Microchip Technology HCS410/P

The HCS410 supports a code-hopping remote-control encoder and batteryless LF transponder operation. Encoder transmissions comprise a 32-bit encrypted hopping portion and a 37-bit fixed portion. In transponder mode, the device supports bidirectional challenge-response using a programmed key. The /P package suffix denotes an 8-lead plastic DIP, and the blank temperature suffix denotes the standard 0 to +70 °C grade.

Microchip identifies P as an 8-lead plastic DIP with a 300 mil body. The site's catalog maps the part to its normalized 8-DIP package. Use the manufacturer's mechanical drawing, through-hole land pattern, and pin-1 orientation for production layout.

Consult the manufacturer drawing for exact mechanical dimensions.

Microchip DS40158F 8-lead PDIP top-view assignment:

Check multiplexed pin behavior in the selected mode.

Validate configuration-dependent behavior against DS40158F.

HCS410 SOIC order codes have a different physical package and are not footprint substitutes for HCS410/P. Other HCS devices may differ in transponder function, protocol, pinout, key provisioning, or temperature grade. Verify the complete order code and system design before substitution. No unverified internal alternative is linked.

Microchip Technology's HCS410 datasheet DS40158F documents code-hopping and transponder functions, electrical conditions, PDIP pinout, and product identification. Its ordering table defines P as 8-lead 300 mil plastic DIP and blank temperature suffix as 0 to +70 °C.

Verify HCS410/P marking, package, and lot traceability. Program keys, serial identity, seed, and configuration through an authorized process and validate with the intended receiver and transponder reader.

Protect manufacturing keys and validate receiver synchronization, LF coil design, challenge-response mode, switch functions, output timing, electrical limits, and the complete system against DS40158F before release.