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UM4901A

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Microchip Technology

HF-S-BAND-LOW-DISTORTION-PIN

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UM4901A

Active
Microchip Technology

HF-S-BAND-LOW-DISTORTION-PIN

Deep-Dive with AI

DocumentsDatasheet

Technical Specifications

Parameters and characteristics commom to parts in this series

SpecificationUM4901AUM4900-S-Band-Low-Distortion-PIN Series
--
Capacitance @ Vr, F3 pF3 pF
Diode TypePIN - SinglePIN - Single
Operating Temperature--65 ░C
Operating Temperature-347 °F
Package / CaseAxialStud, Axial
Power Dissipation (Max) [Max]37.5 W25 - 37.5 W
Resistance @ If, F500 mOhm500 mOhm
Supplier Device PackageAxialAxial
Voltage - Peak Reverse (Max) [Max]100 V100 - 600 V

Pricing

Prices provided here are for design reference only. For realtime values and availability, please visit the distributors directly

DistributorPackageQuantity$
Microchip DirectN/A 1$ 37.39
50$ 35.88
100$ 33.74
250$ 32.24
500$ 31.02
1000$ 30.40

UM4900-S-Band-Low-Distortion-PIN Series

HF-S-Band-Low-Distortion-PIN

PartPackage / CaseResistance @ If, FDiode TypePower Dissipation (Max) [Max]Operating Temperature [Min]Operating Temperature [Max]Voltage - Peak Reverse (Max) [Max]Capacitance @ Vr, FSupplier Device Package
Microchip Technology
UM4902C
Stud
500 mOhm
PIN - Single
37.5 W
-65 ░C
347 °F
200 V
3 pF
Microchip Technology
UM4906C
Stud
500 mOhm
PIN - Single
37.5 W
-65 ░C
347 °F
600 V
3 pF
Microchip Technology
UM4901C
Stud
500 mOhm
PIN - Single
37.5 W
-65 ░C
347 °F
100 V
3 pF
Microchip Technology
UM4901D
Stud
500 mOhm
PIN - Single
25 W
100 V
3 pF
Microchip Technology
UM4902D
Microchip Technology
UM4902D
Stud
500 mOhm
PIN - Single
25 W
200 V
3 pF
Microchip Technology
UM4901A
Axial
500 mOhm
PIN - Single
37.5 W
100 V
3 pF
Axial

Description

General part information

UM4900-S-Band-Low-Distortion-PIN Series

These diodes are designed for transmit/receive switch and attenuator applications in HF band (2-30MHz) and below. As series configured switches these long lifetime (25?s typical) diodes can control up to 2.5 kW CW in a 50 ohm system. In HF band insertion loss is less than 0.25dB and isolation is greater than 32dB (off-state).

Documents

Technical documentation and resources