Z8018010PSC

Ethernet:	--
Base Part Number:	Z80180
Additional Interfaces:	ASCI, CSIO, UART
Supplier Device Package:	64-DIP
Package / Case:	64-DIP (0.750", 19.05mm)
Security Features:	--
Operating Temperature:	0°C ~ 70°C (TA)
Voltage - I/O:	5.0V
USB:	--
SATA:	--
Series:	Z180
Display & Interface Controllers:	--
Graphics Acceleration:	No
RAM Controllers:	DRAM
Co-Processors/DSP:	--
Speed:	10MHz
Number of Cores/Bus Width:	1 Core, 8-Bit
Core Processor:	Z80180
Part Status:	Obsolete
Packaging:	Tube

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Introduction

Z8018010PSC is a 32-bit microprocessor developed by Zilog, one of the first makers of embedded microprocessors. It was released in August 2014. The Z8018010PSC is used mainly in embedded systems and integrated into products that require blazing speed, high-performance, and real-time-data processing capability.

Working Principle

The Z8018010PSC works according to the Von Neumann principle, the most common architecture for microprocessors today. In this model, the computer’s main components, the Input/Output Interface, central processing unit (CPU), memory, and other components are all connected using a single communication path, or system bus. The CPU is the core piece of the Z8018010PSC and is responsible for executing instructions stored in memory and issuing control signals according to its instruction set. The memory is used to store instructions that the processor executes. The Input/Output Interface serves as a middleman between the processor and external devices such as the keyboard and monitor, receiving inputs and sending outputs. The system bus is responsible for allowing communication between the components of the processor.

Features

The Z8018010PSC has several features that make it particularly well-suited for use in embedded systems. One of the main features is its high instruction throughput, meaning that it can execute up to four 32-bit instructions in one clock cycle. This allows it to complete operations quickly and efficiently. The Z8018010PSC also has a low power usage, or power dissipation, which contributes to its advantage as an embedded processor. It requires significantly less power than other 32-bit processors and is suitable for applications where power dissipation factors are important.The Z8018010PSC also features an extremely low latency instruction set, meaning that it can quickly switch between tasks and access external memory. This allows the processor to quickly switch between processes and handle multiple tasks at once, making it suitable for applications where speed and real-time responsiveness are important.

Applications

The Z8018010PSC is used in a variety of embedded systems. Its low power usage, high instruction throughput, and low latency instruction set make it well-suited for use in medical devices, avionic systems, and industrial automation applications.In medical devices, the Z8018010PSC can be used for monitoring and controlling vital functions in patients and providing diagnoses and treatments. Its quick response time and low power consumption are advantageous in these applications. The processor is also used in avionic systems, where it can be used to control aircraft navigation systems and communication systems. Its low power consumption and high instruction throughput are beneficial in these applications.Finally, it can be used in industrial automation applications, such as programmable logic controllers (PLCs). PLCs can use the Z8018010PSC to quickly and efficiently read and execute instructions, allowing for precise and responsive control of machinery.

Conclusion

The Z8018010PSC is a 32-bit microprocessor developed by Zilog. It works according to the Von Neumann principle, allowing for communication between its components via a system bus. The Z8018010PSC features a high instruction throughput, low power usage, and low latency instruction set, making it particularly well-suited for embedded systems. It can be used in medical devices, avionic systems, and industrial automation applications, where its quick response time, low power consumption, and high instruction throughput are advantageous.

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