IMC0402ER8

IMC0402ER82NJ01 vs IMC0402ER8N2J vs IMC0402ER82NJ

 
PartNumberIMC0402ER82NJ01IMC0402ER8N2JIMC0402ER82NJ
DescriptionFixed Inductors IMC-0402-01 .082 5% ER E4Fixed Inductors 8.2nH 5%Fixed Inductors .082nH 5%
ManufacturerVishayVishayVishay Dale
Product CategoryFixed InductorsFixed InductorsFixed Inductors
Termination StyleSMD/SMTSMD/SMT-
Inductance82 nH8.2 nH82nH
Maximum DC Resistance280 mOhms350 mOhms-
Termination---
Mounting StylePCB MountPCB Mount-
Package / Case0402 (1005 metric)0402 (1005 metric)-
ApplicationRFRF-
SeriesIMC-0402-01IMC-0402
ProductFixed InductorsFixed Inductors-
BrandVishay / DaleVishay / Dale-
Case Code in04020402-
Case Code mm10051005-
Product TypeFixed InductorsFixed Inductors-
SubcategoryInductors, Chokes & CoilsInductors, Chokes & Coils-
Unit Weight0.000023 oz0.000023 oz-
RoHS-Y-
Shielding-UnshieldedUnshielded
Tolerance-5 %±5%
Maximum DC Current-320 mA-
Self Resonant Frequency-3500 MHz-
Minimum Operating Temperature-- 40 C-
Maximum Operating Temperature-+ 100 C-
Q Minimum-19-
Test Frequency-100 MHz-
Length-1 mm-
Width-0.5 mm-
Height-0.5 mm-
Diameter---
Packaging-ReelTape & Reel (TR)
Core Material-Ceramic-
Lead Diameter---
Lead Spacing---
Factory Pack Quantity-10000-
Type---
Current Rating--110mA
Package Case--0402 (1005 Metric)
Operating Temperature---40°C ~ 100°C
Mounting Type--Surface Mount
Size Dimension--0.039" L x 0.022" W (1.00mm x 0.55mm)
Height Seated Max--0.024" (0.60mm)
Ratings---
DC Resistance DCR--4.5 Ohm Max
Material Core--Ceramic
Current Saturation---
Q Freq--15 @ 800MHz
Frequency Self Resonant--1.4GHz
Frequency Test--100MHz
Hersteller Teil # Beschreibung RFQ
Vishay / Dale
Vishay / Dale
IMC0402ER82NJ01 Fixed Inductors IMC-0402-01 .082 5% ER E4
IMC0402ER8N2K01 Fixed Inductors IMC-0402-01 .0082 10% ER E4
IMC0402ER8N2J Fixed Inductors 8.2nH 5%
IMC0402ER8N2J Fixed Inductors .0082nH 5%
IMC0402ER82NJ Fixed Inductors .082nH 5%
IMC0402ER82NJ01 FIXED IND 82NH 100MA 1.25 OHM
IMC0402ER8N2J01 Inductor RF Chip Wirewound 8.2nH 5% 250MHz 25Q-Factor 680mA 104mOhm DCR 0402 T/R
IMC0402ER8N7K01 Neu und Original
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