MC10ELT25DG

The MC10ELT25DG from ON Semiconductor is a monolithic logic translator and level shifter. It is designed to safely and accurately convert low voltage signals from one voltage potential to another. It can be used in applications where two voltage domains need to communicate with each other, such as a communications system operating off an external power source and a CMOS microprocessor requiring only a single supply voltage. This device has a bidirectional capability so it can convert both a low voltage to a high voltage and a high voltage to a low voltage.

The MC10ELT25DG is constructed with advanced semiconductor fabrication techniques and has an ultra-low power consumption. It has a very low idle power consumption, so it can be used in battery-powered applications with low power requirements. Its small size, low power consumption and accurate performance make it ideal for portable devices and embedded applications.

The MC10ELT25DG features two independent channels, each having two output fields. It has an adjustable input signal threshold voltage and a temperature range of -40°C to +85°C. It is available in a 14-pin, 5x5mm TSSOP package and is optimized for excellent power supply noise immunity. It is protected against reverse polarity, short circuits and over-temperature fault conditions.

The working principles of the MC10ELT25DG are based on the concept of level shifting. It uses a combination of transistor-transistor logic (TTL) and complementary metal-oxide-semiconductor (CMOS) circuitry to convert low voltage signals to high voltage ones. The input signals are compared with the reference voltage, which is adjustable. If the input is above the reference voltage, the output will be logic high; if below the reference voltage, the output will be logic low. The input signals also need to be of a certain amplitude and frequency for correct operation of the device.

The MC10ELT25DG can be used in a variety of applications such as portable digital devices, automotive electronics, memory address decoding, and interfaces between digital logic and power supplies. It can also be used in communications systems that require the transfer of signals between different electrical domains. It can be used in portable electronic devices where the logic components require operating voltages different than those supplied by the battery.

The MC10ELT25DG is a compact, low-power device which is ideal for use in a variety of applications. Its efficient design helps reduce board space, power consumption and cost. It can be used to reliably and accurately convert low voltage signals from one voltage potential to another. Its bidirectional capability helps ensure reliable signal transfer between different voltage domains.