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- Παναγιωτάκης Χρηστόπουλος
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3 Table of contents INDEX Quick Product Information... 2 Part Number Explanation and Coding Rule... 3 Wire Wound Ceramic Chip Inductors WLCW1005 Series... 4 Wire Wound Ceramic Chip Inductors WLCW1608 Series... 6 Wire Wound Ceramic Chip Inductors WLCW2012 Series... 8 Wire Wound Ceramic Chip Inductors WLCW2520 Series Multi-Layer High Frequency Inductors WLCM0603 Series Multi-Layer High Frequency Inductors WLCM1005 Series Multi-Layer High Frequency Inductors WLCM1608 Series SMD Air Wound Coil WLAC291 Series SMD Square Air Wound Coil WLQC0806 Series SMD Square Air Wound Coil WLQC0807 Series SMD Square Air Wound Coil WLQC0908 Series Ferrite Chip Inductor WLFI1005 Series Ferrite Chip Inductor WLFI1608 Series Ferrite Chip Inductor WLFI2012 Series Ferrite Chip Inductor WLFI3216 Series Ferrite Chip Bead WLBD0402 Series Ferrite Chip Bead WLBD0603 Series Ferrite Chip Bead WLBD1005 Series Ferrite Chip Bead WLBD1608 Series Ferrite Chip Bead WLBD2012 Series Ferrite Chip Bead WLBD3216 Series Ferrite Chip Bead WLBD1005HC Series Ferrite Chip Bead WLBD1608HC Series Ferrite Chip Bead WLBD2012HC Series Ferrite Chip Bead WLBD3216HC Series Wire Wound Ferrite Chip Inductors WLFW2012 Series Wire Wound Ferrite Chip Inductors WLFW2520 Series Coon Mode Choke WTCF2012 Series Coon Mode Choke WTCF2012FH Series Balun Transformer WTBL2012 Series Multi-Layer Power Inductors WLFM1608 Series Multi-Layer Power Inductors WLFM2012 Series Multi-Layer Power Inductors WLFM2520 Series SMD Wire Wound Power Inductors WLPN Series (SHIELDED) SMD Wire Wound Power Inductors WLPN Series (SHIELDED) SMD Wire Wound Power Inductors WLPN Series (SHIELDED) SMD Wire Wound Power Inductors WLPN Series (SHIELDED) SMD Wire Wound Power Inductors WLPN Series (SHIELDED) SMD Wire Wound Power Inductors WLPN Series (SHIELDED) SMD Wire Wound Power Inductors WLPN Series (SHIELDED) SMD Wire Wound Power Inductors WLSN032D Series (UNSHIELDED) SMD Wire Wound Power Inductors WLSN043D Series (UNSHIELDED) SMD Wire Wound Power Inductors WLSN054D Series (UNSHIELDED) SMD Wire Wound Power Inductors WLSN073D Series (UNSHIELDED) SMD Wire Wound Power Inductors WLSN075D Series (UNSHIELDED) SMD Wire Wound Power Inductors WLSN084F Series (UNSHIELDED) SMD Molded Power Choke WLPM Series SMD Molded Power Choke WLPM Series SMD Molded Power Choke WLPM Series SMD Molded Power Choke WLPM Series SMD Molded Power Choke WLPMA0A040 Series SMD Molded Power Choke Inductors WLQM Series (AEC-Q200) SMD Molded Power Choke Inductors WLQM Series (AEC-Q200) SMD Molded Power Choke Inductors WLQM Series (AEC-Q200) SMD Molded Power Choke Inductors WLQM Series (AEC-Q200) SMD Molded Power Choke Inductors WLQMB0A040 Series (AEC-Q200) SMD Molded Power Choke Inductors WLQMB0A050 Series (AEC-Q200)
4 Quick Product Information 2 Quick Product Information Application Type Series Range RF Inductor Signal and Noise Power Inductor Wire Wound Ceramic Chip Inductors Multi-Layer High Frequency Inductors SMD Air Wound Coil Ferrite Chip Inductor Chip Bead Chip Bead High Current Type Size () L W H Quantity per reel WLCW1005 1nH ~ 100nH K WLCW nH ~ 390nH K WLCW nH ~ 820nH K WLCW nH ~ 4700nH K WLCM nH ~ 100nH k WLCM1005 1nH ~ 270nH K WLCM1608 1nH ~ 470nH K WLAC291A 2.5nH ~ 18.5nH K WLAC291B 1nH ~ 43nH K WLQC0806 5nH ~ 19.4nH K WLQC nH ~ 22nH K WLQC0908 1nH ~ 27.3nH K WLFI uH ~ 2.2uH K WLFI uH ~ 10uH K WLFI uH ~ 10uH K K WLFI uH ~ 10uH K WLBD Ω ~ 120Ω K WLBD Ω~ 600Ω K WLBD Ω~ 1000Ω K WLBD Ω~ 2000Ω K WLBD Ω~ 2000Ω K K WLBD Ω~ 600Ω K WLBD1005HC 10Ω~ 470Ω K WLBD1608HC 30Ω~ 600Ω K WLBD2012HC 30Ω~ 600Ω K WLBD3216HC 30Ω~ 600Ω K WLFW uH ~ 22uH K WLFW uH ~ 22uH K Wire Wound Ferrite Chip Inductors Coon WTCF Ω~ 370Ω K Mode Choke WTCF2012FH 67Ω~ 120Ω K Balun Transformer WTBL / 50Ω;75 / 75Ω K Multi-Layer Power Inductors SMD Shield Wire Wound Power Inductors SMD Unshield Wire Wound Power Inductors SMD Molded Power Choke SMD Molded Power Choke AEC-Q200 WLFM uH ~ 2.2uH K WLFM uH ~ 4.7uH K WLFM uH ~ 4.7uH K WLPN uH ~ 4.7uH K WLPN uH ~ 22uH K WLPN uH ~ 22uH K WLPN uH ~ 22uH K WLPN uH ~ 22uH K WLPN uH ~ 22uH K WLPN uH ~ 100uH K WLSN032D 1uH ~ 470uH K WLSN043D 1uH ~ 330uH K WLSN054D 1uH ~ 270uH K WLSN073D 10uH ~ 330uH K WLSN075D 6.8uH ~ 3000uH K WLSN084F 1uH ~ 1000uH K WLPM uH ~ 33uH K WLPM uH ~ 10uH K WLPM uH ~ 10uH K WLPM uH ~ 4.7uH K WLPMA0A uH ~ 68uH K WLQM uH ~ 2.2uH K WLQM uH ~ 5.6uH K WLQM uH ~ 9.0uH K WLQM uH ~ 15uH K WLQMB0A uH ~ 10uH K WLQMB0A uH ~ 33uH K
5 Part Number Explanation and Coding Rule Part Number Explanation and Coding Rule W L C M Z 0 G 1 N 2 T B Category Code Description WL WT Inductor/Bead Products Transformer / Balun /Coon Mode Choke 2. Series Code Description 3. Dimension Code Description a. RF Inductor b. Signal and Noise a. Power Inductor CW Ceramic Wire Wound Chip Inductor 3216 EIA 1206 CM Multilayer Chip Inductor(MLCI) 2520 EIA 1008 AC Air Coil with Cap 2012 EIA 0805 QC Air Square Coil a. Size 1608 EIA 0603 TF Thin Film Inductor 1005 EIA 0402 FI Ferrite Chip Inductor 0603 EIA 0201 BD Chip Bead 0402 EIA FW Wire Wound Ferrite Chip Inductor Code Description CF Coon Mode Choke *1.0 b. Others FM Multilayer Ferrite Chip Inductor(MFCI) *3.2 QM Molded Power Inductor (AEC Q200) A0B0 10.0*11.0 SN Unshielded Power Inductor A:10,B:11 4. Series extension 系列擴充碼 Code Description a. Series Extension b. Dimension Height (Detail in Datasheet) Z0 XX No Definition B7 Refer to Datasheet : Code Description Code Description B ± 0.1nH 1N2 1.2nH C ± 0.2nH 12N 12nH S ± 0.3nH R12 120nH=0.12uH 6. Value: W ± 0.5nH 1R2 1.2uH / OHM G ± 2% 120 / 12R 12uH / OHM H ± 3% uH / OHM J ± 5% uH / OHM K ± 10% OHM: Unit for WLBD WTCF M ± 20% Series No. For WTBL N ± 30% U Datasheet 7. Packing Code Description Code Description 8. Spare T 7" Paper Tape B No Definition P 7" Plastic Tape L 13" Plastic Tape 3
6 Wire Wound Ceramic Chip Inductors WLCW1005 Series Wire Wound Ceramic Chip Inductors WLCW1005 Series WLCW1005 Recoend Pattern Part Number (nh) Q Min. Test Freq. SRF (GHz) Min. DCR (Ω) Max. Rated Current (ma) WLCW1005Z0 1N0TB 1.0 J WLCW1005Z0 1N2TB 1.2 J WLCW1005Z0 1N8TB 1.8 J WLCW1005Z0 1N9TB 1.9 J WLCW1005Z0 2N0TB 2.0 G J WLCW1005Z0 2N2TB 2.2 G J WLCW1005Z0 2N4TB 2.4 G J WLCW1005Z0 2N7TB 2.7 G J WLCW1005Z0 3N3TB 3.3 G J WLCW1005Z0 3N6TB 3.6 G J WLCW1005Z0 3N9TB 3.9 G J WLCW1005Z0 4N3TB 4.3 G J WLCW1005Z0 4N7TB 4.7 G J WLCW1005Z0 5N1TB 5.1 G J WLCW1005Z0 5N6TB 5.6 G J WLCW1005Z0 6N2TB 6.2 G J WLCW1005Z0 6N8TB 6.8 G J WLCW1005Z0 7N3TB 7.3 G J WLCW1005Z0 7N5TB 7.5 G J WLCW1005Z0 8N2TB 8.2 G J WLCW1005Z0 8N7TB 8.7 G J WLCW1005Z0 9N1TB 9.1 G J WLCW1005Z0 9N5TB 9.5 G J WLCW1005Z0 10NTB 10 G J WLCW1005Z0 11NTB 11 G J WLCW1005Z0 12NTB 12 G J WLCW1005Z0 13NTB 13 G J WLCW1005Z0 15NTB 15 G J WLCW1005Z0 16NTB 16 G J WLCW1005Z0 18NTB 18 G J
7 Wire Wound Ceramic Chip Inductors WLCW1005 Series (continuous) Part Number (nh) Q Min. Test Freq. SRF (GHz) Min. DCR (Ω) Max. Rated Current (ma) WLCW1005Z0 19NTB 19 G J WLCW1005Z0 20NTB 20 G J WLCW1005Z0 22NTB 22 G J WLCW1005Z0 23NTB 23 G J WLCW1005Z0 24NTB 24 G J WLCW1005Z0 27NTB 27 G J WLCW1005Z0 30NTB 30 G J WLCW1005Z0 33NTB 33 G J WLCW1005Z0 36NTB 36 G J WLCW1005Z0 39NTB 39 G J WLCW1005Z0 40NTB 40 G J WLCW1005Z0 43NTB 43 G J WLCW1005Z0 47NTB 47 G J WLCW1005Z0 51NTB 51 G J WLCW1005Z0 56NTB 56 G J WLCW1005Z0 68NTB 68 G J WLCW1005Z0 82NTB 82 G J WLCW1005Z0 R10TB 100 G J :K=±10%;J=±5%;G=±2% 2. Operating Temp:-40 to For 15 Temperature Rise. 4. & Q measured using the HP4291B. 5. SRF measured using the HP8753E,or HP8720D. 6. DCR measured using the milli-ohm meter. 7. Unspecified values available on request Characteristic Curve 5
8 Wire Wound Ceramic Chip Inductors WLCW1608 Series Wire Wound Ceramic Chip Inductors WLCW1608 Series WLCW1608 Recoend Pattern Part Number (nh) Q Min. Test Freq (GHz) L typ. Q typ. L typ. Q typ. SRF (GHz) Min. DCR (Ω) Max. Irms (ma) Color Code WLCW1608Z0 1N6PB 1.6 J BLACK WLCW1608Z0 1N8PB 1.8 J BROWN WLCW1608Z0 2N1PB 2.1 J RED WLCW1608Z0 2N2PB 2.2 J ORANGE WLCW1608Z0 3N3PB 3.3 J VIOLET WLCW1608Z0 3N6PB 3.6 J RED WLCW1608Z0 3N9PB 3.9 J ORANGE WLCW1608Z0 4N3PB 4.3 J YELLOW WLCW1608Z0 4N7PB 4.7 J GREEN WLCW1608Z0 5N1PB 5.1 J BLUE WLCW1608Z0 5N6PB 5.6 J GRAY WLCW1608Z0 6N1PB 6.1 J WHITE WLCW1608Z0 6N8PB 6.8 G J VIOLET WLCW1608Z0 7N5PB 7.5 G J GRAY WLCW1608Z0 8N2PB 8.2 G J BLACK WLCW1608Z0 8N4PB 8.4 G J RED WLCW1608Z0 8N5PB 8.5 G J RED WLCW1608Z0 8N7PB 8.7 G J WHITE WLCW1608Z0 9N5PB 9.5 G J BLACK WLCW1608Z0 10NPB 10 G J BROWN WLCW1608Z0 11NPB 11 G J RED WLCW1608Z0 12NPB 12 G J ORANGE WLCW1608Z0 14NPB 14 G J BROWN WLCW1608Z0 15NPB 15 G J YELLOW WLCW1608Z0 16NPB 16 G J GREEN WLCW1608Z0 18NPB 18 G J BLUE WLCW1608Z0 22NPB 22 G J VIOLET WLCW1608Z0 23NPB 23 G J BLACK WLCW1608Z0 24NPB 24 G J GRAY WLCW1608Z0 27NPB 27 G J WHITE WLCW1608Z0 30NPB 30 G J BLACK WLCW1608Z0 33NPB 33 G J BROWN WLCW1608Z0 36NPB 36 G J RED WLCW1608Z0 39NPB 39 G J ORANGE WLCW1608Z0 43NPB 43 G J YELLOW WLCW1608Z0 47NPB 47 G J GREEN WLCW1608Z0 51NPB 51 G J BROWN 6
