The COP87L22CJ is an advanced 8-bit microcontroller featuring a memory-mapped architecture with versatile I/O capabilities and robust system protection features. Designed for low-power operation across a wide voltage range, this microcontroller combines high performance with flexible configuration options, making it suitable for a variety of embedded control applications.
With its efficient instruction set architecture, the device delivers 1 μs instruction cycle time at maximum clock speed. The integrated peripheral set including serial communication interfaces, timer/counter functions, and analog comparators provides comprehensive system control capabilities in a single package solution.
The COP87L22CJ is designed for a broad range of embedded control applications, including:
The device's combination of low-power operation, robust protection features, and flexible I/O configuration makes it particularly suitable for battery-powered and mission-critical applications where reliability is paramount.
The 28-pin package includes the following pin functions:
The COP87L22CJ features an 8-bit CPU core with a memory-mapped architecture that provides efficient access to both program and data memory. The instruction set is optimized for control applications, featuring single-cycle execution for most instructions. The core includes an arithmetic logic unit (ALU), program counter, stack pointer, and status register.
The microcontroller implements a unified memory space with:
The integrated peripherals include:
The COP87L22CJ is supported by a comprehensive development ecosystem including:
The device is available in several variants: