ZGP323HSH2804C

The ZGP323HSH2804C is an embedded microcontroller typically used in both commercial and industrial applications. This processor is based on a 8-bit Harvard architecture and is compatible with the popular HCS865 family of microcontrollers. The byte-addressable device is used for a range of application across sensing, measurement and communication.

The ZGP323HSH2804C offers many features that are present in today\'s market-leading 8-bit microcontrollers, such as sixteen I/O lines and programmable pull-ups. It also features a 10-bit ADC, a low DPI flash memory, 1-8K EPROM, and 512 bytes of RAM.

At its core, the ZGP323HSH2804C is built upon a Harvard architecture, allowing both program codes and data to be stored in separate memory spaces. This allows for both greater speed and efficiency in which code can be executed. Furthermore, the ZGP323HSH2804C has an internal oscillator, allowing for use of low frequency signals, eliminating the need for external clock sources.

The ZGP323HSH2804C has two internal interrupt sources, allowing it to respond quickly to external events. The interrupt system can be configured to trigger external hardware or to initiate a function in the processor. In addition, a watchdog timer can be used to catch any program errors, restoring the processor to its last known safe state.

In terms of power consumption, the ZGP323HSH2804C is very efficient. It takes only about 0.12mA during normal operation and lowers significantly at sleep mode. This makes it suitable for applications such as remote monitoring, where power conservation is important.

In conclusion, the ZGP323HSH2804C is a versatile and efficient 8-bit microcontroller design. It features a small form factor, making it compatible with a variety of applications. With its Harvard architecture and low power draw, the ZGP323HSH2804C is perfectly suited for a range of sensing, measurement and communication tasks.