Z8F041APJ020SG

Z8F041APJ020SG Embedded Microcontrollers

The Z8F041APJ020SG is a multi-functional, single-chip, 8-bit microcontroller from Zilog. It is part of the F041 core family, which supports I/O data bus width up to 8-bits, as well as instruction and data bus width up to 16-bits.

Application Field

The Z8F041APJ020SG is suitable for use in embedded and industrial applications such as motor control, security systems, sensor instrumentation, portable printers and measurement, open-loop and closed-loop systems, and real-time applications in harsh environments.

Features and Benefits

• Integrated 8-bit microcontroller
• Up to 8KB on-chip program memory
• Up to 512 bytes of on-chip RAM
• Up to 64KB of external ROM
• Up to 1KB of external RAM
• Low power consumption
• On-chip real-time clock and crystal oscillator
• High speed serial port
• Supports sleep mode
• Flexible interrupt controller

The Z8F041APJ020SG offers enhanced peripheral set, additional memory and I/O resources, enhanced encryption capabilities and enhanced timer/counter functions for programmable systems.

Working Principle

The Z8F041APJ020SG is programmed using a combination of 8051 assembly language and Zilog\'s ZDS II compiler. Programming tools include ZDS II and the Zilog EZ-8 simulator. The programming language can be used to perform a variety of operations on the microcontroller including data manipulation, input/output control, interrupts, and memory access.

This microcontroller includes an intelligent 8-bit processor core and related on-chip peripherals and features. Through instructions and control flow messages, the microcontroller interprets instructions sent to it by the embedded program. Program instructions control the sequence of operations, such as data manipulation and I/O activities, and enable the microcontroller to complete individual tasks. In addition to program instructions, there are special programming statements that control the flow of program execution.

The Z8F041APJ020SG 8-bit microcontroller offers low power consumption and high speed for embedded applications. It is designed for use in cost-sensitive applications and has high performance, an easy-to-use development environment, and a low power on-chip power management system.