MB91F376GPMC3-GS

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MB91F376GPMC3-GS Application Field and Working Principle

The MB91F376GPMC3-GS is an advanced single-chip, 8-bit microcontroller developed by Fujitsu Microelectronics Inc. It is an embedded microcontroller, specifically designed for use in automotive applications such as airbag systems, brake systems, steering systems, body electronics, and communication systems. The MB91F376GPMC3-GS is capable of generating a powerful pulse signal, allowing for precise and secure communication between ECUs.

Features

• High Performance 8-bit CPU Core
• AD Conversion with 10-bit Resolution
• Supports Up To 64K Code Memory
• 4 Timers and 2 Counters for Fast Edge Detection and Pulse Measurement
• Multi-Layer Interrupt Controller with 8 Priority Levels
• High Clock Frequency—Up to 16 MHz
• On-Chip Flash Memory, SRAM, EEPROM
• CAN Interface
• Serial Port Interface (UART, SSC and SPB)
• PWM Outputs for Smart Control and Noise Reduction
• LIN (Local Interconnect Network) Interface

Applications

MB91F376GPMC3-GS is widely used in a wide variety of automotive applications, including airbags, brakes, steering systems, body electronics and communications systems. It is also useful for applications requiring precise and secure communication between ECUs and fast edge detection and pulse measurement. It is also suitable for general control applications such as industrial automation and home automation.

Working Principle

MB91F376GPMC3-GS features a single-chip 8-bit processor, encoded with an internal memory of 64KB code. It also includes AD conversion with 10-bit resolution, 4 timers and 2 counters for fast edge detection and pulse measurement, 8 priority levels, high speed up to 16 MHz, on-chip flash memory, SRAM, and EEPROM, CAN interface, serial port interface (UART, SSC, and SPB) and PWM outputs for smart control and noise reduction.

The on-chip flash memory, SRAM, and EEPROM are used for storing program codes and data. The CAN interface is used for communication between different electronics units by employing a serial communication protocol. The serial port interface (UART, SSC, and SPB) enables communication solutions between embedded systems utilizing serial data transmission. The PWM Outputs are used to provide electrical power with variable duty cycles and frequencies, enabling implementation of noise reduction measures.

The MB91F376GPMC3-GS is capable of generating a powerful pulse signal with precise and secure communication between ECUs. It also has 4 timers and 2 counters for fast edge detection and pulse measurement to maintain control accuracy. The 8 priority levels of its multi-layer interrupt controller enable fast interrupt response, allowing the processor to continually access data from the ECUs and perform necessary operations.

The MB91F376GPMC3-GS microcontroller has been proven to be a reliable and stable device for a variety of automotive applications. The wide range of features it offers have made it a popular choice for manufacturers and engineers.

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