9 Wire Wound Ceramic Chip Inductors WLCW1608 Series (continuous) Part Number (nh) Q Min. Test Freq (GHz) SRF (GHz) L typ. Q typ. L typ. Q typ. Min. WLCW1608Z0 56NPB 56 G J BLUE WLCW1608Z0 68NPB 68 G J VIOLET WLCW1608Z0 72NPB 72 G J GRAY WLCW1608Z0 82NPB 82 G J WHITE WLCW1608Z0 R10PB 100 G J BLACK WLCW1608Z0 R11PB 110 G J BROWN WLCW1608Z0 R12PB 120 G J RED WLCW1608Z0 R15PB 150 G J ORANGE WLCW1608Z0 R18PB 180 G J YELLOW WLCW1608Z0 R20PB 200 G J RED WLCW1608Z0 R21PB 210 G J ORANGE WLCW1608Z0 R22PB 220 G J GREEN WLCW1608Z0 R25PB 250 G J YELLOW WLCW1608Z0 R27PB 270 G J BLUE WLCW1608Z0 R33PB 330 G J VIOLET WLCW1608Z0 R39PB 390 G J GRAY DCR (Ω) Max. Irms (ma) Color Code 1. :K=±10%;J=±5%;G=±2% 2. Operating Temp:-40 to For 15 Temperature Rise. 4. & Q measured using the HP4291B. 5. SRF measured using the HP8753E,or HP8720D. 6. DCR measured using the 16502BC milli-ohm meter. 7. Unspecified values available on request. Characteristic Curve 7
10 Wire Wound Ceramic Chip Inductors WLCW2012 Series Wire Wound Ceramic Chip Inductors WLCW2012 Series WLCW2012 Recoend Pattern Part Number (nh) Test Freq. Q Min. Test Freq. SRF (GHz) Min. WLCW2012Z0 2N2PB 2.20 J WHITE WLCW2012Z0 2N7PB 2.70 J BROWN WLCW2012Z0 2N8PB 2.80 J GRAY WLCW2012Z0 2N9PB 2.90 J BLUE WLCW2012Z0 3N0PB 3.00 J WHITE WLCW2012Z0 3N3PB 3.30 J BLACK WLCW2012Z0 5N6PB 5.60 J VIOLET WLCW2012Z0 6N8PB 6.80 J BROWN WLCW2012Z0 7N5PB 7.50 J GREEN WLCW2012Z0 8N2PB 8.20 J RED WLCW2012Z0 10NPB 10.0 G J RED WLCW2012Z0 11NPB 11.0 G J ORANGE WLCW2012Z0 12NPB 12.0 G J ORANGE WLCW2012Z0 15NPB 15.0 G J YELLOW WLCW2012Z0 18NPB 18.0 G J GREEN WLCW2012Z0 22NPB 22.0 G J BLUE WLCW2012Z0 24NPB 24.0 G J GRAY WLCW2012Z0 27NPB 27.0 G J VIOLET WLCW2012Z0 33NPB 33.0 G J GRAY WLCW2012Z0 36NPB 36.0 G J YELLOW WLCW2012Z0 37NPB 37.0 G J GREEN WLCW2012Z0 38NPB 38.0 G J BLUE WLCW2012Z0 39NPB 39.0 G J WHITE WLCW2012Z0 43NPB 43.0 G J YELLOW WLCW2012Z0 47NPB 47.0 G J BLACK WLCW2012Z0 56NPB 56.0 G J BROWN WLCW2012Z0 68NPB 68.0 G J RED WLCW2012Z0 82NPB 82.0 G J ORANGE WLCW2012Z0 91NPB 91.0 G J BLACK WLCW2012Z0 R10PB 100 G J YELLOW WLCW2012Z0 R11PB 110 G J BROWN WLCW2012Z0 R12PB 120 G J GREEN WLCW2012Z0 R15PB 150 G J BLUE WLCW2012Z0 R18PB 180 G J VIOLET WLCW2012Z0 R20PB 200 G J RED WLCW2012Z0 R22PB 220 G J GRAY WLCW2012Z0 R24PB 240 G J RED WLCW2012Z0 R25PB 250 G J YELLOW WLCW2012Z0 R27PB 270 G J WHITE WLCW2012Z0 R30PB 300 G J GRAY DCR (Ω) Max. Irms (ma) Color Code 8
11 Wire Wound Ceramic Chip Inductors WLCW2012 Series (continuous) Part Number (nh) Test Freq. Q Min. Test Freq. SRF (GHz) Min. WLCW2012Z0 R33PB 330 G J BLACK WLCW2012Z0 R36PB 360 G J ORANGE WLCW2012Z0 R39PB 390 G J BROWN WLCW2012Z0 R43PB 430 G J WHITE WLCW2012Z0 R47PB 470 J VIOLET WLCW2012Z0 R56PB 560 J ORANGE WLCW2012Z0 R62PB 620 J YELLOW WLCW2012Z0 R68PB 680 J GREEN WLCW2012Z0 R82PB 820 J BROWN DCR (Ω) Max. Irms (ma) Color Code 1. :K=±10%;J=±5%;G=±2% 2. Operating Temp:-40 to For 15 Temperature Rise. 4. & Q measured using the HP4291B. 5. SRF measured using the HP8753E,or HP8720D. 6. DCR measured using the milli-ohm meters. 7. Unspecified values available on request. Characteristic Curve 9
12 Wire Wound Ceramic Chip Inductors WLCW2520 Series Wire Wound Ceramic Chip Inductors WLCW2520 Series WLCW2520 Recoend Pattern Part Number (nh) Test Freq. Q Min. Test Freq. SRF (GHz) Min. DCR (Ω) Max. Irms (ma) COLOR CODE 1st 2nd multiplier WLCW2520Z0 10NPB 10 J BROWN BLACK BLACK WLCW2520Z0 12NPB 12 J BROWN RED BLACK WLCW2520Z0 15NPB 15 J BROWN GREEN BLACK WLCW2520Z0 18NPB 18 G J BROWN GRAY BLACK WLCW2520Z0 22NPB 22 G J RED RED BLACK WLCW2520Z0 24NPB 24 G J RED YELLOW BLACK WLCW2520Z0 27NPB 27 G J RED VIOLET BLACK WLCW2520Z0 33NPB 33 G J ORANGE ORANGE BLACK WLCW2520Z0 39NPB 39 G J ORANGE WHITE BLACK WLCW2520Z0 47NPB 47 G J YELLOW VIOLET BLACK WLCW2520Z0 56NPB 56 G J GREEN BLUE BLACK WLCW2520Z0 68NPB 68 G J BLUE GRAY BLACK WLCW2520Z0 82NPB 82 G J GRAY RED BLACK WLCW2520Z0 R10PB 100 G J BROWN BLACK BROWN WLCW2520Z0 R12PB 120 G J BROWN RED BROWN WLCW2520Z0 R15PB 150 G J BROWN GREEN BROWN WLCW2520Z0 R18PB 180 G J BROWN GRAY BROWN WLCW2520Z0 R20PB 200 G J RED BLACK BROWN WLCW2520Z0 R22PB 220 G J RED RED BROWN WLCW2520Z0 R24PB 240 G J RED YELLOW BROWN WLCW2520Z0 R27PB 270 G J RED VIOLET BROWN WLCW2520Z0 R30PB 300 G J ORANGE BLACK BROWN WLCW2520Z0 R33PB 330 G J ORANGE ORANGE BROWN WLCW2520Z0 R36PB 360 G J ORANGE BLUE BROWN WLCW2520Z0 R39PB 390 G J ORANGE WHITE BROWN WLCW2520Z0 R43PB 430 G J YELLOW ORANGE BROWN WLCW2520Z0 R47PB 470 G J YELLOW VIOLET BROWN WLCW2520Z0 R56PB 560 G J GREEN BLUE BROWN WLCW2520Z0 R62PB 620 G J BLUE RED BROWN WLCW2520Z0 R68PB 680 G J BLUE GRAY BROWN WLCW2520Z0 R75PB 750 G J VIOLET GREEN BROWN WLCW2520Z0 R82PB 820 G J GRAY RED BROWN 10
13 Wire Wound Ceramic Chip Inductors WLCW2520 Series (continuous) Part Number (nh) Test Freq. Q Min. Test Freq. SRF (GHz) Min. DCR (Ω) Max. Irms (ma) COLOR CODE 1st 2nd multiplier WLCW2520Z0 R91PB 910 G J WHITE BROWN BROWN WLCW2520Z0 1R0PB 1000 G J BROWN BLACK RED WLCW2520Z0 1R2PB 1200 G J BROWN RED RED WLCW2520Z0 1R5PB 1500 G J BROWN GREEN RED WLCW2520Z0 1R8PB 1800 G J BROWN GRAY RED WLCW2520Z0 2R0PB 2000 G J RED BLACK RED WLCW2520Z0 2R2PB 2200 G J RED RED RED WLCW2520Z0 2R7PB 2700 G J RED VIOLET RED WLCW2520Z0 3R3PB 3300 G J ORANGE ORANGE RED WLCW2520Z0 3R9PB 3900 G J ORANGE WHITE RED WLCW2520Z0 4R7PB 4700 G J YELLOW VIOLET RED 1. :K=±10%;J=±5%;G=±2% 2. Operating Temp:-40 to For 15 Temperature Rise. 4. & Q measured using the HP4291B. 5. SRF measured using the HP8753E,or HP8720D 6. DCR measured using the milli-ohm meter. 7. Unspecified values available on request. Characteristic Curve 11
14 Multi-Layer High Frequency Inductors WLCM0603 Series Multi-Layer High Frequency Inductors WLCM0603 Series WLCM0603 Recoend Pattern Ordering Code (nh) Available Q L, Q Measuring Frequency Self-Resonance Frequency DC Resistance (Ω) Rated Current (ma) Min. Min. typ. Max. typ. Max. WLCM0603Z0 0N3TB 0.3 B ,000 > WLCM0603Z0 0N4TB 0.4 B ,000 > WLCM0603Z0 0N5TB 0.5 B ,000 > WLCM0603Z0 0N6TB 0.6 B ,000 > WLCM0603Z0 0N7TB 0.7 B ,000 > WLCM0603Z0 0N8TB 0.8 B ,000 > WLCM0603Z0 0N9TB 0.9 B ,000 > WLCM0603Z0 1N0TB 1.0 B C S ,000 > WLCM0603Z0 1N1TB 1.1 B C S ,000 > WLCM0603Z0 1N2TB 1.2 B C S ,000 > WLCM0603Z0 1N3TB 1.3 B C S ,000 > WLCM0603Z0 1N5TB 1.5 B C S ,000 > WLCM0603Z0 1N6TB 1.6 B C S ,000 > WLCM0603Z0 1N8TB 1.8 B C S ,000 > WLCM0603Z0 1N9TB 1.9 B C S ,000 > WLCM0603Z0 2N0TB 2.0 B C S ,000 > WLCM0603Z0 2N1TB 2.1 B C S ,000 > WLCM0603Z0 2N2TB 2.2 B C S ,000 > WLCM0603Z0 2N3TB 2.3 B C S ,000 > WLCM0603Z0 2N4TB 2.4 B C S ,000 11, WLCM0603Z0 2N7TB 2.7 B C S ,000 11, WLCM0603Z0 2N9TB 2.9 B C S ,500 11, WLCM0603Z0 3N0TB 3.0 B C S ,500 11, WLCM0603Z0 3N2TB 3.2 B C S ,500 10, WLCM0603Z0 3N3TB 3.3 B C S ,500 10, WLCM0603Z0 3N4TB 3.4 B C S ,000 10, WLCM0603Z0 3N6TB 3.6 B C S ,000 9, WLCM0603Z0 3N9TB 3.9 B C S ,500 8, WLCM0603Z0 4N3TB 4.3 H C S ,500 8, WLCM0603Z0 4N7TB 4.7 H C S ,500 7, WLCM0603Z0 5N1TB 5.1 H C S ,500 7, WLCM0603Z0 5N6TB 5.6 H C S ,000 6, WLCM0603Z0 6N2TB 6.2 H C S ,000 6, WLCM0603Z0 6N8TB 6.8 H J ,400 6, WLCM0603Z0 7N5TB 7.5 H J ,800 6, WLCM0603Z0 8N2TB 8.2 H J ,800 5, WLCM0603Z0 9N1TB 9.1 H J ,500 5, WLCM0603Z0 10NTB 10 H J ,500 4, WLCM0603Z0 12NTB 12 H J ,700 4,
15 Multi-Layer High Frequency Inductors WLCM0603 Series (continuous) Ordering Code (nh) Available Q L, Q Measuring Frequency Self-Resonance Frequency DC Resistance (Ω) Rated Current (ma) Min. Min. typ. Max. typ. Max. WLCM0603Z0 15NTB 15 H J ,200 4, WLCM0603Z0 18NTB 18 H J ,200 3, WLCM0603Z0 22NTB 22 H J ,000 2, WLCM0603Z0 27NTB 27 H J ,800 2, WLCM0603Z0 33NTB 33 J ,700 2, WLCM0603Z0 39NTB 39 J ,500 1, WLCM0603Z0 47NTB 47 J ,300 1, WLCM0603Z0 56NTB 56 J ,100 1, WLCM0603Z0 68NTB 68 J ,100 1, WLCM0603Z0 82NTB 82 J ,000 1, WLCM0603Z0 R10TB 100 J , : B=±0.1nH, C=±0.2nH,S=±0.3nH, G=±2%, H=±3%, J=±5%, K=±10% 2. Operating Temperature range: -55 to +125 L,Q vs. Frequency Characteristics Ordering Code Typical (nh) GHz Typical Q WLCM0603Z0 0N3TB WLCM0603Z0 0N4TB WLCM0603Z0 0N5TB WLCM0603Z0 0N6TB WLCM0603Z0 0N7TB WLCM0603Z0 0N8TB WLCM0603Z0 0N9TB WLCM0603Z0 1N0TB WLCM0603Z0 1N1TB WLCM0603Z0 1N2TB WLCM0603Z0 1N3TB WLCM0603Z0 1N5TB WLCM0603Z0 1N6TB WLCM0603Z0 1N8TB WLCM0603Z0 1N9TB WLCM0603Z0 2N0TB WLCM0603Z0 2N1TB WLCM0603Z0 2N2TB WLCM0603Z0 2N3TB WLCM0603Z0 2N4TB WLCM0603Z0 2N7TB WLCM0603Z0 2N9TB WLCM0603Z0 3N0TB WLCM0603Z0 3N2TB WLCM0603Z0 3N3TB WLCM0603Z0 3N4TB GHz 2.4 GHz GHz 2.0 GHz 2.4 GHz 13
