SY100EL57ZC-TR

The SY100EL57ZC-TR is a low-power, reprogrammable logic device designed specifically for signal switching, multiplexing, and decoding applications. This logic device is broadly used in a variety of industries such as automotive, consumer electronics, communications, computing, and medical to name a few. It is usually configured by storing a set of digital signal definitions in a programmable memory array. By altering the analog input signals, the SY100EL57ZC-TR can alter the output too.

The SY100EL57ZC-TR is capable of driving both analog and digital signals. It is powered from a single 3.3V supply and its non-volatile programmable logic elements allow for a wide array of applications. It is compliant to automotive-grade standards and possesses several protective features such as under-voltage lockout and thermal protection.

The SY100EL57ZC-TR integrates large array of programmable cells and offers three operating modes: single-bit data, dual-bit data, and four-bit data. This multiplexing device can switch up to four digitally encoded signals with their corresponding data widths. The programmable logic array comprises of logic gates, multiplexers, decoders and shift registers. It is responsible for the low-level signal manipulation which the SY100EL57ZC-TR excels at.

Among its many benefits, the SY100EL57ZC-TR operates at high speed and output up to 4x 4 signals with an internal 4x 4 ROM/SRAM/RAM architecture. It also supports complex timing synchronization operations such as edge-triggered operations. The device is programmed via I2C ports and supports onboard diagnostics. Lastly, it is capable of driving both analog and digital signals, with adjustable limits and pin voltage levels.

In summary, the SY100EL57ZC-TR is a highly reprogrammable logic device designed specifically for signal switching, multiplexing, and decoding applications. Highly versatile and efficient, it is ideal for a variety of industries and can be programmed via I2C ports. It supports complex timing synchronization operations and provides several protective features.