR 50uH ~1000uH 10.0 uh MAX CMFH2507TR 100uH ~1500uH 8.0 uh MAX CMFH3813TR 500uH ~2000uH 6.0 uh MAX CMFH4916TR 800uH ~3000uH 4.0 uh MAX CMFH6113TR 1000uH ~8000uH 2.0 uh MAX Dimensions in mm: TYPE A(MAX) B(MAX) C(+1.0) D(MAX) E(+0.5) F(+0.5) G(+0.1) H(+0.5) J(+0.5) K(+0.5) CMFH2206TR CMFH2507TR CMFH3813TR CMFH4916TR CMFH6113TR

135 TOROIDAL TRANSFORMERS The toroidal transformers wound on iron powder material toroids, provides low inductance and low leak inductance. They are used in Tsetse, TVRs/ VCRs, audio equipment, communication equipment and Switching Power Supplies of computers, etc. SHAPE AND DIMENSION: TTR- -26/52-U- TYPE: TTR- -26/52-B- TYPE: (Customer s Specifications are welcome) TTR B / B/U :15:5:5 (1) (2) (3) (4) (5) (1) TOROIDAL TRANSFORMER TYPE (2) CORE SIZE (3) CORE MATERIAL (4) B: WITH BASE U: WITHOUT BASE (5)TURNS DIMENSIONS(UNIT: mm) NO. PART NO. A (MAX) B (MAX) C (+1.0) D (MAX) E (+0.5) F (+0.5) G (+0.1) H (MAX) QTY S OF PIN 1 TTR /52-U TTR /52-B TTR /52-U TTR /52-B TTR-106A-26/52-U TTR-106A-26/52-B TTR-106B-26/52-U TTR-106B-26/52-B ***NOTE:1)TESTING EQUIPMENT:CH1062 LCR METER. 2)TESTING CONDITION:INDUCTANCE@1.0KHz/0.25V,LEAK INDUCTANCE@100KHz/0.25V. 133