16 (nh) Q Impedance (ohm) Multi-Layer High Frequency Inductors WLCM0603 Series L,Q vs. Frequency Characteristics (continuous) Ordering Code Typical (nh) GHz 2.0 GHz 2.4 GHz Typical Q WLCM0603Z0 3N6TB WLCM0603Z0 3N9TB WLCM0603Z0 4N3TB WLCM0603Z0 4N7TB WLCM0603Z0 5N1TB WLCM0603Z0 5N6TB WLCM0603Z0 6N2TB WLCM0603Z0 6N8TB WLCM0603Z0 7N5TB WLCM0603Z0 8N2TB WLCM0603Z0 9N1TB WLCM0603Z0 10NTB WLCM0603Z0 12NTB WLCM0603Z0 15NTB WLCM0603Z0 18NTB WLCM0603Z0 22NTB WLCM0603Z0 27NTB WLCM0603Z0 33NTB WLCM0603Z0 39NTB WLCM0603Z0 47NTB WLCM0603Z0 56NTB WLCM0603Z0 68NTB WLCM0603Z0 82NTB WLCM0603Z0 R10TB Characteristic Curve GHz 2.0 GHz 2.4 GHz N N8 5 1N ,000 10,000 Frequency N N N ,000 10,000 Frequency N N N ,000 10,000 Frequency WLCM0603 L vs. Frequency WLCM0603 Q vs. Frequency WLCM0603 Z vs. Frequency 14
17 Multi-Layer High Frequency Inductors WLCM1005 Series Multi-Layer High Frequency Inductors WLCM1005 Series WLCM1005 Recoend Pattern Ordering Code (nh) Available Q L, Q Measuring Frequency Self-Resonance Frequency DC Resistance (Ω) Rated Current (ma) Min. Min. typ. Max. typ. Max. WLCM1005Z0 1N0TB 1.0 B C S ,000 > WLCM1005Z0 1N1TB 1.1 B C S ,000 > WLCM1005Z0 1N2TB 1.2 B C S ,000 > WLCM1005Z0 1N3TB 1.3 B C S ,000 > WLCM1005Z0 1N5TB 1.5 B C S ,000 > WLCM1005Z0 1N6TB 1.6 B C S ,000 > WLCM1005Z0 1N8TB 1.8 B C S ,000 12, WLCM1005Z0 2N0TB 2.0 B C S ,000 12, WLCM1005Z0 2N2TB 2.2 B C S ,000 12, WLCM1005Z0 2N4TB 2.4 B C S ,000 12, WLCM1005Z0 2N7TB 2.7 B C S ,000 10, WLCM1005Z0 3N0TB 3.0 B C S ,000 8, WLCM1005Z0 3N3TB 3.3 B C S ,000 8, WLCM1005Z0 3N6TB 3.6 B C S ,000 8, WLCM1005Z0 3N9TB 3.9 B C S ,000 8, WLCM1005Z0 4N3TB 4.3 B C S ,000 7, WLCM1005Z0 4N7TB 4.7 B C S ,000 7, WLCM1005Z0 5N1TB 5.1 B C S ,300 6, WLCM1005Z0 5N6TB 5.6 B C S ,500 5, WLCM1005Z0 6N2TB 6.2 B C S ,500 5, WLCM1005Z0 6N8TB 6.8 G H J ,500 5, WLCM1005Z0 7N5TB 7.5 G H J ,200 5, WLCM1005Z0 8N2TB 8.2 G H J ,700 4, WLCM1005Z0 9N1TB 9.1 G H J ,400 4, WLCM1005Z0 10NTB 10 G H J ,400 4, WLCM1005Z0 12NTB 12 G H J ,000 3, WLCM1005Z0 13NTB 13 G H J ,000 3, WLCM1005Z0 15NTB 15 G H J ,500 3, WLCM1005Z0 18NTB 18 G H J ,200 2,
18 Multi-Layer High Frequency Inductors WLCW1005 Series (continuous) Ordering Code (nh) Available Q L, Q Measuring Frequency Self-Resonance Frequency DC Resistance (Ω) Rated Current (ma) Min. Min. typ. Max. typ. Max. WLCM1005Z0 22NTB 22 G H J ,900 2, WLCM1005Z0 24NTB 24 H J ,700 2, WLCM1005Z0 27NTB 27 H J ,700 2, WLCM1005Z0 33NTB 33 H J ,600 2, WLCM1005Z0 39NTB 39 H J ,200 1, WLCM1005Z0 47NTB 47 H J ,100 1, WLCM1005Z0 56NTB 56 H J ,000 1, WLCM1005Z0 68NTB 68 H J , WLCM1005Z0 82NTB 82 J , WLCM1005Z0 R10TB 100 J , WLCM1005Z0 R12TB 120 J WLCM1005Z0 R15TB 150 J WLCM1005Z0 R18TB 180 J WLCM1005Z0 R22TB 220 J WLCM1005Z0 R27TB 270 J : B=±0.1nH, C=±0.2nH,S=±0.3nH, G=±2%, H=±3%, J=±5%, K=±10% 2. Operating Temperature range: -55 to +125 L,Q vs. Frequency Characteristics Ordering Code Typical (nh) GHz Typical Q WLCM1005Z0 1N0TB WLCM1005Z0 1N1TB WLCM1005Z0 1N2TB WLCM1005Z0 1N3TB WLCM1005Z0 1N5TB WLCM1005Z0 1N6TB WLCM1005Z0 1N8TB WLCM1005Z0 2N0TB WLCM1005Z0 2N2TB WLCM1005Z0 2N4TB WLCM1005Z0 2N7TB WLCM1005Z0 3N0TB WLCM1005Z0 3N3TB WLCM1005Z0 3N6TB WLCM1005Z0 3N9TB WLCM1005Z0 4N3TB GHz 2.4 GHz GHz 2.0 GHz 2.4 GHz 16
19 (nh) Q Impedance (ohm) Multi-Layer High Frequency Inductors WLCW1005 Series L,Q vs. Frequency Characteristics (continuous) Ordering Code Typical (nh) GHz 2.0 GHz 2.4 GHz Typical Q WLCM1005Z0 4N7TB WLCM1005Z0 5N1TB WLCM1005Z0 5N6TB WLCM1005Z0 6N2TB WLCM1005Z0 6N8TB WLCM1005Z0 7N5TB WLCM1005Z0 8N2TB WLCM1005Z0 9N1TB WLCM1005Z0 10NTB WLCM1005Z0 12NTB WLCM1005Z0 13NTB WLCM1005Z0 15NTB WLCM1005Z0 18NTB WLCM1005Z0 22NTB WLCM1005Z0 24NTB WLCM1005Z0 27NTB WLCM1005Z0 33NTB WLCM1005Z0 39NTB WLCM1005Z0 47NTB WLCM1005Z0 56NTB WLCM1005Z0 68NTB WLCM1005Z0 82NTB WLCM1005Z0 R10TB WLCM1005Z0 R12TB WLCM1005Z0 R15TB WLCM1005Z0 R18TB WLCM1005Z0 R22TB WLCM1005Z0 R27TB Characteristic Curve GHz 2.0 GHz 2.4 GHz R10 56N 33N 15N ,000 10,000 Frequency N N R10 15N ,000 10,000 Frequency 10,000 1, R10 56N 33N 15N ,000 10,000 Frequency WLCM1005 L vs. Frequency WLCM1005 Q vs. Frequency WLCM1005 Z vs. Frequency 17
20 Multi-Layer High Frequency Inductors WLCM1608 Series Multi-Layer High Frequency Inductors WLCM1608 Series WLCM1608 Recoend Pattern Ordering Code (nh) Available Q L, Q Measuring Frequency Self-Resonance Frequency DC Resistance (Ω) Rated Current (ma) Min. Min. typ. Max. typ. Max. WLCM1608Z0 1N0TB 1.0 S ,000 > WLCM1608Z0 1N2TB 1.2 S ,000 > WLCM1608Z0 1N5TB 1.5 S ,000 > WLCM1608Z0 1N8TB 1.8 S ,000 > WLCM1608Z0 2N2TB 2.2 S , WLCM1608Z0 2N7TB 2.7 S , WLCM1608Z0 3N3TB 3.3 S , WLCM1608Z0 3N9TB 3.9 S , WLCM1608Z0 4N7TB 4.7 S , WLCM1608Z0 5N6TB 5.6 S , WLCM1608Z0 6N8TB 6.8 J , WLCM1608Z0 8N2TB 8.2 J , WLCM1608Z0 10NTB 10 J , WLCM1608Z0 12NTB 12 J , WLCM1608Z0 15NTB 15 J , WLCM1608Z0 18NTB 18 J , WLCM1608Z0 22NTB 22 J , WLCM1608Z0 27NTB 27 J , WLCM1608Z0 33NTB 33 J , WLCM1608Z0 39NTB 39 J , WLCM1608Z0 47NTB 47 J WLCM1608Z0 56NTB 56 J WLCM1608Z0 68NTB 68 J WLCM1608Z0 82NTB 82 J WLCM1608Z0 R10TB 100 J WLCM1608Z0 R12TB 120 J WLCM1608Z0 R15TB 150 J WLCM1608Z0 R18TB 180 J WLCM1608Z0 R20TB 200 J WLCM1608Z0 R22TB 220 J WLCM1608Z0 R27TB 270 J WLCM1608Z0 R33TB 330 J WLCM1608Z0 R39TB 390 J WLCM1608Z0 R47TB 470 J : B=±0.1nH,S=±0.3nH, G=±2%, J=±5%, K=±10% 2. Operating Temperature range: -40 to
21 Multi-Layer High Frequency Inductors WLCM1608 Series (nh) Q Impedance (ohm) L,Q vs. Frequency Characteristics Ordering Code Typical (nh) GHz 2.0 GHz 2.4 GHz Typical Q WLCM1608Z0 1N0TB WLCM1608Z0 1N2TB WLCM1608Z0 1N5TB WLCM1608Z0 1N8TB WLCM1608Z0 2N2TB WLCM1608Z0 2N7TB WLCM1608Z0 3N3TB WLCM1608Z0 3N9TB WLCM1608Z0 4N7TB WLCM1608Z0 5N6TB WLCM1608Z0 6N8TB WLCM1608Z0 8N2TB WLCM1608Z0 10NTB WLCM1608Z0 12NTB WLCM1608Z0 15NTB WLCM1608Z0 18NTB WLCM1608Z0 22NTB WLCM1608Z0 27NTB WLCM1608Z0 33NTB WLCM1608Z0 39NTB WLCM1608Z0 47NTB WLCM1608Z0 56NTB WLCM1608Z0 68NTB WLCM1608Z0 82NTB WLCM1608Z0 R10TB WLCM1608Z0 R12TB WLCM1608Z0 R15TB WLCM1608Z0 R18TB WLCM1608Z0 R20TB WLCM1608Z0 R22TB WLCM1608Z0 R27TB WLCM1608Z0 R33TB WLCM1608Z0 R39TB Characteristic Curve GHz 2.0 GHz 2.4 GHz R22 56N 33N 15N ,000 10,000 Frequency R22 56N 15N ,000 10,000 Frequency N 1 R22 56N 33N 15N ,000 10,000 Frequency WLCM1608 L vs. Frequency WLCM1608 Q vs. Frequency WLCM1608 Z vs. Frequency 19
22 SMD AIR WOUND COIL WLAC291 SMD Air Wound Coil WLAC291 Series WLAC291A WLAC291B Recoend Pattern Series a b c d e WLAC291A 3.05 (Max.) 0.58± (Max.) 3.68 (Max.) 2.92±0.25 WLAC291B 3.05 (Max.) 0.58± (Max.) 6.86 (Max.) 5.84±0.25 Land Pattern Series f g h i j WLAC291A WLAC291B Part Number Turns (nh) Q (Min.) Test Freq DCR (mω) Max. SRF (GHz) Min. Rated Current (A) Max. WLAC291AZ0 T01PB 1 K WLAC291AZ0 T02PB 2 J K WLAC291AZ0 T03PB 3 G J WLAC291AZ0 T04PB 4 G J WLAC291AZ0 T05PB 5 G J WLAC291BZ0 T06PB 6 G J WLAC291BZ0 T07PB 7 G J WLAC291BZ0 T08PB 8 G J WLAC291BZ0 T09PB 9 G J WLAC291BZ0 T10PB 10 G J :G=± 2%;J=± 5%;K= ± 10% 2. Test Equipment: L/Q:HP-4291B With HP16193A test fixture or equivalent. SRF:HP8753E or equivalent. RDC:Chroma or equivalent. 3. Operating temperature range:-40 to For Temperature Rise:15 5. Storage Temp.:-40 to MSL:Level 1 20
23 SMD AIR WOUND COIL WLAC291 Characteristic Curve WLAC291A Typical Q vs. Frequency Q Frequency WLAC291B Typical Q vs. Frequency Q Frequency 21
24 SMD Square Air Wound Coil WLQC0806 Series SMD Square Air Wound Coil WLQC0806 Series WLQC0806 Recoend Pattern Part Number M1 M2 M3 M4 M5 M6 WLQC0806Z0 5N5PB 1.346± ± ± WLQC0806Z0 6N0PB 1.295± ± ± WLQC0806Z0 8N9PB 1.626± ± ± WLQC0806Z0 12NPB 1.930± ± ± WLQC0806Z0 16NPB 2.286± ± ± WLQC0806Z0 19NPB 2.591± ± ± Part Number Turns (nh) Q Min. Test Freq DCR (mω) Max. SRF (GHz) Typ. Rated Current (A) Max. WLQC0806Z0 5N5PB 3 J WLQC0806Z0 6N0PB 3 J WLQC0806Z0 8N9PB 4 J WLQC0806Z0 12NPB 5 J WLQC0806Z0 16NPB 6 J WLQC0806Z0J19NPB 7 J :J=± 5%;K= ± 10% 2. Test Equipment: L/Q:HP-4291B With HP16193A test fixture or equivalent. SRF:HP8753E or equivalent. RDC:Chroma or equivalent. 3. Operating temperature range:-40 to Electrical specifications at Storage Temp.:-40 to MSL:Level 1 Characteristic Curve 22
25 SMD Square Air Wound Coil WLQC0807 Series SMD Square Air Wound Coil WLQC0807 Series WLQC0807 Recoend Pattern Part Number M1 M2 M3 M4 M5 M6 WLQC0807Z0 6N9PB 1.295± ± ± WLQC0807Z0 10NPB 1.626± ± ± WLQC0807Z0 11NPB 1.549± ± ± WLQC0807Z0 14NPB 1.930± ± ± WLQC0807Z0 17NPB 2.286± ± ± WLQC0807Z0 22NPB 2.591± ± ± Part Number Turns (nh) Q Min. Test Freq DCR (mω) Max. SRF (GHz) Typ. Rated Current (A) Max. WLQC0807Z0 6N9PB 3 J WLQC0807Z0 10NPB 4 J WLQC0807Z0 11NPB 4 J WLQC0807Z0 14NPB 5 J WLQC0807Z0 17NPB 6 J WLQC0807Z0 22NPB 7 J :J=± 5%;K=± 10% 2. Test Equipment L/Q:HP-4291B With HP16193A test fixture or equivalent. SRF:HP8753E or equivalent. RDC:Chroma or equivalent. 3. Operating temperature range:-40 to Electrical specifications at Storage Temp.:-40 to MSL:Level 1 Characteristic Curve 23
