ATPL21SFPR-99

Evaluation and demonstration boards and kits have been around for quite some time, and are an invaluable tool for aiding engineers in their product development and testing for various applications. The ATPL21SFPR-99 is a new and innovative board that boasts an array of features to make it the go-to choice for engineers working in a variety of different fields. This article will explore the features of the ATPL21SFPR-99 and discuss its application field and working principle.

The ATPL21SFPR-99 is a multifunction, multi-protocol evaluation board designed for rapid prototyping and testing of devices with fully-integrated analogue and digital signals. It is based on a combination of a low-power, low-cost, multi-frequency 32-bit ARM Cortex-M4F core and a 280MHz dual-core digital signal processor (DSP).

This board offers flexible control over both analogue and digital signals, with a range of features designed to meet the prototyping needs of device developers. These features include a 10-channel analogue input (AIS) module that is capable of measuring signals of up to 1.25V; a 16-channel digital input (DIS) module; a 8-channel analogue output (AOS) module; and a 16-channel Digital Output (DOS) module. Additionally, the ATPL21SFPR-99 boasts an innovative low-noise, low-distortion signal conditioner to ensure reliable signal quality.

The ATPL21SFPR-99 is conveniently programmable via the on-board microcontroller. This board also comes equipped with a comprehensive suite of software tools and libraries to assist with programming and testing applications. It also includes a comprehensive set of sample programs for a variety of applications such as motor control, communications, signal analysis and more.

The ATPL21SFPR-99 is an ideal evaluation board for any device developers working in a wide range of industries. This board is particularly useful for industrial and medical applications due to its support for precise signal conditioning and analysis. Additionally, this board is well-suited for automotive applications due to its ability to support CANbus communications.

The ATPL21SFPR-99\'s primary working principle is based on its low power, low cost, multi-frequency 32-bit ARM Cortex-M4F core and a 280MHz dual-core digital signal processor (DSP). The board uses the DSP to process the analogue and digital signals separately, meaning that the system can perform both functions simultaneously. This allows the board to perform more complex and powerful operations than would be possible with a single core processor.

This board also makes use of an advanced jitter-reducing architecture. This reduces the noise inherent in the signal by eliminating voltage variations, resulting in a more accurate signal. This is especially useful in applications that require precise signal measurements, such as medical and industrial applications.

Overall, the ATPL21SFPR-99 is a powerful and versatile evaluation board that can be used for a variety of tasks. This board provides an effective and cost-effective way to quickly prototype and test devices for a variety of applications. With its range of features and support for various types of communications, the ATPL21SFPR-99 is a must-have for any engineer who needs a reliable and robust evaluation board for their project.