VS-30CTQ050PBF

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

A VS-30CTQ050PBF is a three-terminal, surface-mount, integrated Schottky rectifier array built on a single monolithic substrate. It has been specifically designed to provide efficient and reliable direct current conduction in the high temperature operating environment of circuit applications. This part can be used in a variety of applications, such as protection of high current DC line systems and as high speed rectifying diodes in analog circuits. This part is also effective for use in DC-DC converters and in switching regulators that require low voltage drops.

Application Field

The VS-30CTQ050PBF is primarily used in a variety of applications that require efficient rectifying and current conduction. These applications include the protection of high current DC line systems, as well as high speed rectifying diodes in analog circuits. This part is also used in DC-DC converters and switching regulators that require low voltage drops. Additionally, this rectifier can also be used in power supply circuits and automotive applications.

Working Principle

When voltages of sufficient magnitude are applied to the VS-30CTQ050PBF, current will initially pass through the device during the forward-bias conduction phase. This current flow will cause the device to become forward biased, draining negative charge from the anode and allowing positive charge to accumulate at the cathode. This will ultimately create a slightly negative voltage at the anode of the device and a slightly positive voltage at the cathode. As the voltage magnitude at the device terminals reaches the diode’s forward-bias threshold level, an electrical field is created across the cell and current proceeds to flow through the device in the forward direction.

Once the voltage is reversed, the device enters the reverse-bias direction conduction phase and ceases to conduct current. During this phase, positive charge is drained from the cathode and negative charge accumulates at the anode. This will create a slightly negative voltage at the cathode and a slightly positive voltage at the anode. If the reverse-bias voltage applied to the device is of sufficient magnitude and the device has no breakdown points present, then the schottky diode will appear to the circuit as an open switch.

As the voltage magnitude at the device terminals reaches the reverse-bias threshold level, a reverse-bias field is created across the cell and current flow ceases. Therefore, the device will switch from forward-bias conduction to reverse-bias conduction depending on the applied voltage.

The VS-30CTQ050PBF is capable of conducting large amounts of current and has a very low voltage drop when conducting. This makes it excellent for high current power supply applications and low voltage drop, high efficiency applications in switching regulators.

Overall, the VS-30CTQ050PBF offers excellent performance and reliability when used in rectifier and current conduction applications. It is relatively inexpensive, easy to mount, and provides excellent protection from over-voltage due to its low voltage drop. Additionally, this part can be used in a variety of applications that require efficient and reliable rectifying, such as automotive applications and DC-DC converters.

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