853S011BGILF

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

853S011BGILF is a high-performance buffer and driver circuit designed specifically for clock and timing applications. It is intended for single and multi-phase clock and data distribution applications. This buffer and driver features wide input and output ranges, low skew, high noise immunity, high signal integrity and TTL/SSTL support.

The 853S011BGILF buffer and driver is designed for clock-frequency applications and can handle frequencies up to several gigahertz. Its wide input range allows for the input of a variety of formats, including single-ended and differential clock signals. Its wide output range allows for the output of a variety of formats, including TTL, ECL, LVCMOS and SSTL. The buffer and driver is also designed to minimize skew by varying the amount of static coding used.

The 853S011BGILF buffer and driver has high noise immunity, so it can reject incoming noise and protect against undesirable noise effects. It also has a low jitter, so it can maintain signal timing. The buffer and driver also provides a low output impedance, so it can evenly distribute the signal.

The 853S011BGILF buffer and driver is designed to provide greater control of the signal path and to minimize glitches. It can also be used to provide EMI protection, to reduce signal noise, and to improve signal integrity. The 853S011BGILF is also designed to provide a wide range of current drive, so it can be used for a variety of applications, including clock and timing.

The working principle of the 853S011BGILF buffer and driver is to convert an input signal into an output signal with a combination of coding and timing. The input signal is first clocked into the buffer to define its logic state, and then the coded logic is output from the buffer. The combination of coding and timing then determines the output signal. The coding is controlled by the on-chip clock inputs, which can be used to change the output waveform. The timing is dynamically adjusted by the on-chip delay elements, which can be used to adjust the timing of the output waveform.

In summary, the 853S011BGILF buffer and driver is designed for clock-frequency applications and can handle frequencies up to several gigahertz. Its wide input and output ranges, low skew, high noise immunity, and TTL/SSTL support make it an ideal choice for clock and timing applications. Its working principle converts an input signal into an output signal with a combination of timing and coding.

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