MB91F526JSCPMC-GSE2

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Embedded - Microcontrollers

The MB91F526JSCPMC-GSE2 is a 16-bit microcontroller designed for embedded systems. The device is based on the Renesas integrated 8-bit microcontroller architecture and integrates multiple peripherals, including LCD controllers and other specialized communications-related peripherals. The MB91F526JSCPMC-GSE2 also includes an onboard non-volatile memory area which can be used for code or data storage. It runs at a maximum frequency of 24 MHz.

Application Field

Mb91F526JSCPMC-GSE2 is typically used in communication applications. It can be used in industrial control, Consumer Electronics, automotive, and military products. The device is particularly suited to applications which require long battery life, low power consumption and high speed operation.

The device has several useful potential applications in communication devices including portable devices, converged portable devices, and powered smart cards. The On-Chip Interrupt Cache (OCIC) provides higher interrupt latency than is typical of single chip 8 bit microcontrollers. The device is also well suited to applications where fast response time, flexibility, low power consumption and small physical size are of primary importance.

Working Principle

The MB91F526JSCPMC-GSE2 has a 16-bit CISC architecture which is optimized for low power consumption. The device has an enhanced power saving ability, making it suitable for embedded applications where fast response time, flexibility and low power consumption are of primary importance. The device has an onboard non-volatile memory area which is used for code and data storage.

The device has an internal oscillator that operates at 8 MHz or 8.192 MHz, allowing the device to operate with low vibration and noise. In addition, the device provides support for a crystal oscillator that operates at up to 24 MHz, allowing the device to provide higher code execution speed.

The device also has a 10-bit A/D Converter and four 10-bit PWM digital outputs. The On-Chip Interrupt Cache (OCIC) provides higher interrupt latency than is typical of single chip 8 bit microcontrollers. The P24W8CF6, the P24WGZ6, and the P24WGFX6 are pinout compatible modules which support flash programming of the device.

The device has an enhanced bootstrap loader which allows the device to be automatically configured and programmed for a wide range of applications. The device also has an on-board debug support which allows the user to debug and test their code. Additionally, the device includes enhanced peripherals and an On-Chip Power Management Unit (PMU) which allows the device to be operated in a wide range of supply voltages.

The MB91F526JSCPMC-GSE2 device contains a variety of communication peripherals, including two USARTs, four SPI ports, and two I2C ports. The device also has a host controller and supports a variety of interfaces, including CAN, Ethernet, USB, and PCIe.

The device also has an interrupt controller and supports up to 32 interrupts. The device also supports wake-up functions and power saving modes to reduce power consumption while the device is not in use.

The MB91F526JSCPMC-GSE2 is a 16-bit microcontroller which is optimized for low power consumption and fast response time. The device has a variety of communication peripherals, including two USARTs, four SPI ports, and two I2C ports. It includes an onboard non-volatile memory area which can be used for code or data storage. It also includes an On-Chip Interrupt Cache (OCIC) for improved performance. Lastly, the device is pinout compatible with modules supporting flash programming. All of these features add up to make the MB91F526JSCPMC-GSE2 an ideal device for a wide range of embedded applications.

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