SY100E141JC-TR

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Logic-Shift Registers are integrated circuits that can provide clocked shift register functionality and/or latches outputs. These devices can be found in a wide range of digital applications such as memory, communication networks or environmental data collection. They are designed to provide a robust and reliable platform, while also meeting an optimized performance criterion.

The SY100E141JC-TR is a high-performance logic-shift register that offers the highest degree of flexibility, but also improved power savings, optimal switching performance and reduced timing delays. It is manufactured using small-geometry DMOS (Depletion-Mode MOSFET) technology and is characterized for high speed operation at 5V. This makes it a popular choice for applications requiring high-speed signal integrity, such as video transmission and switching. In addition, it utilizes Advanced CMOS Logic, which provides higher speeds over traditional CMOS logic and eliminates the need for additional circuitry.

The SY100E141JC-TR can be used for anything from simple serial-to-parallel conversion to more complex memory applications. The built-in synchronous design provides for better system stability, while still offering the same level of flexibility as other logic-shift register designs. Its clock sources include a high-frequency TDM clock, a CLK-IN direct input clock or an externally determined clock. It is packaged in a 28-pin plastic dual in-line package and comes in two versions: fused and unfused. The fused version requires specific external inputs and programming via a dedicated programming chip or software. The unfused version allows for programmable inputs and outputs with up to four-bit width.

The SY100E141JC-TR operates in two modes; Shift Register Mode and Latched Mode. In Shift Register Mode, it is used for data serial-to-parallel conversion. With this, data can be shifted out in pulses using the Clock signal. The data is then transferred from the serial output to the parallel ports according to the number of clock pulses, making it an efficient way to serialize large input signals. On the other hand, the Latched Mode is used for memory applications, where data is transferred from the input pins to the output pins when the Load signal is activated. This allows the memory to be reset with a single input.

In addition, the SY100E141JC-TR also provides additional functionality where a selectable gate enables or disables the data input shift register or the data output latch. It also provides an active low reset that clears the data in the shift register. The reset is asynchronous, but the synchronous latch is activated when the Load signal is given a low-to-high transition.

Overall, the SY100E141JC-TR offers an efficient and reliable way to process and route data. The two modes of operation (shift register and latched) give the user maximum control over the data routes, while the additional functionalities add to the flexibility and convenience. This device is an ideal solution for applications requiring high-speed signal integrity, such as video transmission and switching.

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