SY100S350JC

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Logic - Latches

The SY100S350JC is a latch-based IC (integrated circuit) that utilizes low-voltage signal processing technology to achieve high levels of performance. The SY100S350JC is typically used in digital systems to provide address or data storage, or to buffer inputs or outputs. As such, it is often known as a buffer/latch.

The SY100S350JC has two logic families: CMOS and LVTTL. The CMOS version is a low-power version, providing a lower operating current and power consumption than the LVTTL version. The SY100S350JC is available in both 14-pin DIP (dual in-line package) and 16-pin TSSOP (thin shrink small outline package). It is designed to withstand up to two thousand gate reconfigurations and operates at clock frequencies up to 50 MHz.

The SY100S350JC features an active low-voltage signal processing called low-power gray scale logic. This technology pays special attention to output current capability, offering an improved performance over typical uni-phase logic. Gray scale logic reduces power consumption while maintaining high timing performance in terms of clock delays.

The SY100S350JC is composed of two data latches. The two data latches flip or store data depending on the input controls. A single output enable (OE) pin is used for both data latches, which share the same enable pin. The first data latch is used to store data from the previous clock cycle, and the second is used to store data from the current clock cycle.

The output enable pins, when enabled, allow the outputs to receive data from the second latch, which stores the current cycle\'s data. If the output enable pin is de-energized, the outputs will be held at the data values from the previous cycle. Therefore, the latch enables reliable storage of data from the current state and allows the output to hold the same value until it is the given next command.

The SY100S350JC utilizes a two-phase data latch architecture to provide two stages of buffering or latching. There is a hold latch and a clock latch. The hold latch is used to store the previous data, while the clock latch is used to latch the current data. The clock latch receives the data inputs, whereas the hold latch is used to store the data values.

The SY100S350JC utilizes active low- voltage signal process logic, which is called low-power gray scale logic. This technology pays special attention to output current capability, offering improved performance over traditional uni-phase logic. Gray scale logic reduces power consumption, yet still retains the high-timing performance of the clock delays.

The SY100S350JC uses two data latches, both of which share the single output enable pin. When the OE pin is enabled, the outputs will receive data from the second latch, which stores the current cycle\'s data. When the output enable is deactivated, the outputs will stay at the data values from the previous cycle. The latch provides storage of data and reliably sends out the same output until the next command is received.

Overall, the SY100S350JC is an ideal component for any digital system needing data storage, buffering, or address storage. It uses low-power gray scale logic to ensure low-power consumption, while providing high levels of performance. Although it is designed with versatility in mind, some applications may require specific requirements or parameters that the SY100S350JC can not meet.

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