MC100LVELT23DTRG

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Logic translators and level shifters are an important piece of technology in the arena of electronic engineering. This technology is utilized in many different ways by both design engineers and production engineers to ensure the successful and consistent production of products. The MC100LVELT23DTRG is an example of a logic translator, level shifter device, specifically designed for logic applications.

The primary application of the MC100LVELT23DTRG is to provide logic level shifting for data transmission and reception, in order to overcome the mismatches in logic voltages between various ICs and chipsets. Each device contains built-in hysteresis and drive strength, allowing for efficient and reliable level shifting on both the input and output signals. The data line (Vin) is temporarily interrupted by the device, which allows it to compare the input voltage to the internal reference voltage. Depending on the outcome of the comparison, the device will either boost or reduce the input signal, allowing it to interface with other ICs, chipsets, and components even if they have different logic-level voltages.

The MC100LVELT23DTRG works by shifting the signal voltage to the target voltage. This shift is provided by a level shifter unit, typically a CMOS type, which consists of two transistors. The signals are first supplied to two control gates, and then the gates control a source and a sink circuit. The source and sink circuits will regulate the differential between gate, source and sink based on the input voltage, thus shifting the input voltage to the target voltage, suitable for the logic-level interfacing.

In a typical application, the desired signals should be applied to the Vin and Vout pins of the device. Depending on the reference voltage set at the Vref pin, the device will detect the logic level of the input signal, and accordingly adjust the output signal, allowing it to interact with other components with different logic-level voltage. The MC100LVELT23DTRG also features protection against excessive input voltages, commonly referred to as “overvoltage protection”. This allows the device to tolerate voltages up to 5.5V, and safely prevent the device from being burned out by excessive input voltages.

In summary, the MC100LVELT23DTRG device is an important component used in circuit design and logic-level interfacing. It converts signals between logic levels and allows the efficient exchange of data and information between various ICs, chipsets and components. With its hysteresis and protection against overvoltage, it is a reliable and practical device for logic-level applications.

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