FEP16DTA

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 FEP16DTA Rectifier array is a multi-chip monolithic integrated circuit device which is composed of two Schottky barrier brake diodes (SBDs) fabricated in a single package. A Schottky barrier diode, or SBD, is a type of diodes with a higher forward voltage than other conventional diodes. The FEP16DTA rectifier array is ideal for power supplies, battery chargers and DC/DC converters. This rectifier device has excellent thermal resistance, low forward voltage drop and fast switching capabilities. It is also easy to mount with its TO252 (DPAK)-style package.

The main purpose of a rectifier array is to convert alternating current (AC) to a direct current (DC). The FEP 16DTA Rectifier array is able to do this by transferring AC electric power into a pair of SBDs that switch on and off at a certain rate. Current is then flows through the SBDs, and gets rectified into DC voltage, through a process known as rectification. This process is a form of non-linear filtering, which converts the AC signal into a steady DC signal.

The FEP16DTA is also known as a dual-channel rectifier array. It consists of two independent diodes and a single package. Each of the two diodes has a specific anode and cathode wherein anode refers to the positive terminal and cathode to the negative terminal. The anode of the rectifier array is connected to the positive terminal of the AC power source and the cathode is connected to the negative supplying the alternating current. Usually, the FEP16DTA rectifier array can handle a maximum voltage of 40 Volts and a power dissipation of 0.8 Watts.

To obtain the ideal DC output from the rectifier array, it is important to ensure the proper functioning of both SBD switches. Each SBD switch must be properly triggered and the switching speed should be set at the desired rate. For example, if the rectifier is to be used in a power supply application, the switching frequency should be set according to the intended usage. If it is to be used in a battery charging application, then the switching speed should be set to match the battery type and the desired charge rate.

Another important feature of FEP16DTA rectifier array is its low forward voltage drop. This feature is beneficial for power conversion applications as it reduces the power loss during the rectification process. A lower forward voltage drop also makes the FEP16DTA more economical and efficient. Furthermore, the FEP16DTA has also good thermal resistance which makes it suitable for applications that require high power and/or high current.

Lastly, the FEP16DTA rectifier array comes with a TO252 (DPAK) package which makes it easy to mount. This mounting style allows the rectifier to be fixed on a printed circuit board or chassis. The FEP16DTA is also compatible with temperature controlled soldering techniques, which allows for easier and faster assembly.

In summary, the FEP16DTA rectifier array is an efficient and versatile device that can be used for many different applications. It is composed of two Schottky Barrier diodes (SBDs) with low forward voltage drop and fast switching capabilities. It has a TO252 (DPAK) package which makes it easy to mount, and it is suitable for applications that require high power and/or high current. It is an ideal solution for power supplies, battery chargers and DC/DC converters.

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