CDBV6-00340TI-G

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Diodes - Rectifiers - Arrays encompass a wide range of electronic components with distinct current and voltage capabilities. This article focuses specifically on the features and application field of the CDBV6-00340TI-G model. While the device’s working principle is also outlined, it is important to note that a full understanding of the working principle should be obtained from the manufacturer, who provides detailed simulations on various operating conditions.

The CDBV6-00340TI-G model belongs to the medium current range of Schottky barrier rectifiers and features a low forward voltage drop of V Fmax = 0.38V. The compact size of DO-201AD packaging is 5.85mm x 3.2mm and its operating temperature range is from -55C to +150C. Suitable for applications that require medium current levels, the model can handle up to 40A continuous current (I Dmax = 40A) and 90A peak current (I S =90A).

Typical applications for the CDBV6-00340TI-G include as freewheeling and clamping diodes in switching power supplies, DC/DC converters, battery charging systems, and automotive electronics. The low profile and low forward voltage make the CDBV6-00340TI-G an excellent choice for applications such as cell phone chargers, laptop chargers and television systems.

The working principle of the CDBV6-00340TI-G is based on the Schottky barrier. In this type of diode, a metal-semiconductor junction is formed, typically with a metal as the anode and a semiconductor as the cathode. When an applied current is above the threshold voltage of the device, significant current starts to flow, producing a low forward voltage drop due to the Schottky barrier effect.

The Schottky barrier effect results in lower switching time and higher speed operation in comparison to standard rectifiers. In the case of the CDBV6-00340TI-G, the low forward voltage ensures a high voltage differential between the anode and the cathode when forward biased, which is important for applications that require high energy levels.

The CDBV6-00340TI-G can dissipate heat efficiently by utilizing its package size as a heatsink. Using a suitable heatsink, the diode can be operated continuously under higher load currents, ensuring superior thermal performance.

In conclusion, the CDBV6-00340TI-G is a high power diode suitable for medium current applications. Its low forward voltage and Schottky barrier effect make the device extremely efficient, and its unique package design allows it to be used in environments with limited space. The device is perfect for applications such as cell phone chargers, laptop chargers and television systems that require high performance and reliable operation.

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