MC68MH360CZQ25L

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Embedded systems are composed of microprocessors, digital signal processors and microcontrollers, which works together to achieve a specific task. MC68MH360CZQ25L, one of the popular embedded systems, is a member of Motorola’s HC16 family. What should we know about its application fields and working principles? Let’s examine this powerful controller.

Application field

Motorola’s MC68MH360CZQ25L is an 8-bit HC16 processor with an on-chip CMOS technology. It is especially good for embedded systems for critical applications including automotive, industrial, HVAC, and machine control with RAM from 2K to 32K bytes. It also supports up to 20 I/Os, including 10 input/output lines, 6 analog inputs, and 4 timer/counters.

This controller offers versatile, low-cost digital control of automotive and industrial systems. Its high-speed operation, low power consumption, and wide temperature range make it suitable for use in extremely harsh environments. Its versatile digital and analog inputs and outputs capable of operating with a wide variety of sensor and actuator technologies make it perfect for controlling mobile equipment, machine tools, and precision positioning tasks.

Working Principle

The MC68HC16ZC8 is an 8-bit microcontroller that incorporates a CPU, interrupt controller, memory interface, timer/counter, and other peripheral functions. It has a 16-bit address bus with 16K bytes of program memory and 4K bytes of data RAM. It also has 6 input/output ports and 4 analog comparator input lines. In order to control other devices, it has a control signal processor (CSP), enabling it to accept various low-speed serial protocols.

The MC68HC16ZC8 has an 89C51-style instruction set, allowing for easy programming. With its powerful instructions, it can execute complex instructions in more efficient ways than traditional 8-bit controllers. For example, the MOV instruction can be used to move up to 4 bytes of data with a single instruction, while the MUL instruction can be used to carry out 32-bit multiplications in a few clock cycles.

The MC68HC16ZC8 also has an interrupt controller that can manage up to 7 interrupts with vector-based handling. The interrupt handler can be customized with a separate interrupt stack, allowing advanced interrupt handling capabilities. The timer/counters can be used to generate accurate and regular timing interrupts or to count external events.

Conclusion

The MC68MH360CZQ25L is a powerful controller that is suitable for many embedded control applications from automotive to precision positioning. It is an 8-bit microcontroller that has a CPU, interrupt controller, timer/counters, and other peripheral functions. Its versatile digital and analog inputs and outputs make it perfect for controlling mobile equipment, machine tools, and precision positioning tasks. Its high-speed operation, low power consumption, and wide temperature range make it a reliable and cost-effective option for many embedded applications.

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