15 NH CHIP Search Results

Contextual Info: 0402 CHIP INDUCTORS OutgassingCompliantChipInductors AE235RAA 30 120 110 100 27 nH 80 70 60 50 40 30 20 25 Inductance nH 90 10 20 -55 -40 19 nH -20 20 40 60 80 100 120 140 160 Ambient temperature (°C) 15 12 nH A 1 nH 10 100 1000 E terminal Typical Q vs Frequency

Dale 3100

Abstract: HP-4291A IFC-0603 IFC-0805
Contextual Info: Model IFC-0603 and IFC-0805 New High-Frequency Chip Inductor Using Photolithographic Process: Q > 80 at 1700 MHz; 15 GHz SRF; 2% Tolerance Available Vishay Dale Photo-Etched Ceramic Inductor for Critical Impedance-Matching Circuits FEATURES • Inductance Values: 0603 1.5 nH to 18 nH; 0805 1.5 nH to 47 nH

HP-4291A

Abstract: IFC-0805
Contextual Info: IFC-0805 Vishay Dale High Q/SRF, Low Value Chip Inductors FEATURES • • • • • STANDARD ELECTRICAL SPECIFICATIONS RATED Q TYPICAL L DC DCR SRF 100 100 800 1700 TYP. MAX. CURRENT MHz L MHz MHz MHz MHz (mA) (Ω) (nH) TOL. 1.5 0.3 nH 18 57 125 > 15 000 0.04

Contextual Info: UNSHIELDED CHIP INDUCTORS PM06 Dimensions PM06 SERIES Miller Number PM06-1N5 PM06-1N8 PM06-2N2 PM06-2N7 PM06-3N3 0.80 4+/-.15 Test Typ. Q Fo R,dc I,dc L+0.3 Freq. @ 800 Min. Max. Max. nH Q MHz MHz MHz Ohms mA 1.5 1.8 2.2 2.7 3.3 L±5% nH 3.9 4.7 5.6 6.8 8.2

Contextual Info: Document 773-1 Ferrite Chip Inductors – 0603AF •฀ •฀Heavier฀gauge฀wire฀for฀low฀DCR Part number1 Inductance2 ±5% nH 0603AF-15NXJR_ 15 @ 7.9 MHz 0603AF-33NXJR_ 33 @ 7.9 MHz

2n2m

Abstract: PH 33 G
Contextual Info: UNSHIELDED CHIP INDUCTORS PM0805 SERIES L Test Q Test Freq. Freq. Miller L+20% Q Number nH Min. MHz MHz PM0805-2N2M 2.2 15 250 1500 PM0805-3N3M 3.3 50 250 1500 PM0805-6N8M 6.8 50 250 1000 PM0805-8N2M 8.2 50 250 500 PM0805-12NM 12 50 250 500 PM0805-15NM 15

Contextual Info: 1 Coils Inductors For Mobile Communication Fixed RF-frequency THIN-FILM CHIP INDUCTORS Nano-henry type for cellular and cordless phone NLU series NLUG1608TYPE ELECTRICAL CHARACTERISTICS Inductance (nH) Inductance tolerance Q min. typ. 15 ±2% 10 18 ±2%

PM0805-6N8M

Contextual Info: UNSHIELDED CHIP INDUCTORS PM0805 SERIES L Test Q Test Miller L±20% Q Freq. Freq. Number nH Min. MHz MHz PM0805-2N2M 2.2 15 250 1500 PM0805-3N3M 3.3 50 250 1500 PM0805-6N8M 6.8 50 250 1000 PM0805-8N2M 8.2 50 250 500 PM0805-12NM 12 50 250 500 PM0805-15NM 15

Contextual Info: 0603 CHIP INDUCTORS Chip Inductors for Critical Applications ST312RAM • ■ ■ ■ Higher inductance values than ceramic 0603 inductors Heavier gauge wire for low DCR Ferrite construction for high current handling Inductance values from 15 nH to 10 µH

Contextual Info: 0603 CHIP INDUCTORS Chip Inductors for Critical Applications ST312RAM • ■ ■ ■ Higher inductance values than ceramic 0603 inductors Heavier gauge wire for low DCR Ferrite construction for high current handling Inductance values from 15 nH to 10 µH

st733

Contextual Info: 0603 CHIP INDUCTORS Chip Inductors for Critical Applications ST312RAM • ■ ■ ■ Higher inductance values than ceramic 0603 inductors Heavier gauge wire for low DCR Ferrite construction for high current handling Inductance values from 15 nH to 10 µH

Contextual Info: Document 773-1 Ferrite Chip Inductors – 0603AF • Higher inductance values than ceramic 0603 inductors • Heavier gauge wire for low DCR • Ferrite construction for high current handling • Inductance values from 15 nH to 10 µH Impedance typ Ohms

