SY100H646LJZ-TR

SY100H646LJZ-TR is a high-performance ferroelectric-free non-volatile D-type Flip-Flop. It performs dual horizontal and vertical functions. It is designed especially for the application field of clock buffering, clock driving and timing. This device is fabricated using an advanced silicon-to-silicon gate lamination process, which is designed to withstand high-speed operation.

The SY100H646LJZ-TR belongs to the category of Clock/Timing – Clock Buffers, Drivers. Specifically, it is a buffer, which is a device used to store data or control signals in the form of bits on a circuit. The output of the device will remain at a predefined logic level until it is changed manually or by input stimulus. This is beneficial in situations where there is a large mismatch between two or more clock signals.

The basic working principle of the SY100H646LJZ-TR is that it is a non-volatile flip-flop with both horizontal as well as vertical applications. The vertically clocked version contains a multi-row 90° phase-shift portion which results in low-skew high-fan-out buffering. The horizontal clocked version is the most commonly used version, and in this, the output is taken from the clock-controlled flip-flop which is periodically reset by the main clock. This configuration can provide low-skew fan-out buffering for high-speed applications.

The device also features an auxiliary flip-flop which is used to store the command information from the host computer. This ensures that the device remains powered in the event of an interruption. The flip-flop is also used for device configuration purposes as it offers an easier and less resource-intensive way to control output voltages.

In conclusion, the SY100H646LJZ-TR is a versatile device that can be used in a variety of Clock/Timing – Clock Buffers, Drivers applications. It offers high-speed operation and low-skew fan-out buffering. Its non-volatile design and auxiliary flip-flop also provide better control and resilience against power interruptions. Its applications in clock buffering, clock driving and timing make it an ideal component for Clock/Timing applications.