MC10H125MELG

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LOGIC - TRANSALTORS, LEVEL SHIFTERS

The MC10H125MELG is a technology called Translators, Level Shifters, and its main application include helping convert logic levels from CMOS and logic inputs to higher voltages and/or lower currents, or from higher voltage and/or higher current logic levels to CMOS and logic outputs. The MC10H125MELG is a monolithic integrated circuit (IC) of this type, meaning that the semiconductor components such as transistors and resistors used to build its electronic circuit are all on one miniaturized platform.

The MC10H125MELG has two differential inputs which receive logic signals from CMOS/TTL sources. The differential outputs are in either open-drain or three-state configuration, which allows for p-channel pull-up transistors and pull-down resistors. This allows the device to interface digital signals with different voltages and current properties.

In addition, the MC10H 125MELG is designed to provide a high impedance output, ensuring minimal loading on active drivers. This allows the MC10H125MELG to help devices that require low-power, minimal loading, and high impedance output. It also has a very low propagation delay between input signals, making it highly efficient.

Moreover, the MC10H125MELG is designed to be compatible with both TTL and CMOS logic levels. This makes it ideal for a multitude of applications, among them, reflective and retro-reflective light barriers, transmitting systems, and protyping short circuit protection.

As for its working principle, the MC10H125MELG works by having two differential input ‘taps’, A and B. Each tap is designed to receive logic signals from the two respective TTK/CMOS logic sources. Differential outputs, designated as OA and OB, are driven by the logical input sources A and B respectively. The differential output generates a ‘channel’ that is insulated from the supply. This dynamic biasing enables very low-power operation, with an order of magnitude lower than conventional TTL/CMOS interfaces.

The MC10H125MELG is enabled by the use of integrated bi-directional transistors and feedback circuitry. This in turn helps reduce the number of bias points, resulting in an increased level at the output. The open-drain or three-state output configuration of the device gives it another signal-level independent setting point, which further increases its flexibility in terms of signal levels.

Overall, the MC10H125MELG is a low-power, low-instrumentation, but highly-efficient Translators, Level Shifters device that helps to bridge the gap between two logic contexts. It helps to convert logic levels from CMOS and logic inputs to higher voltages and lower currents, and also from higher voltage and/or higher current logic levels to CMOS and logic outputs.

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