26 SMD Square Air Wound Coil WLQC0908 Series SMD Square Air Wound Coil WLQC0908 Series WLQC0908 Recoend Pattern Part Number M1 M2 M3 M4 M5 M6 WLQC0908Z0 8N1PB 1.473± ± ± WLQC0908Z0 12NPB 1.854± ± ± WLQC0908Z0 15NPB 1.549± ± ± WLQC0908Z0 17NPB 2.210± ± ± WLQC0908Z0 22NPB 2.565± ± ± WLQC0908Z0 23NPB 2.235± ± ± WLQC0908Z0 25NPB 2.972± ± ± WLQC0908Z0 27NPB 2.972± ± ± Part Number Turns (nh) Q Min. Test Freq DCR (mω) Max. SRF (GHz) Typ. Rated Current (A) Max. WLQC0908Z0 8N1PB 3 J WLQC0908Z0 12NPB 4 J WLQC0908Z0 15NPB 4 J WLQC0908Z0 17NPB 5 J WLQC0908Z0 22NPB 6 J WLQC0908Z0 23NPB 6 J WLQC0908Z0 25NPB 7 J WLQC0908Z0 27NPB 7 J :J=± 5%;K=± 10% 2. Test Equipment: L/Q:HP-4291B With HP16193A test fixture or equivalent. SRF:HP8753E or equivalent. RDC:Chroma or equivalent. 3. Operating temperature range:-40 to Electrical specifications at Storage Temp.:-40 to MSL:Level 1 Characteristic Curve 24
27 Ferrite Chip Inductor WLFI1005 Q INDUCTANCE (uh) Ferrite Chip Inductor WLFI1005 Series WLFI1005 WLFI Series A B C D WLFI1005 (EIA 0402) 1.00± ± ± ±0.1 Walsin Part Number L (uh) Test Frequency Q (min.) DC Resistance (Ω) max. Rated Current (ma) max. SRF min. WLFI1005Z0MR22TB 0.22 M 60mV / / WLFI1005Z0M1R0TB 1.0 M 60mV / / WLFI1005Z0M1R8TB 1.8 M 60mV / / WLFI1005Z0M2R2TB 2.2 M 60mV / / NOTE::TOLERANCE M=±20% Characteristic Curve FCI1005F-Series Q vs Freq FCI1005F-Series L vs IDC R0 1R8 2R2 R22 1 1R0 R22 2R2 1R FREQUENCY DC CURRENT(mA) 25
28 Ferrite Chip Inductor WLFI1608 Ferrite Chip Inductor WLFI1608 Series WLFI1608 WLFI Series A B C D WLFI1608 (EIA 0603) 1.60± ± ± ±0.2 Walsin Part Number NOTE:TOLERANCE M=±20% Characteristic Curve L (uh) Test Frequency Q (min.) DC Resistance (Ω) max. Rated Current (ma) max. SRF min. WLFI1608Z0M47NTB M 60mV / / WLFI1608Z0M68NTB M 60mV / / WLFI1608Z0M82NTB M 60mV / / WLFI1608Z0MR10TB 0.10 M 60mV / / WLFI1608Z0MR12TB 0.12 M 60mV / / WLFI1608Z0MR15TB 0.15 M 60mV / / WLFI1608Z0MR18TB 0.18 M 60mV / / WLFI1608Z0MR22TB 0.22 M 60mV / / WLFI1608Z0MR27TB 0.27 M 60mV / / WLFI1608Z0MR33TB 0.33 M 60mV / / WLFI1608Z0MR39TB 0.39 M 60mV / / WLFI1608Z0MR47TB 0.47 M 60mV / / WLFI1608Z0MR56TB 0.56 M 60mV / / WLFI1608Z0MR68TB 0.68 M 60mV / / WLFI1608Z0MR82TB 0.82 M 60mV / / WLFI1608Z0M1R0TB 1.0 M 60mV / / WLFI1608Z0M1R5TB 1.5 M 60mV / / WLFI1608Z0M1R8TB 1.8 M 60mV / / WLFI1608Z0M2R2TB 2.2 M 60mV / / WLFI1608Z0M3R3TB 3.3 M 60mV / / WLFI1608Z0M4R7TB 4.7 M 60mV / / WLFI1608Z0M100TB 10.0 M 60mV / 2 30 /
29 Ferrite Chip Inductor WLFI2012 Ferrite Chip Inductor WLFI2012 Series WLFI2012 WLFI Series A B Thickness C D WLFI2012 (EIA 0805) 2.00±0.2 1,25± ± ± ±0.30 Walsin Part Number NOTE1 :TOLERANCE M=±20% NOTE2 :Thickness C size () , 4k pcs / reel;1.25, 2k pcs / reel Characteristic Curve Thickness C size() L (uh) Test Frequency Q (min.) DC Resistance (Ω) max. Rated Current (ma) max. WLFI2012Z0M47NTB 0.85± M 60mV / / WLFI2012Z0M68NTB 0.85± M 60mV / / WLFI2012Z0M82NTB 0.85± M 60mV / / WLFI2012Z0MR10TB 0.85± M 60mV / / WLFI2012Z0MR12TB 0.85± M 60mV / / WLFI2012Z0MR15TB 0.85± M 60mV / / WLFI2012Z0MR18TB 0.85± M 60mV / / WLFI2012Z0MR22TB 0.85± M 60mV / / WLFI2012Z0MR27TB 0.85± M 60mV / / WLFI2012Z0MR33TB 0.85± M 60mV / / WLFI2012Z0MR39TB 0.85± M 60mV / / WLFI2012Z0MR47PB 1.25± M 60mV / / WLFI2012Z0MR56PB 1.25± M 60mV / / WLFI2012Z0MR68PB 1.25± M 60mV / / WLFI2012Z0M1R0TB 0.85± M 60mV / / WLFI2012Z0M1R5TB 0.85± M 60mV / / WLFI2012Z0M1R8TB 0.85± M 60mV / / WLFI2012Z0M2R2TB 0.85± M 60mV / / WLFI2012Z0M2R7PB 1.25± M 60mV / / WLFI2012Z0M3R3PB 1.25± M 60mV / / WLFI2012Z0M4R7PB 1.25± M 60mV / / WLFI2012Z0M100PB 1.25± M 60mV / 2 45 / SRF min. 27
30 Ferrite Chip Inductor WLFI3216 Ferrite Chip Inductor WLFI3216 Series WLFI3216 WLFI Series A B C D WLFI ± ± ± ±0.30 (EIA 1206) Walsin Part Number L (uh) Test Frequency Q (min.) DC Resistance (Ω) max. Rated Current (ma) max. SRF min. WLFI3216Z0M47NPB M 60mV / / WLFI3216Z0M68NPB M 60mV / / WLFI3216Z0MR10PB 0.10 M 60mV / / WLFI3216Z0MR12PB 0.12 M 60mV / / WLFI3216Z0MR15PB 0.15 M 60mV / / WLFI3216Z0MR18PB 0.18 M 60mV / / WLFI3216Z0MR22PB 0.22 M 60mV / / WLFI3216Z0MR27PB 0.27 M 60mV / / WLFI3216Z0MR33PB 0.33 M 60mV / / WLFI3216Z0MR39PB 0.39 M 60mV / / WLFI3216Z0MR47PB 0.47 M 60mV / / WLFI3216Z0MR56PB 0.56 M 60mV / / WLFI3216Z0MR68PB 0.68 M 60mV / / WLFI3216Z0MR82PB 0.82 M 60mV / / WLFI3216Z0M1R0PB 1.0 M 60mV / / WLFI3216Z0M1R2PB 1.2 M 60mV / / WLFI3216Z0M1R5PB 1.5 M 60mV / / WLFI3216Z0M2R2PB 2.2 M 60mV / / WLFI3216Z0M3R3PB 3.3 M 60mV / / WLFI3216Z0M4R7PB 4.7 M 60mV / / WLFI3216Z0M100PB 10.0 M 60mV / 2 50 / NOTE::TOLERANCE M=±20% Characteristic Curve 28
31 Ferrite Chip Bead WLBD0402 Ferrite Chip Bead WLBD0402 Series WLBD0402 WLBD Series A B C D WLBD0402 (EIA 01005) 0.40± ± ± / Walsin Part Number Impedance (Ω) Test Frequency ) DC Resistance (Ω) max. Rated Current (ma) max. WLBD0402W1U100TB 10±5 ohm U WLBD0402W1U700TB 70±25% U WLBD0402W1U121TB 120±25% U WLBD0402H1U750TB 75±25% U WLBD0402H1U121TB 120±25% U Characteristic Curve WLBD0402W1U100TB WLBD0402H1U121TB 29
32 Ferrite Chip Bead WLBD0603 Ferrite Chip Bead WLBD0603 Series WLBD0603 WLBD Series A B C D WLBD0603 (EIA 0201) 0.60± ± ± ±0.05 Walsin Part Number Impedance (Ω) Test Frequency DC Resistance (Ω) max. Rated Current (ma) max. WLBD0603W1U220TB 22±25% U WLBD0603W1U330TB 33±25% U WLBD0603W1U800TB 80±25% U WLBD0603W1U121TB 120±25% U WLBD0603W1U241TB 240±25% U WLBD0603W1U601TB 600±25% U WLBD0603H1U600TB 60±25% U WLBD0603H1U121TB 120±25% U WLBD0603H1U241TB 240±25% U WLBD0603H1U471TB 470±25% U WLBD0603H1U601TB 600±25% U WLBD0603B1U100TB 10±25% U WLBD0603B1U220TB 22±25% U WLBD0603B1U330TB 33±25% U WLBD0603B1U470TB 47±25% U WLBD0603B1U560TB 56±25% U WLBD0603B1U800TB 80±25% U WLBD0603B1U121TB 120±25% U Characteristic Curve WLBD0603W1U121TB WLBD0603H1U121TB WLBD0603B1U121TB 30
33 Ferrite Chip Bead WLBD1005 Ferrite Chip Bead WLBD1005 Series WLBD1005 WLBD Series A B C D WLBD1005 (EIA 0402) 1.00± ± ± ±0.10 Walsin Part Number Impedance (Ω) Test Frequency DC Resistance (Ω) max. Rated Current (ma) max. WLBD1005K1U300TB 30±25% U WLBD1005K1U600TB 60±25% U WLBD1005K1U121TB 120±25% U WLBD1005K1U151TB 150±25% U WLBD1005K1U221TB 220±25% U WLBD1005K1U301TB 300±25% U WLBD1005K1U471TB 470±25% U WLBD1005K1U601TB 600±25% U WLBD1005K1U102TB 1000±25% U WLBD1005M1U600TB 60±25% U WLBD1005M1U121TB 120±25% U WLBD1005M1U221TB 220±25% U WLBD1005M1U301TB 300±25% U Characteristic Curve WLBD1005K1U301TB WLBD1005M1U301TB 31
34 Ferrite Chip Bead WLBD1608 Ferrite Chip Bead WLBD1608 Series WLBD1608 WLBD Series A B C D WLBD1608 (EIA 0603) 1.60± ± ± ±0.20 Walsin Part Number Impedance (Ω) Test Frequency DC Resistance (Ω) max. Rated Current (ma) max. WLBD1608K1U300TB 30±25% U WLBD1608K1U600TB 60±25% U WLBD1608K1U121TB 120±25% U WLBD1608K1U151TB 150±25% U WLBD1608K1U221TB 220±25% U WLBD1608K1U301TB 300±25% U WLBD1608K1U471TB 470±25% U WLBD1608K1U601TB 600±25% U WLBD1608K1U102TB 1000±25% U WLBD1608H1U152TB 1500±25% U WLBD1608H1U202TB 2000±25% U Characteristic Curve WLBD1608K1U300TB WLBD1608H1U202TB 32
35 Ferrite Chip Bead WLBD2012 Ferrite Chip Bead WLBD2012 Series WLBD2012 WLBD Series A B Thickness C D WLBD2012 (EIA 0805) 2.00± ± ± ± ±0.30 Walsin Part Number Thickness C size () Impedance (Ω) Test Frequency DC Resistance (Ω) max Rated Current (ma) max.. WLBD2012K1U110TB 0.85±0.2 11±25% U WLBD2012K1U170TB 0.85±0.2 17±25% U WLBD2012K1U260TB 0.85±0.2 26±25% U WLBD2012K1U300TB 0.85±0.2 30±25% U WLBD2012K1U400TB 0.85±0.2 40±25% U WLBD2012K1U600TB 0.85±0.2 60±25% U WLBD2012K1U121TB 0.85± ±25% U WLBD2012K1U151TB 0.85± ±25% U WLBD2012K1U221TB 0.85± ±25% U WLBD2012K1U301TB 0.85± ±25% U WLBD2012K1U471TB 0.85± ±25% U WLBD2012K1U601TB 0.85± ±25% U WLBD2012K1U102TB 0.85± ±25% U WLBD2012H1U152TB 0.85± ±25% U WLBD2012H1U202TB 0.85± ±25% U WLBD2012N1U070TB 0.85±0.2 7±25% U WLBD2012C1U300TB 0.85±0.2 30±25% U WLBD2012C1U600TB 0.85±0.2 60±25% U WLBD2012C1U121TB 0.85± ±25% U WLBD2012C1U151TB 0.85± ±25% U WLBD2012C1U221TB 0.85± ±25% U WLBD2012C1U301TB 0.85± ±25% U WLBD2012C1U471PB 1.25± ±25% U WLBD2012C1U601PB 1.25± ±25% U WLBD2012C1U102PB 1.25± ±25% U NOTE1 :TOLERANCE U=±25% NOTE2 :Thickness C size () , 4k pcs / reel;1.25, 2k pcs / reel Characteristic Curve WLBD2012K1U301TB WLBD2012C1U301TB 33
36 Ferrite Chip Bead WLBD3216 Ferrite Chip Bead WLBD3216 Series WLBD3216 WLBD Series A B C D WLBD3216 (EIA 1206) 3.20± ± ± ±0.30 Walsin Part Number Impedance (Ω) Test Frequency DC Resistance (Ω) max. Rated Current (ma) max. WLBD3216K1U260PB 26±25% U WLBD3216K1U310PB 31±25% U WLBD3216K1U420PB 42±25% U WLBD3216K1U500PB 50±25% U WLBD3216K1U700PB 70±25% U WLBD3216K1U900PB 90±25% U WLBD3216K1U121PB 120±25% U WLBD3216K1U151PB 150±25% U WLBD3216K1U201PB 200±25% U WLBD3216K1U221PB 220±25% U WLBD3216K1U301PB 300±25% U WLBD3216K1U471PB 470±25% U WLBD3216K1U601PB 600±25% U Characteristic Curve WLBD3216K1U260PB WLBD3216K1U601PB 34
37 Ferrite Chip Bead WLBD1005HC Ferrite Chip Bead WLBD1005HC Series WLBD1005HC WLBD Series A B C D WLBD1005HC (EIA 0402) 1.00± ± ± ±0.10 Walsin Part Number Impedance (Ω) Test Frequency DC Resistance (Ω) max. Rated Current (ma) max. WLBD1005HCU100TB 10±25% U WLBD1005HCU330TB 33±25% U WLBD1005HCU600TB 60±25% U WLBD1005HCU800TB 80±25% U WLBD1005HCU121TB 120±25% U WLBD1005HCU181TB 180±25% U WLBD1005HCU221TB 220±25% U WLBD1005HCU331TB 330±25% U WLBD1005HCU471TB 470±25% U Characteristic Curve WLBD1005HCU100TB WLBD1005HCU471TB 35
