TSC87251G2D-L16CE

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TSC87251G2D-L16CE Application Field and Working Principle

The TSC87251G2D-L16CE is an embedded microcontroller used in industrial and consumer applications. It is a low-cost, 16-bit microcontroller that is based on a 32-bit RISC core and provides a wide range of peripherals to meet the needs of most embedded applications. It is designed for embedded systems applications, but can also be used in automation systems, medical devices, automotive and consumer products. The TSC87251G2D-L16CE is suitable for applications needing high performance, low power consumption and cost-effectiveness.

Features

The TSC87251G2D-L16CE features both the fast and efficient 16-bit coprocessor, the ARM Cortex-M3 processor, which is well suited for low-speed microcontrollers in both application and control tasks. The TSC87251G2D-L16CE incorporates a set of essential peripherals with two CAN channels, two Universal Asynchronous Receiver/Transmitter (UART) channels, one USB Device/Host channel, one I2C channel and one Serial Peripheral Interface (SPI) channel. It also has 8 general purpose I/O (GPIO) lines and can support up to 32 kB of program memory and 32 kB of flash memory. In addition, it has a watchdog timer, real-time clock and other features for time-critical applications. It has an 8-channel 8/16-bit ADC and an 8-channel 8/16/32-bit timer/counter.

Applications

The TSC87251G2D-L16CE is ideal for a variety of embedded applications. It can be used in mobile phones and other mobile devices, automotive applications, industrial automation, medical and transport control, communications and networking, and smart home and industrial automation. Its low power consumption and cost-effectiveness make it particularly attractive for applications with low power budgets and savings in design and manufacturing costs.

Working Principle and Operation

The TSC87251G2D-L16CE is based on a simplified Von Neumann architecture. This means that all memory and input/output (I/O) devices are shared by the processor and memory, instead of separating them into distinct components. The processor can access the data stored in the memory and read/write the data to/from the input/output devices. The processor is then able to execute tasks based on the data from the memory and input/output devices. The TSC87251G2D-L16CE supports non-sequential, pipelined, and sequential instructions.

The TSC87251G2D-L16CE has two I/O ports that are used to communicate with other devices. The Parallel Port supports 8-bit parallel I/O and 1-bit Synchronous Serial I/O. The Serial Port supports UART, Dual UART and 3-pin SPI communication with external devices. The TSC87251G2D-L16CE can also communicate with other devices over CAN, I2C and USB. The TSC87251G2D-L16CE can also be connected to an external system timer and/or an ADC converter.

The TSC87251G2D-L16CE is capable of running both 8-bit and 16-bit code. It has an internal bus which allows for rapid and rapid transfer of data between memory and I/O devices. The TSC87251G2D-L16CE is also a user programmable microcontroller, allowing for custom instruction set and programming languages, and custom components to be implemented in the microcontroller.

Conclusion

The TSC87251G2D-L16CE is a low cost and efficient embedded microcontroller. It is an ideal choice for many embedded applications due to its wide range of peripherals, low power consumption, fast processing performance and cost-effectiveness. The TSC87251G2D-L16CE is based on a simplified Von Neumann architecture and supports 8-bit and 16-bit code, I/O ports, and the ability to be programmed with custom instruction sets and components. The TSC87251G2D-L16CE is suitable for applications requiring fast processing, low power consumption and cost-effectiveness.

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