MC100EP57DTG

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Logic signal switches, multiplexers, and decoders are components of a signal path that are responsible for signal routing and manipulation. The MC100EP57DTG is a device from ON Semiconductor that can be used in various signal switching and multiplexing applications, as well as in digital circuitry, and provides an optimal signal path solution to suit a wide range of needs.

The MC100EP57DTG is a 4-bit (“quad”) device, with four input/output lines that operate at 25 MHz and a power rail of 5V. It features two independent data paths, each consisting of two input pins and two output pins. Additionally, it has a control line that can be used to enable or disable the data paths. This makes the device a versatile option as it can be used in 4-bit applications as well as 2-bit applications. It is also an ideal device for multiplexing or communication interface applications, as it allows for the data path to be controlled via an external signal.

The device is designed to have high speed switching between the two signals, with a total delay of only 8 nanoseconds. It is available in both open-drain and complementary outputs, which makes it suitable for different types of designs. It is also suitable for applications that require high input and/or output current due to its high drive capabilities. Additionally, the MC100EP57DTG has a power-saving sleep mode. When activated, it reduces the power consumption by 5.6 mW.

This device is particularly suitable for applications such as digital logic circuits, communication interface applications, memory interface applications and RF signal switching. It is a cost-effective choice, and can be used in several different signal paths. The application field can also include video signal switching and processing, data read-in and read-out, A/D and D/A conversion, and microprocessor system control.

The device has two distinct side output lines, where the signal is amplified by a prior stage, becoming a higher amplitude and receiving a gain boost. The signal control line is then used to control the paths that the signal should take. The signal is then sent to the outputs of the MC100EP57DTG, creating an output signal that is at a higher line level than the signal that was initially sent in. This enables the signal to travel further down the signal path with minimal signal loss.

The MC100EP57DTG is designed to handle high levels of current, so it can be used in the most demanding applications. Its efficient power-saving mode and high level of signal processing make it an ideal choice for a wide range of signal switching applications. The device is also compatible with both TTL and CMOS logic, making it a versatile choice for any design.

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