MUR160SHR5G

Diodes are two terminal electronic components which allow current to flow in one direction, while blocking current to flow in the opposite direction. A single diode is known as a rectifier and the MUR160SHR5G are single rectifiers. These components are used in applications where they can take alternating current and turn it into direct current.

MUR160SHR5G Application Field

The MUR160SHR5G is part of a line of rectifiers designed for surge current applications. These components are designed for use with low voltage, high frequency AC power sources such as those found in computers, appliances, and office equipment. Rectifiers are also used in the automotive industry to turn the power from a 12-volt battery into the 6-volt power required by some automobile systems. In addition, the MUR160SHR5G is used in switching power supplies and other applications.

Working Principle

Rectifiers are composed of a pair of semiconductors which act together to limit the amount of current that can flow through the circuit. When current flows through the rectifiers, one of the semiconductor devices, known as the anode, resists current flow. The other, known as the cathode, allows current flow. When an AC power source is introduced, the positive charge of the source will force electrons to flow through the rectifier. The anode, by design, allows electrons to pass through and the current is replaced by an alternating current. As the current flows through the rectifier, it is converted to direct current which can be used to power other electronic devices.

The MUR160SHR5G is ideal for applications which require a direct current source of power. The rectifiers are designed to withstand both transient and sustained surges in current, as well as minimize electrical noise. The components are also available in a variety of package sizes and are rated for temperatures up to 125 degrees Celsius. As such, the MUR160SHR5G is an ideal solution for applications where the delivery of a reliable and constant direct current is required.