5T9070PAGI8

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 5T9070PAGI8 is an integrated timing solution designed to provide clocking in high-performance computing applications that require optimal performance. It is a single chip solution consisting of a programmable clock source, a buffer, and a driver. The 5T9070PAGI8 is typically used in FPGAs, ASICs, and SoCs for high-speed clock generation, phase controller, and device configuration.

Applications for the 5T9070PAGI8 include clock generation, clock distribution, clock synchronization, clock management, and system timing. It can be used in video and telecom systems, data center applications, Ethernet applications, Supercomputing applications, storage devices, and other digital systems. It is also used in industrial applications such as machine vision, automation, control systems, robotics, and high-speed serial interfaces.

The 5T9070PAGI8 has very low jitter performance, whichmakes it ideal for high-stability high-speed clocking applications. It has an integrated low-skew, low-jitter programmable clock synthesizer, programmable buffers, and programmable drivers. All of these features allow the 5T9070PAGI8 to be used in advanced clocks and clock management. It is also designed to be supported by leading FPGA vendors and is optimized for low power and low noise.

The 5T9070PAGI8’s working principle is based on the principles of waveform synthesis, which is a technique for generating waveforms from a combination of basic waveforms. The waveform synthesis function uses three basic waveforms: a reference clock, a modulated waveform, and a programmable waveform. The waveform synthesis module performs a complex mathematical operation in order to generate the desired waveform.

The main components of the waveform synthesis module are the reference clock generating circuit, the waveform modulating circuit and the waveform generating circuit. The reference clock generates the reference waveform, which is then fed into the waveform modulating circuit. The modulated waveform is then fed into the waveform generating circuit and is used to generate the desired waveform. The waveform is then output at the desired frequency.

The 5T9070PAGI8 also features a programmable clock source, buffer and driver. The programmable clock source can be used to generate the desired clock frequency, while the buffer is used to buffer the output of the clock source and the driver is used to drive the clock signals over long distances. The 5T9070PAGI8 also features a programmable delay line, which is used to adjust the synchronism of multiple clocks and reduce clock skew.

In addition to the clock source, buffer and driver, the 5T9070PAGI8 also features a phase-lock loop (PLL) circuit, which is used to lock the generated clock signal to an external reference clock. The PLL circuit is adjustable and configurable, allowing it to be used to generate a wide range of clock frequencies. It also features an industry-standard I2C interface, allowing it to be integrated into an FPGA or ASIC-based design.

The 5T9070PAGI8 is an ideal solution for clock generation and clock distribution for high-performance computing applications. It has very low jitter performance, which makes it suitable for high-stability high-speed clocking applications. Additionally, its integrated programmable clock source, buffer and driver, programmable delay line, and PLL circuit make it an ideal choice for clock management for high-performance computing applications.

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