38 Ferrite Chip Bead WLBD1608HC Ferrite Chip Bead WLBD1608HC Series WLBD1608HC WLBD Series A B C D WLBD1608HC (EIA 0603) 1.60± ± ± ±0.20 Walsin Part Number Impedance (Ω) Test Frequency DC Resistance (Ω) max. Rated Current (ma) max. WLBD1608HCU300TB 30±25% U WLBD1608HCU800TB 80±25% U WLBD1608HCU121TB 120±25% U WLBD1608HCU151TB 150±25% U WLBD1608HCU221TB 220±25% U WLBD1608HCU301TB 300±25% U WLBD1608HCU471TB 470±25% U WLBD1608HCU601TB 600±25% U Characteristic Curve WLBD1608HCU300TB WLBD1608HCU601TB 36
39 Ferrite Chip Bead WLBD2012HC Ferrite Chip Bead WLBD2012HC Series WLBD2012HC WLBD Series A B C D WLBD2012HC (EIA 0805) 2.00± ± ± ±0.30 Walsin Part Number Impedance (Ω) Test Frequency DC Resistance (Ω) max. Rated Current (ma) max. WLBD2012HCU300TB 30±25% U WLBD2012HCU800TB 80±25% U WLBD2012HCU121TB 120±25% U WLBD2012HCU151TB 150±25% U WLBD2012HCU221TB 220±25% U WLBD2012HCU301TB 300±25% U WLBD2012HCU471TB 470±25% U WLBD2012HCU601TB 600±25% U Characteristic Curve WLBD2012HCU300TB WLBD2012HCU601TB 37
40 Ferrite Chip Bead WLBD3216HC Ferrite Chip Bead WLBD3216HC Series WLBD3216HC WLBD Series A B C D WLBD3216HC (EIA1206 ) 3.20± ± ± ±0.30 Walsin Part Number Impedance (Ω) Test Frequency DC Resistance (Ω) max. Rated Current (ma) max. WLBD3216HCU300PB 30±25% U WLBD3216HCU500PB 50±25% U WLBD3216HCU800PB 80±25% U WLBD3216HCU121PB 120±25% U WLBD3216HCU151PB 150±25% U WLBD3216HCU301PB 300±25% U WLBD3216HCU471PB 470±25% U WLBD3216HCU501PB 500±25% U WLBD3216HCU601PB 600±25% U Characteristic Curve WLBD3216HCU300PB WLBD3216HCU601PB 38
41 Wire Wound Ferrite Chip Inductors WLFW Wire Wound Ferrite Chip Inductors WLFW2012 Series WLFW PART NO. L(uH) Test Freq. Q Min SRF Min DCR (OHM) Max Irms (ma) COLOR CODE WLFW2012Z0 78NPB K J BLACK WLFW2012Z0 R11PB K J BROWN WLFW2012Z0 R18PB K J GRAY WLFW2012Z0 R22PB K J VIOLET WLFW2012Z0 R33PB K J WHITE WLFW2012Z0 R39PB K J BLACK WLFW2012Z0 R47PB K J RED WLFW2012Z0 R56PB K J RED WLFW2012Z0 R68PB K J ORANGE WLFW2012Z0 R82PB K J YELLOW WLFW2012Z0 1R0PB K J YELLOW WLFW2012Z0 1R2PB K J BLACK WLFW2012Z0 1R5PB K J GREEN WLFW2012Z0 1R8PB K J BLUE WLFW2012Z0 2R2PB K J VIOLET WLFW2012Z0 2R7PB K J GRAY WLFW2012Z0 3R3PB K J WHITE WLFW2012Z0 3R9PB K J BLACK WLFW2012Z0 4R7PB K J BROWN WLFW2012Z0 5R6PB K J BLUE WLFW2012Z0 6R8PB K J RED WLFW2012Z0 8R2PB K J ORANGE WLFW2012Z0 100PB K J YELLOW WLFW2012Z0 120PB K J BROWN WLFW2012Z0 150PB K J GREEN WLFW2012Z0 180PB K J ORANGE WLFW2012Z0 220PB K J BLUE WLFW2012Z0 270PB K J VIOLET : K:±10% J:±5% 39
42 Wire Wound Ferrite Chip Inductors WLFW Wire Wound Ferrite Chip Inductors WLFW2520 Series WLFW Part No L ( H) Test Freq. Q Min Test Freq. SRF Min DCR (OHM) Max Irms (ma) COLOR CODE 1st 2nd multiplier WLFW2520Z0 47NPB K J Yellow Violet Black WLFW2520Z0 68NPB K J Blue Gray Black WLFW2520Z0 R10PB K J Brown Black Brown WLFW2520Z0 R18PB K J Brown Gray Brown WLFW2520Z0 R20PB K J Red Black Brown WLFW2520Z0 R24PB K J Red Yellow Brown WLFW2520Z0 R56PB K J Green Blue Brown WLFW2520Z0 R68PB K J Blue Gray Brown WLFW2520Z0 1R0PB K J Brown Black Red WLFW2520Z0 1R2PB K J Brown Red Red WLFW2520Z0 1R5PB K J Brown Green Red WLFW2520Z0 1R8PB K J Brown Gray Red WLFW2520Z0 2R2PB K J Red Red Red WLFW2520Z0 2R7PB K J Red Violet Red WLFW2520Z0 3R3PB K J Orange Orange Red WLFW2520Z0 3R9PB K J Orange White Red WLFW2520Z0 4R3PB K J Yellow Orange Red WLFW2520Z0 4R7PB K J Yellow Violet Red WLFW2520Z0 5R6PB K J Green Blue Red WLFW2520Z0 6R8PB K J Blue Gray Red WLFW2520Z0 8R2PB K J Gray Red Red WLFW2520Z0 100PB K J Brown Black Orange WLFW2520Z0 120PB K J Brown Red Orange WLFW2520Z0 150PB K J Brown Green Orange WLFW2520Z0 220PB K J Red Red Orange 40
43 Coon Mode Choke WTCF2012 and WTCF2012FH Coon Mode Choke WTCF2012 Series WTCF2012 Part Number Z 20 % DCR (OHM) MAX. RATE CURRENT (ma) WTCF2012Z0M670PB WTCF2012Z0M750PB WTCF2012Z0M900PB WTCF2012Z0M101PB WTCF2012Z0M121PB WTCF2012Z0M181PB WTCF2012Z0M261PB WTCF2012Z0M361PB WTCF2012Z0M371PB Cut-off Frequency (GHz) typ. Rated Voltage (Vdc) Withstand Voltage (Vdc) Insulation (MOHM) min Coon Mode Choke WTCF2012FH Series WTCF2012FH Part Number Z 20 % DCR (OHM) MAX. RATE CURRENT (ma) Rated Voltage Vdc(V) Cut-off Frequency (GHz) typ. Isulation Resistance (MΩ)MIN. WTCF2012FHM670PB GHz 10 WTCF2012FHM900PB GHz 10 WTCF2012FHM121PB GHz 10 41
44 Balun Transformer WTBL2012 series Balun Transformer WTBL2012 Series WTBL2012 Part Number UB/B Impedance (ohm) Insulation (m OHM) Min. Withstand Voltage (DCV) DCR (OHM) MAX. Rated Voltage (DCV) Rated Current (ma) Frequency Range Insertion Loss at Freq. Range (max.) WTBL2012Z0U001PB 50/ WTBL2012Z0U002PB 75/ WTBL2012Z0U003PB 75/ WTBL2012Z0U004PB 75/ WTBL2012Z0U005PB 50/ WTBL2012Z0U006PB 75/ WTBL2012Z0U007PB 75/ WTBL2012Z0U008PB 75/ WTBL2012Z0U009PB 75/ WTBL2012Z0U010PB 75/ Insertion Loss Tested by AgilentE5071C DCR Tested by Zentech502BC 40 To 0.86GHz 50 To 1.2GHz 1.0GHz To 1.5GHz 50 To 1.2GHz 400 To 1.8GHz 400 To 1.8GHz 50 To 1.2GHz 400 To 1.5GHz 50 To 2.35GHz 750 To 3.0GHz
45 Multi-Layer Power Inductors WLFM1608, WLFM2012, WLFM2520 Series Multi-Layer Power Inductors WLFM1608 Series WLFM1608 Recoend Pattern WLFM1608 (EIA 0603) Ordering Code [uh] Measuring frequency [] DC Resistance [Ω] Rated Current [A] (max.) Saturation Current [A] (max.) Thickness [] WLFM1608Z0 R33TB ±25% WLFM1608Z0 R50TB ±25% M 1 WLFM1608Z0 1R0TB ±25% ±0.15 WLFM1608Z0 2R2TB ±25% Multi-Layer Power Inductors WLFM2012 Series WLFM2012 Recoend Pattern WLFM2012 (EIA 0805) Ordering Code [uh] Measuring frequency [] DC Resistance [Ω] Rated Current [A] (max.) Saturation Current [A] (max.) Thickness [] WLFM2012Z0 R47PB ±25% WLFM2012Z0 1R0PB ±25% WLFM2012Z0 1R5PB ±25% M 1 WLFM2012Z0 2R2PB ±25% ±0.10 WLFM2012Z0 3R3PB ±25% WLFM2012Z0 4R7PB ±25%
46 Multi-Layer Power Inductors WLFM1608, WLFM2012, WLFM2520 Series Multi-Layer Power Inductors WLFM2520 Series WLFM2520 Recoend Pattern WLFM2520 (EIA 1008) Ordering Code [uh] Measuring frequency [] DC Resistance [Ω] Rated Current [A] (max.) Saturation Current [A] (max.) Thickness [] WLFM2520Z0MR47PB ±25% WLFM2520Z0M1R0PB ±25% WLFM2520Z0M1R5PB ±25% M 1 WLFM2520Z0M2R2PB ±25% max WLFM2520Z0M3R3PB ±25% WLFM2520Z0M4R7PB ±25% Characteristic Curve (DC Bias characteristics) Characteristic Curve ( vs. Frequency) 44
47 SMD Wire Wound Power Inductors WLPN Series (SHIELDED) (uh) (uh) SMD Wire Wound Power Inductors WLPN Series (SHIELDED) WLPN Rated Current (ma) Part (uh) DCR ±20% (Ω) Saturation Current Idc1 (Typ.) Temperature Rise Current Idc2 (Typ.) Saturation Current Idc1 (Max.) Temperature Rise Current Idc2 (Max.) WLPN202012N1R0PB 1.0 ±30% WLPN202012N1R5PB 1.5 ±30% WLPN202012M2R2PB 2.2 ±20% WLPN202012M3R3PB 3.3 ±20% WLPN202012M4R7PB 4.7 ±20% Operating temperature Range:-25 to +120 (Including self-temperature rise) 2. Storage Temp. Range:-40 to measured using the HP4285A and Chroma1320 & DCR measured using Chroma Saturation Current Idc1:The value of current causes a 30% inductance reduction from initial value.( at Ta:20 ) 6. Temperature rise current Idc2:The value of current causes a 40 temperature rise.( at Ta:20 ) 7. Rated Current:Either Idc1 or Idc2 whichever is smaller 8. MSL:Level 1 Characteristic Curve vs. Frequency vs. DC Current R7 3R3 4R7 2R2 3R3 1 1R5 1R0 1 2R2 1R5 1R Frequency (KHz) DC Current (ma) 45
48 SMD Wire Wound Power Inductors WLPN Series (SHIELDED) (uh) (uh) SMD Wire Wound Power Inductors WLPN Series (SHIELDED) WLPN Part (uh) DCR ±20% (Ω) Rated Current (ma) Saturation Current Idc1 Temperature Rise Current Idc2 WLPN242410NR68PB 0.68 ±30% WLPN242410N1R0PB 1.00 ±30% WLPN242410M1R5PB 1.50 ±20% WLPN242410M2R2PB 2.20 ±20% WLPN242410M3R3PB 3.30 ±20% WLPN242410M4R7PB 4.70 ±20% WLPN242410M6R8PB 6.80 ±20% WLPN242410M100PB 10.0 ±20% WLPN242410M150PB 15.0 ±20% WLPN242410M220PB 22.0 ±20% SRF Min. 1. Operating temperature Range:-25 to +120 (Including self-temperature rise) 2. Storage Temp. Range:-40 to measured using the HP4285A and Chroma1320 & DCR measured using Chroma SRF measured using the HP4291B. 6. Saturation Current Idc1:The value of current causes a 30% inductance reduction from initial value.( at Ta:20 ) 7. Temperature rise current Idc2:The value of current causes a 40 temperature rise.( at Ta:20 ) 8. Rated Current:Either Idc1 or Idc2 whichever is smaller. 9. MSL:Level 1.. Characteristic Curve 100 vs. Frequency 100 vs. DC Current R R2 1R0 1 4R7 2R2 1R Frequency (KHz) DC Current (ma) 46
