96MPXEB-1.8-35M20T

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The 96MPXEB-1.8-35M20T is an embedded microprocessor technology well-suited for a variety of industrial, automotive and consumer applications. This article will discuss the application field and working principle of the 96MPXEB-1.8-35M20T microprocessor.

First and foremost, the 96MPXEB-1.8-35M20T is designed for applications demanding high processing power at low power consumption. Particularly, the microprocessor is intended for applications where cost is a critical factor since it offers an optimized cost/performance ratio. These applications can range from industrial motor controls and factory automation to home security and energy management systems. In addition, its robust design and features such as high reliability and low-power modes make it suitable for the automotive sector. The 96MPXEB-1.8-35M20T is also well suited for applications in consumer electronics and will be perfect for any product design requiring low power, high performance control and low cost.

The 96MPXEB-1.8-35M20T is a 32-bit microprocessor with a high-performance and low-power design. It is based on a 32-bit Harvard architecture, featuring a four-stage pipeline and a twelve-stage instruction prefetch. It operates at a clock frequency of up to 35MHz and integrates the instruction processor core, memory management unit, and interrupt controller. It is capable of addressing up to 32 MB of program memory and 32 MB of data memory accommodating up to 16 external interrupt sources. These features allow the Processor to meet the requirements of various applications including motor control, data acquisition, and microcontroller-based systems.

The 96MPXEB-1.8-35M20T features a total of seven interrupt signals that can be generated by the processor itself or from the external I/O pins. Four of the interrupts are associated with individual functional peripherals (Timer, UART, NMI, and Detector) and three are operable as general-purpose interrupts. Also, the Processor includes Support for up to six mode pins which can be used to provide additional interrupt sources and/or provide access to additional memory. This feature allows the Processor to meet the requirements of applications that require additional interrupts and/or more memory. This is especially useful in motor control and automotive applications.

The 96MPXEB-1.8-35M20T supports a total of four buses, the program bus, the data bus, the address bus, and the control bus. The program bus is used to store and fetch instructions while the data bus is used to transfer data between memory and peripherals. The address bus is used for memory access and the control bus is used for controlling operations such as enabling/disabling peripherals. The Processor also supports multiple power supply options ranging from 1.8V to 5.0V and is designed to reduce the power consumption when idle. This feature makes it suitable for automotive applications.

The 96MPXEB-1.8-35M20T also features a range of peripherals and features, providing an integrated solution for designing cost-effective, high-performance embedded systems. The Processor features an on-chip Ethernet and USB port, as well as up to five serial communication peripherals (UART, SPI, CAN, I2C, and TTL). It also includes an LCD driver and an 8-channel 16-bit A/D converter as well as a 10-bit D/A converter. All these features ensure that designers have access to a complete and cost-effective solution when designing their systems.

In conclusion, the 96MPXEB-1.8-35M20T is a highly integrated 32-bit embedded microprocessor, well suited for applications demanding high performance and low power consumption, such as in industrial motor controls, factory automation, automotive, home security, energy management systems and consumer electronics. Its features and peripherals provide designers with a cost-effective solution for embedded system designs.

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