932S825BGLFT

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The 932S825BGLFT is a Clock/Timing - Application Specific device. It is an integrated circuit that provides a wide range of clocking and timing solutions for a variety of different applications. It is designed to be compatible with standard digital interfaces and includes an on-chip 32-bit general purpose timer, a 24-bit programmable baud rate generator, and a system clock divider. It also provides a variety of other features to enable a system designer to quickly and easily implement a wide range of clocking and timing solutions.

The 932S825BGLFT’s primary application field is in communications, especially mobile communication. It is designed to provide highly accurate timing and control signals in wireless communications systems, allowing for efficient coding and fast wireless data transmissions. In addition, its integrated design makes it well suited for applications that require distributed clocking and synchronization. It is often used in point-to-point and multimedia data transmission applications, as well as in distributed radio frequency (RF) networks.

The 932S825BGLFT also has applications in industrial, automotive, and medical environments. It is often used to divider and control the clock frequency of processor and microprocessor modules, as well as to generate baud rates and control communications between processors and other peripheral devices. Its programmable baud rate generator makes it suitable for controlling the communications data rate and format of serial data transmission. It is also useful for providing clock synchronization in high frequency radio and microwave applications.

The working principle of the 932S825BGLFT is based on a 32-bit general purpose timer, a 24-bit programmable baud rate generator, and a system clock divider. The timer runs at a predetermined frequency and is responsible for generating the accurate timing signals needed by the application. The baud rate generator is used to divide the system clock and control the data rate of the serial data transmission system. The system clock divider is used to divide the primary system clock, providing synchronized timing signals for distributed applications such as point-to-point and multimedia data transmission systems. The integrated design of the 932S825BGLFT ensures reliable and accurate clocking, regardless of the application.

In summary, the 932S825BGLFT is an integrated circuit that is well suited for clocking and timing applications. It provides a wide range of features, including a 32-bit general purpose timer, a 24-bit programmable baud rate generator, and a system clock divider. It is primarily used in communications and industrial, medical, and automotive applications. Its integrated design ensures reliable and accurate clocking and timing signals for distributed applications.

The specific data is subject to PDF, and the above content is for reference