49 SMD Wire Wound Power Inductors WLPN Series (SHIELDED) (uh) (uh) SMD Wire Wound Power Inductors WLPN Series (SHIELDED) WLPN Part (uh) DCR ±20% (Ω) Saturation Current Idc1 Rated Current (ma) Temperature Rise Current Idc2 WLPN303010N1R2PB 1.20 ±30% WLPN303010N1R5PB 1.50 ±30% WLPN303010M2R2PB 2.20 ±20% WLPN303010M3R3PB 3.30 ±20% WLPN303010M4R7PB 4.70 ±20% WLPN303010M6R8PB 6.80 ±20% WLPN303010M100PB 10.0 ±20% WLPN303010M150PB 15.0 ±20% WLPN303010M220PB 22.0 ±20% SRF Min. 1. Operating temperature Range:-25 to +120 (Including self-temperature rise) 2. Storage Temp. Range:-40 to measured using the HP4285A and Chroma1320 & DCR measured using Chroma SRF measured using the HP4291B. 6. Saturation Current Idc1:The value of current causes a 30% inductance reduction from initial value.( at Ta:20 ) 7. Temperature rise current Idc2: The value of current causes a 40 temperature rise.( at Ta:20 ) 8. Rated Current:Either Idc1 or Idc2 whichever is smaller. 9. MSL:Level 1 Characteristic Curve vs. Frequency vs. DC Current R R2 4R R Frequency (KHz) DC Current (ma) 47
50 (uh) (uh) SMD Wire Wound Power Inductors WLPN Series (SHIELDED) SMD Wire Wound Power Inductors WLPN Series (SHIELDED) WLPN Part Number (uh) DCR ±20% (Ω) Saturation Current Idc1 Rated Current (ma) Temperature Rise Current Idc2 WLPN404010N1R0LB A 1.0 ±30% WLPN404010M2R2LB C 2.2 ±20% WLPN404010M3R3LB E 3.3 ±20% WLPN404010M4R7LB H 4.7 ±20% WLPN404010M6R8LB I 6.8 ±20% WLPN404010M100LB K 10 ±20% WLPN404010M150LB M 15 ±20% WLPN404010M220LB N 22 ±20% SRF Min. 1. Operating temperature Range:-25 to +125 (Including self-temperature rise) 2. Storage Temp. Range:-40 to measured using the HP4285A and Chroma1320 & DCR measured using Chroma SRF measured using the HP4291B. 6. Saturation Current Idc1:The value of current causes a 30% inductance reduction from initial value.( at Ta:20 ) 7. Temperature rise current Idc2:The value of current causes a 40 temperature rise.( at Ta:20 ) 8. Rated Current:Either Idc1 or Idc2 whichever is smaller. 9. MSL:Level 1 Characteristic Curve 100 vs. Frequency 100 vs. DC Current R R2 4R7 1 1R0 1 2R2 1R Frequency (KHz) DC Current (ma) 48
51 (uh) (uh) SMD Wire Wound Power Inductors WLPN Series (SHIELDED) SMD Wire Wound Power Inductors WLPN Series (SHIELDED) WLPN Part Number (uh) DCR ±20% (Ω) Saturation Current Idc1 Rated Current (ma) Temperature Rise Current Idc2 WLPN505010N1R0PB 1R0 1.0 ±30% WLPN505010N2R2PB 2R2 2.2 ±30% WLPN505010M3R3PB 3R3 3.3 ±20% WLPN505010M4R7PB 4R7 4.7 ±20% WLPN505010M6R8PB 6R8 6.8 ±20% WLPN505010M100PB ±20% WLPN505010M150PB ±20% WLPN505010M220PB ±20% SRF Min. 1. Operating temperature Range:-25 to +125 (Including self-temperature rise) 2. Storage Temp. Range:-40 to measured using the HP4285A and Chroma1320 & DCR measured using Chroma SRF measured using the HP4291B. 6. Saturation Current Idc1:The value of current causes a 30% inductance reduction from initial value. ( at Ta:20 ) 7. Temperature rise current Idc2:The value of current causes a 40 temperature rise. ( at Ta:20 ) 8. Rated Current:Either Idc1 or Idc2 whichever is smaller. 9. MSL:Level 1 Characteristic Curve vs. Frequency vs. DC Current R7 2R R0 1 4R7 2R2 1R Frequency (KHz) DC Current (ma) 49
52 (uh) (uh) SMD Wire Wound Power Inductors WLPN Series (SHIELDED) SMD Wire Wound Power Inductors WLPN Series (SHIELDED) WLPN Part Number (uh) DCR ±30% (Ω) Saturation Current Idc1 Rated Current (ma) Temperature Rise Current Idc2 WLPN606010M1R5PB 1R5 1.5 ±20% WLPN606010M2R2PB 2R2 2.2 ±20% WLPN606010M3R3PB 3R3 3.3 ±20% WLPN606010M4R7PB 4R7 4.7 ±20% WLPN606010M6R8PB 6R8 6.8 ±20% WLPN606010M100PB ±20% WLPN606010M220PB ±20% SRF Min. 1. Operating Temperature Range:-25 to +125 (Including self-temperature rise) 2. Storage Temp. Range:-40 to measured using the HP4285A and Chroma1320 & DCR measured using Chroma SRF measured using the HP4291B. 6. Saturation Current Idc1:The value of current causes a 30% inductance reduction from initial value. ( at Ta:20 ) 7. Temperature rise current Idc2:The value of current causes a 40 temperature rise. ( at Ta:20 ) 8. Rated Current:Either Idc1 or Idc2 whichever is smaller. 9. MSL:Level 1 Characteristic Curve 100 vs. Frequency 100 vs. DC Current R R7 1 2R2 1 2R Frequency (KHz) DC Current (ma) 50
53 SMD Wire Wound Power Inductors WLPN Series (SHIELDED) SMD Wire Wound Power Inductors WLPN Series (SHIELDED) WLPN Part Number MARK (μh) TEST FREQ DCR (Ω) Max. Isat (A) Max. Irms (A) Max. WLPN303015N1R0PB 1R WLPN303015N1R5PB 1R WLPN303015M2R2PB 2R WLPN303015M3R3PB 3R WLPN303015M4R7PB 4R WLPN303015M6R8PB 6R WLPN303015M100PB WLPN303015M120PB WLPN303015M150PB WLPN303015M220PB WLPN303015M330PB WLPN303015M470PB WLPN303015M101PB TOL. 30% 20% 51
54 SMD Wire Wound Power Inductors WLSN032D Series (UNSHIELDED) SMD Wire Wound Power Inductors WLSN032D Series (UNSHIELDED) WLSN032D DIM. TOL. M1 3.3 ±0.3 M2 3.0 ±0.3 M3 2.1 ±0.3 Part Number Marking L (uh) Test Freq (KHz) DCR (Ω) Max. Rated Current (A) WLSN032DZ0M1R0PB BA 1.0 ± 20% WLSN032DZ0M1R4PB BC 1.4 ± 20% WLSN032DZ0M1R8PB BE 1.8 ± 20% WLSN032DZ0M2R2PB CC 2.2 ± 20% WLSN032DZ0M2R7PB CH 2.7 ± 20% WLSN032DZ0M3R3PB DD 3.3 ± 20% WLSN032DZ0M3R9PB DJ 3.9 ± 20% WLSN032DZ0M4R7PB EH 4.7 ± 20% WLSN032DZ0M5R6PB FG 5.6 ± 20% WLSN032DZ0M6R8PB GI 6.8 ± 20% WLSN032DZ0M8R2PB IC 8.2 ± 20% WLSN032DZ0M100PB KA 10 ± 20% WLSN032DZ0M120PB QA 12 ± 20% WLSN032DZ0M150PB MA 15 ± 20% WLSN032DZ0M180PB RA 18 ± 20% WLSN032DZ0M220PB LA 22 ± 20% WLSN032DZ0M270PB SA 27 ± 20% WLSN032DZ0M330PB NA 33 ± 20% WLSN032DZ0M390PB PA 39 ± 20% WLSN032DZ0M470PB OA 47 ± 20% WLSN032DZ0M560PB UA 56 ± 20% WLSN032DZ0M680PB VA 68 ± 20% WLSN032DZ0M820PB XA 82 ± 20% WLSN032DZ0M221PB LB 220 ± 20% WLSN032DZ0M471PB OB 470 ± 20% TEST INSTRUMENT: HP4284A CHROMA 3302/1320/
55 SMD Wire Wound Power Inductors WLSN043D Series (UNSHIELDED) SMD Wire Wound Power Inductors WLSN043D Series (UNSHIELDED) WLSN043D DIM. TOL. M1 4.5 ±0.3 M2 4.0 ±0.3 M3 3.2 ±0.3 Part Number Marking L (uh) Test Freq (KHz) DCR (Ω) MAX. Rated Current (A) WLSN043DZ0M1R0LB 1R0 1.0 ± 20% WLSN043DZ0M1R2LB 1R2 1.2 ± 20% WLSN043DZ0M1R4LB 1R4 1.4 ± 20% WLSN043DZ0M1R8LB 1R8 1.8 ± 20% WLSN043DZ0M2R2LB 2R2 2.2 ± 20% WLSN043DZ0M2R7LB 2R7 2.7 ± 20% WLSN043DZ0M3R3LB 3R3 3.3 ± 20% WLSN043DZ0M3R9LB 3R9 3.9 ± 20% WLSN043DZ0M4R7LB 4R7 4.7 ± 20% WLSN043DZ0M5R6LB 5R6 5.6 ± 20% WLSN043DZ0M6R8LB 6R8 6.8 ± 20% WLSN043DZ0M8R2LB 8R2 8.2 ± 20% WLSN043DZ0M100LB ± 20% WLSN043DZ0M120LB ± 20% WLSN043DZ0M150LB ± 20% WLSN043DZ0M180LB ± 20% WLSN043DZ0M220LB ± 20% WLSN043DZ0M270LB ± 20% WLSN043DZ0K330LB ± 20% WLSN043DZ0K390LB ± 20% WLSN043DZ0K470LB ± 20% WLSN043DZ0K560LB ± 20% WLSN043DZ0K680LB ± 20% WLSN043DZ0K331LB ± 20% a. Operating Temp:-25 to b. measured using the HP4284A LCR meter/chroma c. DCR measured using the 502BC milli-ohm meter. d. drops no more than 10% of initial value at rated current, temperature rises t< 40 53
56 SMD Wire Wound Power Inductors WLSN054D Series (UNSHIELDED) SMD Wire Wound Power Inductors WLSN054D Series (UNSHIELDED) WLSN054D DIM. TOL. M1 5.8 ±0.3 M2 5.2 ±0.3 M3 4.5 ±0.35 Part Number Marking L (uh) Test Freq (KHz) DCR (Ω) MAX. Rated Current (A) WLSN054DZ0M1R0LB 1R % WLSN054DZ0M1R9LB 1R % WLSN054DZ0M2R2LB 2R % WLSN054DZ0M3R3LB 3R % WLSN054DZ0M4R7LB 4R % WLSN054DZ0M6R8LB 6R % WLSN054DZ0M100LB % WLSN054DZ0M120LB % WLSN054DZ0M150LB % WLSN054DZ0M180LB % WLSN054DZ0M220LB % WLSN054DZ0M270LB % WLSN054DZ0L330LB % WLSN054DZ0L390LB % WLSN054DZ0L470LB % WLSN054DZ0K560LB % WLSN054DZ0K680LB % WLSN054DZ0K820LB % WLSN054DZ0K101LB % WLSN054DZ0K121LB % WLSN054DZ0K151LB % WLSN054DZ0K181LB % WLSN054DZ0K221LB % WLSN054DZ0K271LB % a. :M:±20%, L:±15%, K:±10% b. Operating Temp:-25 to c. measured using the HP4284A LCR meter,chroma1320 & 3302 & d. DCR measured using the 502BC milli-ohm meter. e. drops no more than 10% of initial value at rated current, temperature rises t<
57 SMD Wire Wound Power Inductors WLSN073D Series (UNSHIELDED) SMD Wire Wound Power Inductors WLSN073D Series (UNSHIELDED) WLSN073D DIM. TOL. M1 7.8 ±0.3 M2 7.0 ±0.3 M3 3.5 ±0.5 Part Number Marking L (uh) Test Freq (KHz) DCR (Ω) MAX. Rated Current (A) WLSN073DZ0M100LB % WLSN073DZ0M120LB % WLSN073DZ0M150LB % WLSN073DZ0M180LB % WLSN073DZ0M220LB % WLSN073DZ0M270LB % WLSN073DZ0M330LB % WLSN073DZ0M390LB % WLSN073DZ0M470LB % WLSN073DZ0K560LB % WLSN073DZ0K680LB % WLSN073DZ0K820LB % WLSN073DZ0K101LB % WLSN073DZ0K121LB % WLSN073DZ0K151LB % WLSN073DZ0K181LB % WLSN073DZ0K221LB % WLSN073DZ0K271LB % WLSN073DZ0K331LB % TOLERANCE:M:±20%, L:±15%, K:±10% TEST INSTRUMENT: HP4285A/ Chroma 3302, * drops no more than 20% at rated current applied or temperature rises Δt 40 55
58 SMD Wire Wound Power Inductors WLSN075D Series (UNSHIELDED) SMD Wire Wound Power Inductors WLSN075D Series (UNSHIELDED) WLSN075D DIM. TOL. M1 7.8 ±0.3 M2 7.0 ±0.3 M3 5.0 ±0.5 Part Number MARKING (uh) TEST FREQ. (KHz) DCR (Ω) MAX. Rated Current (A) WLSN075DZ0K6R8LB 6R WLSN075DZ0K8R2LB 8R WLSN075DZ0K100LB WLSN075DZ0K120LB WLSN075DZ0K150LB WLSN075DZ0K180LB WLSN075DZ0K220LB WLSN075DZ0K270LB WLSN075DZ0K330LB WLSN075DZ0K390LB WLSN075DZ0K470LB WLSN075DZ0K560LB WLSN075DZ0K680LB WLSN075DZ0K820LB WLSN075DZ0K101LB WLSN075DZ0K121LB WLSN075DZ0K151LB WLSN075DZ0K181LB WLSN075DZ0K221LB WLSN075DZ0K271LB WLSN075DZ0K331LB WLSN075DZ0K391LB WLSN075DZ0K471LB WLSN075DZ0K222LB WLSN075DZ0K302LB :K:±10% 56
