MC10H166FNG

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The MC10H166FNG is a comparator from the Schmitt trigger family. It is specially designed to provide hysteresis which ensures reliable switching and optimal noise immunity. This device is popular for use in the industrial, automotive, and communications market segments.

The MC10H166FNG consists of an Inverting Schmitt trigger composed of a pair of complementary transistors. It has two distinct input stages and two complementary output stages. It is designed such that either of the two stages can be connected to either power supply. The inputs are compatible with TTL, CMOS and PMOS levels. The outputs are open-drain or can be connected to either power supply.

The application field of the MC10H166FNG is quite broad. It can be used in noise-sensitive systems, where it provides protection against input stages switching. It can also be used in applications in which the system requires a single output which is connected to a load in a multiplexer system. It is commonly used in motion control, telecommunications, switching power supplies, and as a comparator in medical instrumentation. It is also widely used for motor control and for display interfaces.

The MC10H166FNG can be used to compare two input signals, A and B. It is designed with a hysteresis feature, which means the comparator will only change its output when the differential between its two inputs exceeds a certain amount. The amount of hysteresis, or the amount of voltage between the two inputs which will cause the output to change, is determined by the value of an external resistor connected to the comparator. This ensures that the system is not subjected to false or noisy switching.

The MC10H166FNG works by comparing the difference of the two applied inputs. When the differential is less than a certain amount, defined by the hysteresis, the output remains constant. Once the differential between the two inputs exceeds the hysteresis, the output will switch. To ensure a valid output, the hysteresis must be greater than any anticipated variation in the input signals.

The MC10H166FNG is ideal for a wide range of applications which require a reliable and stable output. Its hysteresis feature allows it to protect against false or noisy switching, which helps to reduce system noise and reduce power consumption. Moreover, the flexibility of the MC10H166FNG in terms of its inputs and outputs makes it a suitable choice for many diverse applications.

The specific data is subject to PDF, and the above content is for reference