Microchip devices enable CPLD-like functionality on MCU — 2026 Automotive IC Update

Source: Electronics Weekly | April 26, 2026  |  Category: Automotive IC

Microchip devices enable CPLD-like functionality on MCU

Featured Part Numbers: CPLD-like, PIC16F13276, PIC18-Q35

The PIC16F13276 and PIC18-Q35 families see Microchip expanding its Configurable Logic Block (CLB)–based MCU portfolio. CPLD Aiming at motor control, industrial automation and automotive safety applications, they seek to combine ... The post Microchip devices enable CPLD-like functionality on MCU appeared first on Electronics Weekly.

Key Specifications

Parameters sourced from public distributor data for CPLD-like, PIC16F13276.

Refer to the official datasheet for complete specifications and absolute maximum ratings.

Typical Application Scenarios

ADAS radar/camera, EV BMS, powertrain ECU, body control module

• Design-In Support: BOM cross-reference and reference schematics available
• Volume Procurement: Competitive pricing tiers for 1K+ unit orders
• Supply Continuity: Buffer stock program for production-critical components

Market Availability & Lead Time Outlook

Current supply conditions for Automotive IC from TI: standard lead times of 8–16 weeks. ODK maintains buffer inventory for select critical part numbers — contact us for real-time stock check.

ODK Automotive-Grade Component Supply

ODK supplies AEC-Q100/Q101/Q200 certified components for ADAS, EV/BMS, and powertrain applications. PPAP documentation support and IATF 16949 traceability available.

-> Automotive Sourcing Request  |  BOM Kitting

A Note on Sourcing from ODK

We're not the cheapest option on every part number, and we won't claim to be. What we are is consistent: genuine parts, real inventory, straight answers on lead time, and delivery that matches what we quote.

For buyers dealing with a tricky BOM — a mix of standard production parts, a few EOL items, and maybe one or two that require import coordination — that consistency saves time. Reach out if that sounds relevant to what you're working on.

Reference: Electronics Weekly — April 26, 2026