MC10E112FNR2G

MC10E/100E112FNR2G is a monolithic Electronics Industries Alliance (EIA) standard logic integrated circuit. It is configured as an 8-bit static code converter and register design with an active-low output enable. This chip can be used in a wide variety of applications, including analog-to-digital and digital-to-analog conversion, shift registers, product term decoding, data latches, logic gate level memory, and multiplexers. The MC10E/100E112FNR2G is a member of the F family, designed by ON Semiconductor, Inc. and is a part of their larger MC10/100E family.

The MC10E/100E112FNR2G is configured as a static 8-bit code converter/register. It has two output enable pins, which can be used to enable or disable the output signals. The output enable can be used to allow the MC10E/100E112FNR2G to be used in applications where only the correct output is desired. This chip allows for a wide range of functions, such at translation of different logic levels, translation of digital inputs to analog outputs, and multiplexing of digital values. The chip can also be used for product term decoding, data latches, and logic level memory.

The MC10E/100E112FNR2G includes a variety of features that make it suitable for a wide range of applications. The integrated 8-bit static code converter/register allows for wide logic level compatibility and programmable thresholds via the output enable pins. The chip also features low static power consumption and high speed performance, making it ideal for high speed data processing applications. The chip is capable of operating at frequencies as high as 200 MHz and can be used in high-speed applications such as shift registers, digital-to-analog conversion, and multiplexing. The relatively low power consumption of the chip makes it suitable for low power applications such as digital video and data processing.

The MC10E/100E112FNR2G is ideal for applications requiring a versatile, configurable logic device. It can be used for translating digital to analog signals, data latches, multiplexing, product term decoding, as well as shift registers and logic level memory. The chip also features low static power consumption and high speed performance, making it suitable for high speed data processing. The chip is also relatively low power, making it suitable for applications involving digital video and data processing.