Z86C9325PSG

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Z86C9325PSG Application Field and Working Principle

The Z86C9325PSG is an embedded microcontroller designed and manufactured by ZiLOG. It fits into variety of applications, ranging from consumer to automotive and industrial. The 8-bit device is a single-chip solution that combines microcomputer, memory and I/O peripherals in order to facilitate low power, cost sensitive embedded applications.

Application Field

The Z86C9325psG is a low power and cost effective microcontroller for embedded applications. Its ideal for cost and power-sensitive applications such as consumer electronic, smart drivers for automotive, 3-channel LED drivers and MCU-based PC products. Additionally, it is also used for industrial control and communications system.

The Z86C9325psG is optimized for applications such as clock and calendar card, MCU-based PC products, hand-held PCs, cell phones, relays, dolls and robots. It also fits into consumer electronics markets like alarm clock, digital media player, medical equipment and home applications like air conditioners, washing machines, and kitchen appliances.

Working Principle

The Z86C9325psG is based on a single-chip architecture with a ZiLOG Core (Z8) at an 8-bit Central Processing Unit (CPU), Memory, I/O Peripherals and Timers. It offers a wide range of options for controlling, reading, and processing data.

The Z86C9325psG is powered by a low-power 8-bit ZiLOG CPU operating at 10 MHz clock frequency. Because of its low power capabilities, the device can operate in the worst case at 0.5mA/MHz in active mode and 0.047mA/MHz in standby mode. It has 32KB of on-chip Flash program and 2K of RAM.

The Z86C9325psG also features a comprehensive I/O Subsystem that includes 13 I/O Ports, Serial Interface, 2 Timer Blocks, SPI, I2C and LIN support, Watchdog Timer and a Power-on-Reset (POR). It also includes support for 4-wire UARTs for Single Wire Synchronous Serial Interface (SWI) communication.

Moreover, the device also contains a variety of specialized interfaces, such as a reworkable internal 80-channel logic circuit, a programmable analog interface, a dedicated 16-channel pulse width modulation (PWM) interface for controlling LED illumination, and a special I/O port for controlling display brightness.

Furthermore, the device also features on-chip memory features such as 32KB of on-chip Flash and 2K of in-chip SRAM. In addition, the device is equipped with Clock/Calendar, RTC, and supply voltage monitoring.

Conclusion

The Z86C9325psG provides an ideal platform for implementing embedded applications. Its low power consumption and advanced features make it a suitable component for applications such as consumer electronics, smart drivers for automotive, industrial control and communications, clock and calendar card, MCU-based PC products, hand-held PCs, cell phones, dolls, and robots.

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