onsemi 1 4-Input Multiplexer Logic Gate 16-Pin SOIC MC100EL57DG

onsemi MC100EL57DG is a high-performance 1 4-Input Multiplexer Logic Gate designed for semiconductor applications requiring fast and efficient signal routing. This device comes in a 16-Pin SOIC surface mount package, making it suitable for compact circuit board designs and automated assembly processes.

Built using the ECL logic family, it features a single logic element with four inputs per gate. The maximum propagation delay time at specified load conditions is 710 picoseconds, providing swift signal processing crucial for high-speed digital circuits.

Operating voltage ranges from 4.2V minimum to 5.7V maximum, supporting both Positive Emitter Coupled Logic (PECL) and Negative Emitter Coupled Logic (NECL) modes. This flexibility allows the device to be integrated into varied circuit designs requiring differential outputs with input pull-down resistors for stable logic levels.

The device functions effectively within a wide temperature range from -40°C to 85°C, suitable for demanding industrial and commercial environments. The package's height and length are compact at 1.5mm and 10mm respectively, facilitating space-saving PCB layouts.

This logic gate is ideal for industrial automation, signal processing, telecommunications, and other electronic systems demanding reliable multiplexing capabilities. Its robust design ensures durability without compromising performance in demanding environments.

This IC offers either 4:1 or 2:1 multiplexing functionality as needed. Equipped with internal input pull-down resistors on data and select inputs for signal integrity. Available in Pb-free packaging aligning with environmental compliance requirements.

Suitable for integration in laboratory, industrial, and commercial semiconductor applications. Compact SOIC package supports surface mount technology enhancing automated assembly. Explore our comprehensive range of semiconductor Logic Gates and multiplexer ICs on EnvMart to find components that meet your precise design and application requirements.