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MHQ0402P3N1ST000 vs MHQ0402P3N2BT000 vs MHQ0402P3N2CT000

 
PartNumberMHQ0402P3N1ST000MHQ0402P3N2BT000MHQ0402P3N2CT000
DescriptionFixed Inductors 01005 3.1nH +/-0.3nH M/L Super High-Q STDFixed Inductors 01005 3.2nH +/-0.1nH M/L Super High-Q NRWFixed Inductors 01005 3.2nH +/-0.2nH M/L Super High-Q STD
ManufacturerTDKTDKTDK Corporation
Product CategoryFixed InductorsFixed InductorsFixed Inductors
RoHSYY-
Termination StyleSMD/SMTSMD/SMTSMD/SMT
ShieldingShieldedShieldedUnshielded
Inductance3.1 nH3.2 nH3.2nH
Tolerance0.3 nH0.1 nH±0.2nH
Maximum DC Current200 mA200 mA200 mA
Maximum DC Resistance500 mOhms500 mOhms500 mOhms
Self Resonant Frequency7.9 GHz7 GHz7 GHz
Minimum Operating Temperature- 55 C- 55 C-
Maximum Operating Temperature+ 125 C+ 125 C-
Q Minimum101010
Test Frequency500 MHz500 MHz500 MHz
Termination---
Package / Case04020402-
Length0.44 mm0.44 mm0.44 mm
Width0.24 mm0.24 mm0.24 mm
Height0.24 mm0.24 mm0.24 mm
ApplicationRFRF-
SeriesMHQ-PMHQ-PMHQ-P
PackagingReelReelTape & Reel (TR)
Core MaterialCeramicCeramicCeramic
ProductFixed InductorsFixed InductorsRF Inductors
BrandTDKTDK-
Product TypeFixed InductorsFixed Inductors-
Factory Pack Quantity2000020000-
SubcategoryInductors, Chokes & CoilsInductors, Chokes & Coils-
Type--Multilayer
Current Rating--200mA
Operating Temperature Range--- 55 C to + 125 C
Package Case--0402
Operating Temperature---55°C ~ 125°C
Mounting Type--Surface Mount
Size Dimension--0.017" L x 0.009" W (0.44mm x 0.24mm)
Height Seated Max--0.010" (0.26mm)
Ratings---
DC Resistance DCR--500 mOhm Max
Material Core--Non-Magnetic
Current Saturation---
Q Freq--10 @ 500MHz
Frequency Self Resonant--5GHz
Frequency Test--500MHz
  • Empezar con
  • MHQ 910
Fabricante Parte # Descripción RFQ
TDK
TDK 		MHQ0402P4N2CT000 Fixed Inductors 01005 4.2nH +/-0.2nH M/L Super High-Q STD
MHQ0402P3N4ST000 Fixed Inductors 01005 3.4nH +/-0.3nH M/L Super High-Q STD
MHQ0402P4N0CT000 Fixed Inductors 01005 4.0nH +/-0.2nH M/L Super High-Q STD
MHQ0402P3N7ST000 Fixed Inductors 01005 3.7nH +/-0.3nH M/L Super High-Q STD
MHQ0402P4N0BT000 Fixed Inductors 01005 4.0nH +/-0.1nH M/L Super High-Q NRW
MHQ0402P3N6ST000 Fixed Inductors 01005 3.6nH +/-0.3nH M/L Super High-Q STD
MHQ0402P3N1ST000 Fixed Inductors 01005 3.1nH +/-0.3nH M/L Super High-Q STD
MHQ0402P3N5BT000 Fixed Inductors 01005 3.5nH +/-0.1nH M/L Super High-Q NRW
MHQ0402P3N8ST000 Fixed Inductors 01005 3.8nH +/-0.3nH M/L Super High-Q STD
MHQ0402P4N1CT000 Fixed Inductors 01005 4.1nH +/-0.2nH M/L Super High-Q STD
MHQ0402P3N9BT000 Fixed Inductors 01005 3.9nH +/-0.1nH M/L Super High-Q NRW
MHQ0402P3N2BT000 Fixed Inductors 01005 3.2nH +/-0.1nH M/L Super High-Q NRW
MHQ0402P3N6BT000 Fixed Inductors 01005 3.6nH +/-0.1nH M/L Super High-Q NRW
