BUK7508-55A,127

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 BUK7508-55A,127 is a type of field-effect transistors (FETs) and metal-oxide semiconductor FETs (MOSFETs) specifically classified as a single type. It is composed of a channel region located between two ohmic contacts, also known as source and drain, as well as a gate terminal that controls the current flowing in the channel. As part of the MOSFET family, the BUK7508-55A,127 is capable of withstanding higher voltages compared to other FET types.

When a voltage is applied across the gate, source and drain terminals of the BUK7508-55A,127, an electric field is created in the shorted channel. This electric field serves to control the rate of current flow between the source and drain terminals. Thanks to its structure, the gate does not need to physically come in contact with the channel like the junction FETs (JFETs) do. This enables it to be more efficient during pass operation, resulting in a smaller-sized device with less power consumption. Additionally, its insulation layer also makes the BUK7508-55A,127 relatively more stable than other types of FETs, allowing it to operate better when placed in high-voltage or high-temperature surroundings.

The BUK7508-55A,127 is often used in applications where high voltage needs to be regulated, such as in power-supply switching, transistors and amplifiers. It is also commonly used in analog circuits where the FETs’ insulated gate makes them a good choice for the job. On top of that, it is able to be used in applications such as sensor amplifiers, voltage and current limiter, current sensing and regulators.

The BUK7508-55A,127 is thus a reliable and efficient choice when it comes to regulating high voltages and controlling electrical current in various applications. Its power efficiency means that it is also capable of being used in applications that require more stringent specifications and more power-sensitive devices.

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