96MPXEB-1.7-20M20T

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Microprocessors are one of the most fundamental components in embedded systems. The 96MPXEB-1.7-20M20T is a modern microprocessor designed to tackle the processing needs of embedded systems. This guide outlines the application field of this microprocessor as well as its working principle.

Application Field

The 96MPXEB-1.7-20M20T microprocessor is designed to address the needs of embedded systems that require fast, reliable, power efficient computations. It is mostly used in applications with stringent real-time performance requirements such as medical, industrial, and aerospace systems. It can also be used in low-power handheld devices, video surveillance systems, gaming consoles, off-line instrumentation, and ultra-low power wireless sensor nodes.

The 96MPXEB-1.7-20M20T is built with an 8051 core architecture and 2K words of program memory, which is perfect for resource-intensive embedded applications. It features an optimized instruction set, high-speed arithmetic and logic units, fast context-switching, and on-chip memory management. This results in a dense, low-cost, real-time solution that can be integrated into a wide range of embedded systems.

The 96MPXEB-1.7-20M20T is an energy-efficient processor as it consumes only 3.2mA of current when operating at 20MHz. This makes it an ideal choice for low-power applications, as it consumes less power compared to traditional microprocessors. The microprocessor also features on-chip peripherals such as UART, I2C, PWM, SPI, 8-channel 12-bit analog-to-digital converter, and an on-chip oscillator. It also comes with a host of software development tools and design kits.

Working Principle

The 96MPXEB-1.7-20M20T is based on a Harvard-style architecture, which consists of two separate buses that handles program execution and data manipulation. The program memory contains the instructions which direct the core of the microprocessor to perform the required tasks. The program memory holds 2K words, or 8K bytes of data, and it has a high-speed address and program counter. Data memory on the other hand, stores the data used by the program during execution. It stores 16 bytes of data and is accessed by a variety of instructions.

The 96MPXEB-1.7-20M20T microprocessor is a pipelined processor, meaning instructions are executed in a continuous, uninterrupted flow. In pipelining, instructions are divided into five stages which are performed sequentially. To achieve faster execution, all five stages of the instruction cycle can overlap, allowing instructions to be executed faster. The 96MPXEB-1.7-20M20T microprocessor also has interrupts which are used to communicate with peripherals and respond to events such as timer overflows and external signals.

The 96MPXEB-1.7-20M20T microprocessor is also equipped with an on-chip bus controller to facilitate quick connection with external devices over a variety of buses such as I2C, SPI, UART, SCI, CAN, and SATA. It also has an on-chip oscillator to reduce external hardware needs and provide clock signals for internal functions. In addition, it has an on-chip power management unit for power optimization.

The 96MPXEB-1.7-20M20T microprocessor is a powerful, versatile microprocessor designed specifically for embedded systems. It offers fast performance, low power consumption, and efficient programming tools. It is a great choice for low-power, real-time embedded applications.

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