161CMQ035 Discrete Semiconductor Products

The 161CMQ035 is a type of diode array, specifically a four-terminal dual Schottky rectifier, and is thus also known as a 4TDSR. The components of the 161CMQ035 are created from four series Schottky clamp diodes packaged into a single component. The 161CMQ035 is designed to safeguard against and control reverse current, meaning it helps control the flow of electricity in both directions. As such, it is often used in an array to form a bridge rectifier.

The 161CMQ035 is built using gallium arsenide (GaAs). This is a type of semiconductor material that has been seen as a viable alternative to silicon, due to its superior efficiency at carrying power. It\'s ability to chop currents and carry through large amounts of electricity means it is popular choice in semiconductor engineering when dealing with high current consumption circuits.

In terms of applications for the 161CMQ035, the bridge rectifier setup that it helps form is suitable for circular current source applications, such as motors and drives, and are often used in industrial systems. It\'s ability to support high current consumption means it is also capable of being used more domestically, to power items such as televisions and video games consoles.

The working principles of the 161CMQ035 are simple to understand. Through the use of the four diodes, it helps guide electricity down a certain route with precision. Electricity travels in one direction at a time, which helps control the downward current in a circuit as to not overload it, which is essential in a bridge rectifier array.

Like other types of rectifiers, the 161CMQ035 takes alternating current (AC) and converts it into direct current (DC). This is known as rectification, which occurs through the diode transforming an AC voltage into a DC voltage. This is important in achieving the specified and desired current flows, whilst also avoiding the risk of electrocution.

Overall, the 161CMQ035 is a component such as a four-terminal dual Schottky rectifier, which is useful in applications that require high current demands. Through the use of a GaAs semiconductor, and the presence of four series Schottky clamp diodes, the 161CMQ035 is capable of supplying large amounts of power whilst avoiding dangerous electrical shocks.