MB96F695RBPMC-GSE1

MB96F695RBPMC-GSE1 is an embedded microcontroller developed by Panasonic Automation Coperation. It is suitable for various industrial systems, such as access control, medical instruments, and automotive control systems. It has powerful functions, including 1024KB Flash memory, 512KB RAM, and various communication protocols, as well as an embedded CAN BUS controller. The working principle of the MB96F695RBPMC-GSE1 can be divided into three parts.

Processor and IC Subsystem

The MB96F695RBPMC-GSE1 features an 8-bit RISC CPU supported by a 128-bit instruction set. The processor is powered by a 4-channel LCD and a 3-bit port to support hardware-related operations and to processing data. In addition, it has an I/O controller, which allows the CPU to access multiple ports and control the external hardware, such as memory and peripherals.

Memory Subsystem

The MB96F695RBPMC-GSE1 has a 1KB Flash memory, with 512KB RAM and 4KB EEPROM. This memory subsystem provides fast read and write access rates, allowing the processor to quickly process data and reach maximum performance. In addition, the memory subsystem supports various communication protocols, including Wired and Wireless Protocols, to allow for communication with external devices.

Communication Subsystem

The MB96F695RBPMC-GSE1 also has a built-in CAN bus controller. This controller allows the processor to connect with other CAN bus enabled devices, such as motor controllers, and remote units. This capability enables system designers to easily implement a wide range of communication protocols, including CANopen, CANJ1939, and C3PO.

In short, the MB96F695RBPMC-GSE1 is a powerful and versatile embedded microcontroller. It has a fast processor, a powerful memory subsystem, and a communication subsystem that support multiple protocols. This makes it an ideal choice for many industrial applications, such as access control, medical instruments, and automotive controls systems.