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MICROCHIP MA5KP6.0A

Manufacturer
MPN
MA5KP6.0A
LCSC Part #
C2635201
Packaging
DO-204AR
Customer #
Key Attributes
10.3VC Clamp 485A Ipp TVS DIODE DO-204AR
DatasheetMICROCHIP MA5KP6.0A
Alternative Parts5
Every Order Guarantee
100% Authentic · 30-Day Return or Replacement

Products Specifications

All
TypeDescription
CategoryCircuit Protection/Transient Voltage Suppressors (TVS)/TVS Diodes
ManufacturerMICROCHIP
PackagingDO-204AR
Clamping Voltage10.3V
Operating Temperature-65℃~+150℃
Peak Pulse Current (Ipp)485A
Peak Pulse Power Dissipation (Ppp)5kW
Number of ChannelsSingle-channel
Voltage - Breakdown6.67V
typeTVS
PolarityUnidirectional
Reverse Leakage Current (Ir)5mA
Reverse Stand-Off Voltage (Vrwm)6V

Introduction

AI Translation

The transient voltage suppressor series M5KP5.0A - M5KP110CA offers a range of standoff voltage options from 5.0 to 110 V, available in unidirectional, bidirectional, RoHS-compliant, and tin-lead solder versions. Multiple advanced screening levels are provided to enhance reliability. The clamping action is virtually instantaneous. As a result, they effectively protect equipment against ESD or EFT per IEC61000-4-2 and IEC61000-4-4 standards, as well as transient disturbances caused by inductive switching and RFI. They also protect equipment against secondary lightning strikes per IEC61000-4-5 at the specified rating levels indicated below.

Features

AI Translation
  • Unidirectional and bidirectional configurations available
  • 3σ lot screening on standby current I<sub>D</sub>
  • 100% surge-tested devices
  • High-reliability controlled devices with wafer fab and assembly lot traceability
  • Moisture Sensitivity Level 1 per IPC/JEDEC J-STD-020B — no dry pack required
  • RoHS-compliant versions available

Applications

AI Translation
  • Standoff voltage (VWM) options from 5.0 to 110 volts
  • Economy TVS series for through-hole mounting
  • M5KPxxx series features significantly reduced body diameter vs. 5KPxxx commercial series
  • Picosecond to nanosecond response time
  • Protects devices against transients from inductive switching and RFI