416F374XXCLT

416F374XXCLT Application Field and Working Principle

Crystals are materials with promising performance in a variety of applications due to their unique physical and chemical properties. 416F374XXCLT is a specifically designed crystal embedded in a programmable FPGA-based platform. The platform is intended for a wide range of applications in embedded systems, such as industrial automation, machine learning, and image processing. Applications include instrumentation and process control, medical equipment, as well as robots and unmanned vehicles.

Working Principle & Architecture

416F374XXCLT is a programmable, multi-slice FPGA-based crystal platform that is able to integrate a variety of transactions and logic functions. An overall system consists of 416F374XXCLT, an outside application logic and an intelligent interface. 416F374XXCLT consists of multiple square-shaped slices in an array layout. The slices are grouped in to two dimensions: frequencies or rows and output or sub-channels. Each sliver can be programmed separately and consist of several pins and transistors. The main advantages of the platform are its flexibility and scalability.

The 416F374XXCLT works through a sequence of steps, starting with the configuration of the logic function by the application logic. After configuration, the logic circuit design is placed in the available slices. The logic circuit requires the local clock in each slice to drive the logic functions inside and across the slices. This clock is provided to the chip by an externally generated clock signal. Finally, the input signals from the application logic are sent to the programmed logic circuits and the output signals are processed and exported from the chip.

Key Features

416F374XXCLT offers a range of features that make it an invaluable platform for embedded applications. It is capable of handling high-speed and distributed clocks without the need for additional external clock sources. It is applicable to harsh environment applications with its capability to handle -40°C to 85°C temperature variation. The platform also is capable of handling up to millions of ASIC gates, up to 28 Mbits of registers, and up to 4.3 Kbits of memory.

The 416F374XXCLT platform is also suitable for board-level electromagnetic interference (EMI) reduction. The platform supports EMI avoidance by making sure it will not exceed the standard requirements in countries like China, Europe, and the United States.

Conclusion

Overall, the 416F374XXCLT crystal platform is an invaluable platform for embedded applications. It offers great flexibility and scalability, as well as features such as high-speed clocks and EMI reduction. It is applicable to a wide range of applications in embedded systems, making it an ideal choice for developers and designers alike.