MHQ0402P4N2ST000 Fixed Inductors 01005 4.2nH +/-0.3nH M/L Super High-Q STD
MHQ0402P3N4CT000 Fixed Inductors 01005 3.4nH +/-0.2nH M/L Super High-Q STD
MHQ0402P3N7CT000 Fixed Inductors 01005 3.7nH +/-0.2nH M/L Super High-Q STD
MHQ0402P3N8CT000 Fixed Inductors 01005 3.8nH +/-0.2nH M/L Super High-Q STD
MHQ0402P4N2BT000 Fixed Inductors 01005 4.2nH +/-0.1nH M/L Super High-Q NRW
MHQ0402P3N6BT000 Fixed Inductors 01005 3.6nH +/-0.1nH M/L Super High-Q NRW
MHQ0402P3N4BT000 Fixed Inductors 01005 3.4nH +/-0.1nH M/L Super High-Q NRW
MHQ0402P3N2BT000 Fixed Inductors 01005 3.2nH +/-0.1nH M/L Super High-Q NRW
MHQ0402P4N0BT000 Fixed Inductors 01005 4.0nH +/-0.1nH M/L Super High-Q NRW
MHQ0402P3N5BT000 Fixed Inductors 01005 3.5nH +/-0.1nH M/L Super High-Q NRW
MHQ0402P3N3BT000 Fixed Inductors 01005 3.3nH +/-0.1nH M/L Super High-Q NRW
MHQ0402P3N9CT000 Fixed Inductors 01005 3.9nH +/-0.2nH M/L Super High-Q STD
MHQ0402P4N1CT000 Fixed Inductors 01005 4.1nH +/-0.2nH M/L Super High-Q STD
MHQ0402P3N8CT000 Fixed Inductors 01005 3.8nH +/-0.2nH M/L Super High-Q STD
MHQ0402P3N7CT000 Fixed Inductors 01005 3.7nH +/-0.2nH M/L Super High-Q STD
MHQ0402P3N1ST000 Fixed Inductors 01005 3.1nH +/-0.3nH M/L Super High-Q STD
MHQ0402P4N0ST000 Fixed Inductors 01005 4.0nH +/-0.3nH M/L Super High-Q STD
MHQ0402P3N3ST000 Fixed Inductors 01005 3.3nH +/-0.3nH M/L Super High-Q STD
MHQ0402P3N7ST000 Fixed Inductors 01005 3.7nH +/-0.3nH M/L Super High-Q STD
MHQ0402P3N4ST000 Fixed Inductors 01005 3.4nH +/-0.3nH M/L Super High-Q STD
MHQ0402P3N5ST000 Fixed Inductors 01005 3.5nH +/-0.3nH M/L Super High-Q STD
MHQ0402P4N1BT000 Fixed Inductors 01005 4.1nH +/-0.1nH M/L Super High-Q NRW
MHQ0402P3N7BT000 Fixed Inductors 01005 3.7nH +/-0.1nH M/L Super High-Q NRW
MHQ0402P3N8BT000 Fixed Inductors 01005 3.8nH +/-0.1nH M/L Super High-Q NRW
MHQ0402P3N9BT000 Fixed Inductors 01005 3.9nH +/-0.1nH M/L Super High-Q NRW
MHQ0402P3N4CT000 Fixed Inductors 01005 3.4nH +/-0.2nH M/L Super High-Q STD
MHQ0402P3N5CT000 Fixed Inductors 01005 3.5nH +/-0.2nH M/L Super High-Q STD
MHQ0402P4N2CT000 Fixed Inductors 01005 4.2nH +/-0.2nH M/L Super High-Q STD
MHQ0402P3N6CT000 Fixed Inductors 01005 3.6nH +/-0.2nH M/L Super High-Q STD
MHQ0402P3N3CT000 Fixed Inductors 01005 3.3nH +/-0.2nH M/L Super High-Q STD
MHQ0402P3N2CT000 Fixed Inductors 01005 3.2nH +/-0.2nH M/L Super High-Q STD
MHQ0402P4N0CT000 Fixed Inductors 01005 4.0nH +/-0.2nH M/L Super High-Q STD
MHQ0402P3N9ST000 Fixed Inductors 01005 3.9nH +/-0.3nH M/L Super High-Q STD
MHQ0402P3N2ST000 Fixed Inductors 01005 3.2nH +/-0.3nH M/L Super High-Q STD
MHQ0402P4N1ST000 Fixed Inductors 01005 4.1nH +/-0.3nH M/L Super High-Q STD
MHQ0402P3N8ST000 Fixed Inductors 01005 3.8nH +/-0.3nH M/L Super High-Q STD
MHQ0402P3N6ST000 Fixed Inductors 01005 3.6nH +/-0.3nH M/L Super High-Q STD
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