Home SMC Diodes

P4SMF10CA

SMC Diodes Logo
Manufacturer Part Number (MPN) P4SMF10CA
Manufacturer SMC Diodes
Short Description TVS Diode, 400W, 10V Vbr Min, 11.1V Vbr Max, Bidirectional, DO-219AB(SMF)
Datasheet 📄 Datasheet

Supreme Components is an authorized distributor of SMC Diodes. We do not carry stock of this item but can quote upon request. Submit your request using the form.

Product Attributes

TYPE
DESCRIPTION
Polarity
Bidirectional
Package Type
DO-219AB (SMF)
Clamping Voltage
17 Volts
Reverse Standoff Voltage
10 Volts
Maximum Breakdown Voltage
12.3 Volts
Minimum Breakdown Voltage
11.1 Volts
Operating Temperature Range
Minus 55 Degrees Celsius to 150 Degrees Celsius (Junction Temperature)
Peak Pulse Power Dissipation
400 Watts

Ordering Information

Parameter
Value
Mpq
7500
Packaging Type
TAPE_AND_REEL

Full Description

The P4SMF10CA from SMC DIODES is a Transient Voltage Suppressor (TVS) diode designed to protect sensitive electronic components from voltage transients induced by lightning, electrostatic discharge (ESD), and inductive load switching. This bidirectional TVS diode features a power dissipation of 400W and a breakdown voltage ranging from 10V (minimum) to 11.1V (maximum). Packaged in a DO-219AB(SMF) surface-mount package, it offers a compact footprint for high-density circuit board designs. Supreme Components International is an authorised distributor of SMC DIODES, ensuring you receive genuine, high-quality components. The P4SMF10CA provides robust overvoltage protection, enhancing the reliability and longevity of your electronic devices. Its bidirectional characteristic makes it suitable for AC and DC applications.

Looking for more SMC Diodes connectors? [Click here to browse all SMC Diodes parts]

Supreme Components is an authorized distributor of SMC Diodes. We do not carry stock of this item but can quote upon request. Submit your request using the form.

This is a staging environment

Supreme Components is an authorized distributor of . We do not carry stock of this item but can quote upon request. Submit your request using the form.

×