MC100E157FNR2G

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The MC100E157F NR2G is a member of the Logic - Signal Switches, Multiplexers and Decoders family. It is a monolithic signal switch which is composed of 2 differential pairs and 3 differential outputs. The multiplexer is designed for 1.5V, 2.5V, or 3.3V applications and has a power supply voltage range of 5V or 3.3V, minimum signal pulse width of 1ns, and maximum propagation delay of 28ns that allows it to be used as an ultra-low power signal processor.

The MC100E157F NR2G features low on-resistance of 10 Ω and off-resistance of 500 Ω, maximum fan-out of two, and low power consumption of 0.6mW guaranteed to meet current requirements in most application areas. The device allows for the selection of one of two different logic levels but limits the rate of logic transitions to ensure that control signals do not cause false logic output. It also supports the parallel control of multiplexers with a single source signal, as well as the cascading of multiplexers for larger multiplexing applications.

The input and output of the MC100E157F NR2G consists of two differential pairs, A and B, and three differential outputs, X and Y along with the control input. The differential inputs A and B can be operated independently to achieve non-inverting or inverting switching logic respectively. Input signals A and B are connected directly to output X, and input signals C and D are connected to output Y. When the control signal S is high, the two differential inputs A and B are connected directly to output X and Y, respectively. When the S signal is low, the two inputs are no longer connected and instead, the output X and Y are left floating and the inputs are connected to one another.

The principle behind the MC100E157F NR2G can be best explained as follows. When the S signal is high, the two different pairs of inputs A and B are connected directly to two different pairs of outputs, X and Y. These connections enable the multiplexer to switch between the two pairs of inputs A and B, and two pairs of outputs X and Y. The switching process is dependent on the control signal S, making input A or B the active path and one of the paths inactive. The S signal is used as an enable signal to control the switching of the multiplexer.

The MC100E157F NR2G has a wide range of applications, including digital signal processing, telecom and data communications, switching, motor control, and transputer applications. It is ideally suited for applications where a low power, low propagation delay and low input - output electrical switching characteristics are required. Additionally, the multiplexer is compatible with industry-standard logic ICs, allowing for the use of complex switching systems.

The MC100E157F NR2G is an important member of the Logic - Signal Switches, Multiplexers and Decoders family and provides a fast, low-power solution for switching between two different logic levels. Its low power consumption and low propagation delay make it an ideal choice for applications in which logic levels must switch quickly and accurately. This device is also highly compatible with industry-standard logic components and provides a cost-effective solution for any application area in need of a highly efficient switching solution.

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