0603AF-102

Abstract: 0603AF-103XJR 0603AF-271
Contextual Info: Document 773-1 Ferrite Chip Inductors – 0603AF • Higher inductance values than ceramic 0603 inductors • Heavier gauge wire for low DCR • Ferrite construction for high current handling • Inductance values from 15 nH to 10 µH Impedance typ Ohms

Contextual Info: Document 773-1 Ferrite Chip Inductors – 0603AF • Higher inductance values than ceramic 0603 inductors • Heavier gauge wire for low DCR • Ferrite construction for high current handling • Inductance values from 15 nH to 10 µH Impedance typ Ohms

Contextual Info: Document 773-1 Ferrite Chip Inductors – 0603AF • Higher inductance values than ceramic 0603 inductors • Heavier gauge wire for low DCR • Ferrite construction for high current handling • Inductance values from 15 nH to 10 µH Impedance typ Ohms

Contextual Info: Document 773-1 Ferrite Chip Inductors – 0603AF • Higher inductance values than ceramic 0603 inductors • Heavier gauge wire for low DCR • Ferrite construction for high current handling • Inductance values from 15 nH to 10 µH Impedance typ Ohms

0603AF-472

Abstract: 0603AF-103XJR
Contextual Info: Document 773-1 Ferrite Chip Inductors – 0603AF • Higher inductance values than ceramic 0603 inductors • Heavier gauge wire for low DCR • Ferrite construction for high current handling • Inductance values from 15 nH to 10 µH Impedance typ Ohms

S 1040 smd

Contextual Info: SMD Wire Wound Ceramic Chip Inductors – LCN 0402 Series Electrical Characteristics Part Number Inductance nH Test Frequency (MHz) Tolerance (±%) Q Min SRF (MHz) Min Rdc (Ω) Max Irms (mA) Max LCN0402T-1N5□-S 1.5 250 10 / 5 15 11300 0.050 1040 LCN0402T-2N0□-S

HPA4195A

Abstract: MLC108
Contextual Info: Multilayer Chip Inductors MLC10 Dimensions In. MLC10 A .079 ±.008 B .04 7±.00 8 C .035+ .008 D .020 ±.011 Allied Part Number Inductance Tolerance (nh) (%) Q Min. Test Freq. (MHz) SR F Min. (MHz) DCR Max. 50 320 .20 MLC10-R047M .047 20 15 MLC10-R068M .068

LQH31CN100K01

Abstract: LQM18NN82NM00 EIA1206
Contextual Info: Coils/Delay Lines Chip Coils for General Use Monolithic Type • LQM18N Series 0603 «4 » L Q M 1 8N Series Inductance (nH) Rated Current (mA) Max. of DC resistance (ohm) Q (min.) Self Resonance Frequency (MHz) EIA LQM18NNR10K00 100 -1 0% 50 0.50 max 15 at 25MHz

Contextual Info: A Dimensions: [mm] B Recommended land pattern: [mm] D Electrical Properties: Properties Test conditions Value Unit Tol. Inductance 500 MHz Q-factor 500 MHz L 15 nH ± 2% Q 13 Q-factor 500 MHz min. Q 17.50 typ. DC Resistance DC Resistance @ 20°C RDC 0.91 Ω

S50055

Abstract: 11 AK 30 S-2 g2501 s200 251 5
Contextual Info: ATC 0 8 0 5 W L S E R I E S W I R E W O U N D CHIP INDUCTORS Inductor Selection Guide Inductance Tolerance Code nH T T JÄ . yK 2.8''j'2ÍO ( 3.0 <? 250 (MHz) 3.3 <? 250 (MHz) <g>2501 6.8 €* 2501 7.5 <S* 250 « 8.2 <?>250 (MHz) 10<5>250( 12 <5*250 ( 15<3*250(

Contextual Info: Filename: tfs 1842d.doc Version 1.0 VI TELEFILTER 29.11.2004 Filter specification TFS 1842D 1/5 Measurement condition Ambient temperature: Input power level: Terminating impedance: Input: Output: 23 °C dBm 50 Ω 150 Ω | 15 nH Characteristics Remark: The maximum attenuation in the pass band is defined as the insertion loss ae. The nominal frequency fN is fixed at 1842,5 MHz without any tolerance or

Contextual Info: SST29EE512-120-4C-NH IL08D 512 K-BIT FLASH MEMORY 1 32 31 30 12 NC 5 2 VDD 3 NC 4 NC —TOP VIEW— 11 29 A1 10 A2 9 28 6 A0 A3 8 27 7 8 26 9 25 7 6 5 10 24 11 23 12 22 27 26 23 25 4 GND 21 14 15 16 18 19 24 PIN No. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 I/O