MC10H166FNR2G

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The MC10H166FNR2G is a voltage-mode, dual comparator device. It is designed for consumer and industrial applications, such as automation, medical, appliance and automotive. This type of voltage-controlled semiconductor device compares two input voltages to determine the relative magnitude of their differences. The typical application field for MC10H166FNR2G is for logic level translation, level detection and motor speed detection.

In its working principle, the MC10H166FNR2G device has two independent voltage comparators, which operate with a common power supply voltage, VDD. The high level output from either comparator remains high until the input voltage connected to the non-inverting terminal is greater than the input voltage connected to the inverting input terminal, in which case the device would output a "low" value on the particular device output. The comparators also have an open-collector output format, meaning it can sink 50mA to ground, making it compatible with most logic families.

To achieve fast response time, minimal propagation delays, and low output-saturated voltage the device is designed with a CMOS process. It supports a wide supply range from 3.0V to 8.0V, meaning it can operate with a single power supply source or dual power supply sources. It also has an adjustable hysteresis levels which compensates for temperature variations, eliminating false input trigger-point trips.

The MC10H166FNR2G is a great solution for low to medium power applications, such as monitoring temperatures, recognizing switch or sensor closure, or dimmer control. Furthermore, it is capable of driving small load outputs and can be used as a voltage detector to protect circuitry. It integrates many features to improve performance and reduce power consumption, making it an ideal choise for logic-level translation, level detection and motor speed detection applications.

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