59 SMD Wire Wound Power Inductors WLSN084F Series (UNSHIELDED) SMD Wire Wound Power Inductors WLSN084F Series (UNSHIELDED) WLSN084F Part Number Marking (uh) TEST FREQ. (KHz) DCR (Ω) MAX. I sat (A) Rated Current (A) WLSN084FZ0M1R0LB 1R WLSN084FZ0M1R5LB 1R WLSN084FZ0M2R2LB 2R WLSN084FZ0M3R3LB 3R WLSN084FZ0M4R7LB 4R WLSN084FZ0M6R8LB 6R WLSN084FZ0M100LB WLSN084FZ0M150LB WLSN084FZ0M220LB WLSN084FZ0M330LB WLSN084FZ0M470LB WLSN084FZ0M680LB WLSN084FZ0M101LB WLSN084FZ0M151LB WLSN084FZ0M221LB WLSN084FZ0M331LB WLSN084FZ0M471LB WLSN084FZ0M681LB WLSN084FZ0M102LB a. : M:±20% b. Operating Temp:-25 to c. measured using the HP4284A LCR meter, CHROMA3302/1320/ d. DCR measured using the 502BC milli-ohm meter. e. drops no more than 10 % of initial value at Isat, temperature rises t< 40 at rated current. 57
No item Digit Description Series Reference (1) Meritek Series SI Signal Inductor LI: Leaded Inductor PI: Power Inductor
PART NUMBERING SYSTEM SI F 0805 K 780 F (1) (2) (3) (4) (5) (6) No item Digit Description Series Reference (1) Meritek Series SI Signal Inductor LI: Leaded Inductor PI: Power Inductor (2) Type F Ferrite
SMD Wire Wound Ferrite Chip Inductors - LS Series. LS Series. Product Identification. Shape and Dimensions / Recommended Pattern LS0402/0603/0805/1008
SMD Wire Wound Ferrite Chip Inductors - LS Series LS Series LS Series is the newest in open type ferrite wire wound chip inductors. The wire wound ferrite construction supports higher SRF, lower DCR and
YAGEO CORPORATION SMD INDUCTOR / BEADS. CLH Series. Lead-free / For High Frequency Applications. CLH1005-H series CLH1608-H series ~1.4 0.
YAGEO CORPORATION SMD INDUCTOR / BEADS CLH Series Multilayer Chip Inductors High Frequency Lead-free / For High Frequency Applications APPLICATIONS RF Resonance and Impedance Matching Circuit RF and Wireless
SMD Wire Wound Ferrite Chip Inductors - SQC Series. SQC Series. Product Identification. Shapes and Dimensions
SMD Wire Wound Ferrite Chip Inductors - SQC Series SQC Series These miniature chip inductors, SQC Series, wound on a special ferrite core and are excellent to be used as choke coil in DC power supply circuits.
Wire Wound Chip Ferrite Inductor SDWL-FW Series Operating Temp. : -40 ~+85 R27. External Dimensions 2012 [0805] 2520 [1008] 3216 [1206] 3225 [1210]
![Wire Wound Chip Ferrite Inductor SDWL-FW Series Operating Temp. : -40 ~+85 R27. External Dimensions 2012 [0805] 2520 [1008] 3216 [1206] 3225 [1210]](/thumbs/86/93358879.jpg "Wire Wound Chip Ferrite Inductor SDWL-FW Series Operating Temp. : -40 ~+85 R27. External Dimensions 2012 [0805] 2520 [1008] 3216 [1206] 3225 [1210]")
Wire Wound Chip Ferrite Inductor SDWL-FW Series Operating Temp. : -4 ~+85 FEATURES Small chip suitable for surface mounting High inductance with ferrite material APPLICATIONS Video cameras, liquid crystal
HIS series. Signal Inductor Multilayer Ceramic Type FEATURE PART NUMBERING SYSTEM DIMENSIONS HIS R12 (1) (2) (3) (4)
FEATURE High Self Resonant Frequency Superior temperature stability Monolithic structure for high reliability Applications: RF circuit in telecommunication PART NUMBERING SYSTEM HIS 160808 - R12 (1) (2)
WLCW1005 SMD Wire Wound Ceramic Chip Inductors
WCW1005 SMD Wire Wound Ceramic Chip Inductors *Contents in this sheet are subject to change without prior notice. Page 1 of 7 ASC_WCW1005 Series_V5.0 Mar. 2016 Features 1. Standard chip size bobbin with
SMD Power Inductor-VLH
SMD Power Inductor-VH Dimensions Unit: mm Type A B C E F H I J 252010 2.5±0.2 2.0±0.2 1.0max. 0.4±0.2 1.0min. 2.1 0.90 0.8 252012 2.5±0.2 2.0±0.2 1.2max. 0.4±0.2 1.0min. 2.1 0.90 0.8 321618C 3.2±0.3 1.6±0.2
INPAQ Global RF/Component Solutions
MCB & MHC W Series Specification Product Name Series Multilayer Chip Ferrite Bead MCB & MHC W Series Size EIAJ 1005/1608/2012/3216/4516 MCB and MHC Series Chip Ferrite Bead for Automotive Applications
Wire Wound Chip Ferrite Inductor SDWL-FW Series Operating Temp. : -40 ~+85 R27. External Dimensions 1608 [0603] 2012 [0805]
![Wire Wound Chip Ferrite Inductor SDWL-FW Series Operating Temp. : -40 ~+85 R27. External Dimensions 1608 [0603] 2012 [0805]](/thumbs/86/93359020.jpg "Wire Wound Chip Ferrite Inductor SDWL-FW Series Operating Temp. : -40 ~+85 R27. External Dimensions 1608 [0603] 2012 [0805]")
Wire Wound Chip Ferrite Inductor SDWL-FW Series Operating Temp. : -4 ~+85 FEATURES Small chip suitable for surface mounting High inductance with ferrite material APPLICATIONS Video cameras, liquid crystal
RoHS 555 Pb Chip Ferrite Inductor (MFI Series) Engineering Spec.
RoHS 555 Pb Chip Ferrite Inductor (MFI Series) Engineering Spec. PRODUCT DETAIL Electrical Characteristics μh L (Min) Q MHz (Min) SRF Ω DCR IDC ma TEST FREQ: MHz TEST LEVEL: 100 mv Test Instruments HP4291
Data sheet Thin Film Chip Inductor AL Series
Data sheet Thin Film Chip Inductor AL Series Scope - 0201 and 0402 and 0603 series inductor is a photo lithographically etched single layer ceramic chip. This design provides high SRF, excellent Q, and
D E S I G N I N G T H E C U T T I N G E D G E
M ag n e t i c Co mponents Air Coils Power Inductors Tunable Inductors Common Mode Chokes Switching Transformers & PFC Chokes Wire Wound & Thin Film Chip Inductors RoHS Compliant Halogen-Free D E S I G
No item Digit Description Series Reference (1) Meritek Series SI Signal Inductor LI: Leaded Inductor PI: Power Inductor
FEATURE Operating Temperature: -40 C ~ +125 C Storage Temperature: 15~28 C; Humidity < 80%RH Ceramic base provide high SRF Ultra-compact inductors provide high Q factors Low profile, high current are available
SMD Power Inductor-VLH
SMD Power Inductor-VH PAD AYOUT Dimensions Unit: mm Type A B C E F H I J 252010 2.5±0.2 2.0±0.2 1.0max. 0.4±0.2 1.0min. 2.1 0.90 0.8 252012 2.5±0.2 2.0±0.2 1.2max. 0.4±0.2 1.0min. 2.1 0.90 0.8 252510 2.5±0.2
SERIES DATASHEET INDUCTORS RF INDUCTORS (MRFI SERIES)
SERIES DATASHEET INDUCTORS RF INDUCTORS (MRFI SERIES) (8) 95-8365 venkel.com Features: RoHS Compliant and Halogen Free Good Q values High SRF range: 1nH to 47uH Tolerance: ±.2nH, ±.3nH, ±2%, ±5%, ±1% High
WIRE WOUND CHIP INDUCTORS
FEATURES High Self-Resonance Frequency Stable inductance at high frequency Tight inductance tolerance High Q factory High current Low DCR APPLICATIONS Antenna amplifiers Mobile phone Key entry GPS (Global
Sunlord Specifications subject to change without notice. Please check our website for latest information. Revised 2018/04/15
Wire Wound SMD Power Inductors SPH Series Operating Temp. : -40 ~+125 (Including self-heating) FEATURES Magnetic-resin shielded construction reduces buzz noise to ultra-low levels Metallization on ferrite
Wire Wound Chip Ceramic Inductor SDWL-C Series Operating Temp. : -40 ~ N
Wire Wound Chip Ceramic Inductor SDWL-C Series Operating Temp. : -4 ~+25 FEATURES Small chip suitable for surface mounting High value and high self-resonant frequency with ceramic material Tight inductance
Multilayer Chip Inductor
Features -Monolithic structure for high reliability -High self-resonant frequency -Excellent solderability and high heat resistance Construction Applications -RF circuit in telecommunication and other
High Current Chip Ferrite Bead MHC Series
High Current Chip Ferrite Bead MHC Series Features Combination of high frequency noise suppression with capability of handing high current. The current rating up to 6 Amps with low DC. Applications High
B37631 K K 0 60
Multilayer Ceramic acitors High; X5R and X7R Chip Ordering code system B37631 K 7 5 K 6 Packaging 6 ^ cardboard tape, 18-mm reel 62 ^ blister tape, 18-mm reel Internal coding acitance tolerance K ^ ± %
Metal Oxide Leaded Film Resistor
Features -Excellent Long-Time stability -High surge / overload capability -Wide resistance range : 0.1Ω~22MΩ -Controlled temperature coefficient -Resistance standard tolerance: ±5% (consult factory for
Sunlord. Wire Wound SMD Power Inductors SPH Series Operating Temp. : -40 ~+125 (Including self-heating) 2R2 SPH
Wire Wound SMD Power Inductors SPH Series Operating Temp. : -4 ~+25 (Including self-heating) FEATURES Magnetic-resin shielded construction reduces buzz noise to ultra-low levels Metallization on ferrite
WIRE-WOUND CHIP INDUCTOR FERRITE/OPENTYPE
WIRE-WOUND CHIP INDUCTOR FERRITE/OPENTYPE 0805CS (2012) Ferrite Series (0.12~33µH) Part Number Inductance µh Percent Tolerance Q Min SRF Min MHz RDC Max Ohms IDC Max ma Color Code 0805CS-121E_FS 0.12@
Metal Oxide Leaded Film Resistor
SURFACE TEMP. RISE ( ) Power Ratio(%) MOF0623, 0932, 1145, 1550, 1765, 2485 MOF Series Features -Excellent Long-Time stability -High surge / overload capability -Wide resistance range : 0.1Ω~10MΩ -Controlled
± 20% ± 5% ± 10% RENCO ELECTRONICS, INC.
