MB96F386RWBPMC-GS-101E2

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The MB96F386RWBPMC-GS-101E2 is an embedded microcontroller designed for low-cost applications. This MCU utilizes a 32-bit RISC processor, as well as a variety of Flash and RAM memories and peripheral interfaces that are optimized for performance. The MB96F386RWBPMC-GS-101E2 is well suited for any embedded application requiring cost-effective, high-performance capabilities.

Application Field

The MB96F386RWBPMC-GS-101E2 is ideal for automotive, consumer, healthcare and industrial control applications. This MCU features two CAN (Controller Area Network) interfaces, several LCD and UART (Universal Asynchronous Receiver/Transmitter) controllers, a watchdog timer, a real-time clock, various timer/counters and general-purpose I/Os. Additionally, the MB96F386RWBPMC-GS-101E2 also supports a flexible power management system and a highly scalable on-chip memory allowing for higher performance and lower energy efficiency.

This MCU is further capable of supporting various external interfaces such as I2C, SPI (Serial Peripheral Interface), USB, PS/2, and device control and power management. Further, the MB96F386RWBPMC-GS-101E2 features several hardware peripherals, like a voltage detector, power-on-reset circuit, reset generator, and supply monitor. Built-in peripheral devices supported on the MCU includes a serial communications controller, timer, watch/timer/clock, clock output, and six 8-bit A/D channels.

Working Principle

The MB96F386RWBPMC-GS-101E2 works by executing instructions on an application-specific configuration. This MCU combines an embedded 32-bit RISC processor with Flash and RAM memory, dedicated peripheral interfaces and a highly scalable on-chip memory for a cost-effective and high-performance system. The MCU can process instructions from external sources, such as I2C, SPI and USB, to configure various hardware and software agents. Additionally, the MB96F386RWBPMC-GS-101E2 can control various peripheral devices and receive power from an external power source such as a battery. This MCU can also support parallel data transfer, allowing for better performance and responsiveness.

The MB96F386RWBPMC-GS-101E2 also features a watchdog timer, real-time clock, LCD controllers, and a variety of I/O ports. This allows for efficient data transfer and communication between the MCU and peripheral devices. The MCU can also be programmed with its own internal firmware, making it possible to generate custom logic and perform specific tasks without the need to modify external hardware.

The MB96F386RWBPMC-GS-101E2 also supports various external memory types such as Flash, RAM, EPROM, and ROM. This extensible memory system allows for higher performance and lower energy consumption by enabling the MCU to store more data in less physical space. The MB96F386RWBPMC-GS-101E2 is also capable of interfacing with different types of external memory devices to provide efficient data storage and retrieval.

In addition, the MB96F386RWBPMC-GS-101E2 can be used as a hardware platform to support user application development. This MCU supports a variety of development tools and operating systems, allowing users to develop and deploy their own applications. The MB96F386RWBPMC-GS-101E2 enables users to create custom applications and software solutions for a wide range of embedded applications.

The MB96F386RWBPMC-GS-101E2 is a cost-effective, high-performance embedded microcontroller well-suited for automotive, consumer, healthcare and industrial control applications. This MCU utilizes a 32-bit RISC processor and a variety of Flash and RAM memories, along with peripheral interfaces optimized for performance. The MB96F386RWBPMC-GS-101E2 also supports a highly scalable on-chip memory and various external interface types, which allow it to process instructions from external sources and efficiently manage data transfer and communication. This MCU is further capable of supporting user application development, making it an ideal embedded microcontroller for any cost-effective, high-performance applications.

The specific data is subject to PDF, and the above content is for reference