RL15 RL16, RL17, RL18 MINIINDUCTORS CONFORMALLY COATED MARKING The nominal inductance is marked by a color code as listed in the table below. Color Black Brown Red Orange Yellow Green Blue Purple Grey
2R2. 2 (L W H) [mm] Wire Wound SMD Power Inductor. Nominal Inductance Packing Tape & Reel. Design Code M ±20%
![2R2. 2 (L W H) [mm] Wire Wound SMD Power Inductor. Nominal Inductance Packing Tape & Reel. Design Code M ±20%](/thumbs/78/78109689.jpg "2R2. 2 (L W H) [mm] Wire Wound SMD Power Inductor. Nominal Inductance Packing Tape & Reel. Design Code M ±20%")
Wire Wound SMD Power Inductors WPN Series Operating temperature range : -40 ~+125 (Including self-heating) FEATURES Fe base metal material core provides large saturation current Metallization on ferrite
Power Inductor LVS Series
RoHS Compliant Halogen Free REACH Compliant Part Numbering LVS 6645 L - 1R M - AU Series Name Dimensions Code Inductance Internal Code (mm) (uh) Tolerance 4412 4.x4.x1.2 L Low DCR R47.47 M ±% 4418 4.x4.x1.8
IWCSeries FEATURES APPLICATION ORDERING CODE TRIGON COMPONENTS. Configurations: Dimension (mm) IWC C G 1608 K 22N T (1) (2) (3) (4) (5) (6) (7)
Configurations: FEATURES High frequency. Highest possible SRFs as well as excellent Q values. The wire is wound directed on the core at a precision pitch. RoHS Compliant. APPLICATION Pagers, Cordless phones
QFLC R0 K - D
Feature. Ferrite core wire wound construction. 2. Provide low DC resistance and high current. 3. Precision inductance tolerance is available. 4. Small footprint as well as profile. 5. All support Lead-Free
High Frequency Chip Inductor / CF TYPE
High Frequency Chip Inductor / CF TYPE.Features: 1.Closed magnetic circuit avoids crosstalk. 2.S.M.T. type. 3.Excellent solderability and heat resistance. 4.High realiability. 5.The products contain no
MCB and MHC Series Chip Ferrite Bead for Automotive Applications Qualified based on AEC-Q200
RoHS MC and MHC Series Chip Ferrite ead for Automotive Applications Qualified based on AEC-Q200 Explanation of Part Number MC 1608 W 12 1 H P - 1 2 3 4 5 6 7 8 9 1. Series Name 2. Size Code: the first
Carbon Film Leaded Resistor
Features -The most economic industrial investment -Standard tolerance: +/-5% (available +/-2%) -Excellent long term stability -Termination: Standard solder-plated copper lead Applications -Telecommunication
Low Value Multilayer Inductors (LMCI Series)
Structure Features: RoHS Compliant and Halogen Free Closed magnetic circuit configuration avoids crosstalk and is suitable for high density PCBs Size range: 0201, 05, 1608 Perfect shape for automatic mounting
SMD Shielded Power Inductors SPIA Series. SPIA Series. Product Identification
SPIA Series SPIA series is an automatic assembly constructed power inductor which is shielded with ferrite core. It is ideal for portable device DC-DC converter line. Features RoHS Compliant Miniature
Pb Chip Ferrite Inductor (MFI Series) Engineering Spec.
RoHS Pb Chip Ferrite Inductor (MFI Series) Engineering Spec. FEATURES The monolithic construction performs high reliability and ensures a closed magnetic flux in a component avoids magnetic and interference
Feature. shock and pressure. -Tighter tolerance down to ±2% -Smaller size of 0402 (1005) -CATV Filter, Tuner. -Cable Modem/ XDSL Tuner.
Wire Wound Chip Inductor-WL Series Feature -Wire wound ceramic construction provide high SRF -Ultra-compact inductors provide exceptional Q values -Low profile, high current are available -Miniature SMD
INDEX HOESUNG COIL PARTS
1. Metal Molding High Current SMD Power Inductor PART NO DEMINSION(mm) Inductance Range Rated DC Current Page MMI 06518 SERIES 6.5 7.1 1.8 1.0uH ~ 4.7uH 9.8A ~ 5.0A 5 MMI 06524 SERIES 6.5 7.1 2.4 0.47uH
Configurations: Dimension (mm) B (max) A (max) 0.20 IWCCG1005. Inductance Range IWCCG ~ IWCCG ~ 1000 IWCCG
Configurations: FEATURES High frequency. Highest possible SRFs as well as excellent Q values. The wire is wound directed on the core at a precision pitch. RoHS Compliant. APPLICATION Pagers, Cordless phones
SMD Wire Wound Chip Inductor
Scope -Ceramic body and wire wound construction provide highest s available.. Features -Ceramic base provide high -Ultra-compact inductors provide high Q factors -ow profile, high current are available
Cal-Chip Electronics, Incorporated Multilayer Chip Inductors For High Frequency
Cal-Chip Electronics, Incorporated Multilayer Chip Inductors For High GHF SERIES FEATURES Multilayer inductor made of advanced ceramics with low-resistivity silver used as internal conductors provides
SMD Multilayer Ferrite Chip Beads. Multilayer Ferrite Chip Beads. Product Identification. Dimension Conversion
SMD Multilayer Ferrite Chip Beads Multilayer Ferrite Chip Beads Chilisin offers a wide range of multi-layered ferrite chip beads with various sizes, frequency characteristics, and impedance values for
DC-DC converter circuits for mobile phones, wearbale devices, DVCs, HDDs, etc.
Multilayer Chip Power Inductor MPH Series Operating Temp. : -40 ~+85 FEATURES Higher DC bias current and lower DC resistance due to Trench Technology Low profile and thin thickness Monolithic structure
Sunlord. Wire Wound SMD Power Inductors SWCS Series SWCS XXXX -XXX T. Operating Temperature: -25 ~ +105 FEATURES APPLICATIONS PRODUCT IDENTIFICATION
Wire Wound SMD Power Inductors SWCS Series Operating Temperature: -25 ~ +105 FEATURES Various high power inductors are superior to be high saturation Suitable for surface mounting equipment APPLICATIONS
PRODUCT IDENTIFICATION SWPA 3012 S 1R0 N T
Wire Wound SMD Power Inductors SWPA Series Operating temperature range: -4 ~+25 (Including self-heating) FEATURES Magnetic-resin shielded conruction reduces buzz noise to ultra-low levels Metallization
Thin Film Chip Inductor
Scope -Viking s 0201 and 0402 series inductor is a photo lithographically etched single layer ceramic chip. Viking s design provides high, excellent Q, and superior temperature stability. This highly stable
Configurations: Dimension (mm) 0.60 ±0.03 IMCH ±0.1 IMCH ±0.2 IMCH IMCH ± IMCH ±0.
Multilayer Chip s for High Frequency Configurations: FEATURES To prevent EMI interference noises between. High Q and high reliability and ceramic. Monolithic inorganic material construction. Shapes and
Metal Film Leaded Precision Resistor
Power ratio(%) MFR Series Features Excellent overall stability Very tight tolerance down to ±0.05% Extremely low TCR down to ±5 PPM/ C High power rating up to 3 Watts Excellent ohmic contact Applications
Metal Film Leaded Precision Resistor
Features Excellent overall stability Very tight tolerance down to ±0.05% Extremely low TCR down to ±5 PPM/ C High power rating up to 3 Watts Excellent ohmic contact Construction Applications Telecommunication
Metal Film Flame-Proof Resistors
Features -Low Noise -Low TCR from ±15~100PPM/ -High Precision from ±0.1%~1% -Complete Flameproof Construction UL-1412. -Coating meets UL94V-0 Applications -Telecommunication -Medical Equipment -Consumer
SCL Series. Multilayer Chip Ferrite Inductor
Multilayer Chip Ferrite Inductor Features 1 Monolithic structure for high reliability 2 Compact size inductor possible 3 No cross coupling due to magnetic shield 4 Perfect shape for mounting with no directionality
SMD Wire Wound Chip Inductor
Scope -Ceramic body and wire wound construction provide highest s available.. Features -Ceramic base provide high -Ultra-compact inductors provide high Q factors -ow profile, high current are available
Sunlord 1R0. Operating FEATURES. low loss. Feature Type MWSA. Nominal Inductance Nominal Value. Example R15 1R
Moldedd SMD Power Inductors MWS Series Operating Temp. : -40 ~+125 (Including self-heating) FETURES Metal material for larg ge current and low loss Closed magnetic circuit design reduces leakage flux Halogen
TODA-ISU Corporation. SMD Power Inductor. SPI series. SMD Team
SMD Power Inductor SPI series TODA-ISU Corporation Advantages & Applications Advantages Low profile High current capability & Low DCR Low temperature rise Increased thermal efficiency Patent (Coil Integrated
SMD - Resistors. TThin Film Precision Chip Resistor - SMDT Series. Product : Size: 0201/0402/0603/0805/1206/1210/2010/2512. official distributor of
Product : TThin Film Precision Chip Resistor - SMDT Series Size: 0201/0402/0603/0805/1206/1210/2010/2512 official distributor of 1. Features -Advanced thin film technology -Very tight tolerance down to
Data sheet Thick Film Chip Resistor 5% - RS Series 0201/0402/0603/0805/1206
Data sheet Thick Film Chip Resistor 5% - RS Series 0201/0402/0603/0805/1206 Scope -This specification applies to all sizes of rectangular-type fixed chip resistors with Ruthenium-base as material. Features
Thin Film Chip Inductor
Scope -Calchip s 0201 and 0402 series inductor is a photo lithographically etched single layer ceramic chip. Calchip s design provides high, excellent Q, and superior temperature stability. This highly
Anti-Corrosive Thin Film Precision Chip Resistor-SMDR Series. official distributor of
Product : Anti-Corrosive Thin Film Precision Chip Resistor-SMDR Series Size : 0402/0603/0805/1206/2010/2512 official distributor of Anti-Corrosive Thin Film Precision Chip Resistor (SMDR Series) 1. Features
Low Profile Inductors. Assembly Inductors
Content Low Profile Inductors Ordering Code...... 2 Product Range... 3 Molding Inductors (CPCMD Series)... 4 Standard External Dimensions... 4 Part Numbers & Characteristics... 6 Coating Inductors (CPCFN/H
Sunlord 1R0. Operating FEATURES. low loss. Feature Type MWSA. Nominal Inductance Nominal Value. Example R R0. 1.0μH
Moldedd SMD Power Inductors MWS Series Operating Temp. : -40 ~+125 (Including self-heating) FETURES Metal material for larg ge current and low loss Closed magnetic circuit design reduces leakage flux Halogen
Chip Ferrite Bead MCB-S/B Series
Chip Ferrite Bead MCB-S/B Series Features Monolithic inorganic material construction Closed magnetic circuit avoids crosstalk SMD Type & suitable for reflow and wave soldering Available in various sizes
HFC SERIES High Freq. Wound Ceramic Chip Inductors
FEATURES High frequency applications. Low DC resistance and high allowable DC current. Close tolerance application.2% tolerence is available for particular inductance values. Small footprint as well as
Unshielded Power Inductor / PI Series
.Features: 1. Excellent solderability and high heat resistance. 2. Excellent terminal strength construction. 3. Packed in embossed carrier tape and can be used by automatic mounting machine..applications:
SMD Multilayer Ferrite Chip Beads. Multilayer Ferrite Chip Beads. Product Identification. Dimension Conversion
SMD Multilayer Ferrite Chip Beads Multilayer Ferrite Chip Beads Chilisin offers a wide range of multi-layered ferrite chip beads with various sizes, frequency characteristics, and impedance values for
SMD Multilayer Ferrite Chip Beads. Multilayer Ferrite Chip Beads. Product Identification. Dimension Conversion
SMD Multilayer Ferrite Chip Beads Multilayer Ferrite Chip Beads Chilisin offers a wide range of multi-layered ferrite chip beads with various sizes, frequency characteristics, and impedance values for
No Item Code Description Series Reference (1) Meritek Series CRA Thick Film Chip Resistor AEC-Q200 Qualified Type
Qualified FEATURE Excellent Mechanical Strength and Electrical Stability Ideal for Pick and Place Machinery Stable High Frequency Characteristics Miniature, High Board Density Equivalent Specification
Unshielded Power Inductors
Unshielded Power Inductors /080/0804/0810/106/106 Series Inductance with current and temperature: Inductance is measured with P-484 LR Meter or equivalent. Inductance drops 10% typical at Isat level with
Ceramic PTC Thermistor Overload Protection
FEATURES compliant CPTD type are bare disc type CPTL type are leaded Low, medium and high voltage ratings Low resistance; Small size No need to reset supply after overload No noise generated Stable over
Polymer PTC Resettable Fuse:KMC Series
Features 1. RoHS compliant 2. EIA size:1206~1812 3. Hold current ratings from 0.05 to 3A 4. Voltage ratings from 6V computer and electronic applications to 60V 5. Small footprint 6. Fast time to trip 7.
CSK series. Current Sensing Chip Resistor. Features. Applications. Construction FAITHFUL LINK
CSK series Current Sensing Chip Resistor Features» 3 Watts power rating in 1 Watt size, 1225 Package» Low TCR of ±100 PPM/ C» Resistance values from 1m to 1 ohm» High purity alumina substrate for high
Multilayer Ceramic Chip Capacitors
FEATURES X7R, X6S, X5R AND Y5V DIELECTRICS HIGH CAPACITANCE DENSITY ULTRA LOW ESR & ESL EXCELLENT MECHANICAL STRENGTH NICKEL BARRIER TERMINATIONS RoHS COMPLIANT SAC SOLDER COMPATIBLE* PART NUMBER SYSTEM
C121. External Dimensions (L W) (mm) 0603 [0201] [0402] [0603] [0805]
![C121. External Dimensions (L W) (mm) 0603 [0201] [0402] [0603] [0805]](/thumbs/90/101883046.jpg "C121. External Dimensions (L W) (mm) 0603 [0201] [0402] [0603] [0805]")
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