DF06SA-E3/77 Discrete Semiconductor Products

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Diodes - Bridge Rectifiers are used in a variety of applications. The DF06SA-E3/77 bridge rectifier is an efficient solution for electric power conversion. It provides an excellent cost/benefit ratio for rectification applications.

The application field of DF06SA-E3/77 bridge rectifier includes a variety of uses ranging from AC/DC power conversion to voltage regulation. This rectifier can also be applied for devices with high current demands, such as motor controllers, batteries and power supplies. The DF06SA-E3/77 is suitable for applications with input voltages ranging from 50-1000V and peak forward blocking voltages ranging from 200-1000V. Its non-polarity design allows for simple wiring and easy installation in most applications.

The basic construction of the DF06SA-E3/77 bridge rectifier consists of four individual diodes arranged between two terminal connectors. It has an average forward current of 6A and surge forward current of 25A. There is also an anode-cathode voltage drop of 1.1V and capacitance of 0.8pF. The whole bridge rectifier is encapsulated in the DF06SA-E3/77 C case, allowing for superior thermal performance, superior durability and long-term performance.

The working principle of DF06SA-E3/77 bridge rectifier is quite simple. When AC voltage is applied to the two terminal connections, one side of the AC waveform is presented to two terminals of the bridge rectifier. The alternating nature of the AC waveform causes the current to alternate between the two connections. As the current travels from one side to the other, each diode rectifies a portion of the wave in the functional direction. At the end, the output is a combination of this rectified wave that is DC in nature and therefore can be used for various applications.

The DF06SA-E3/77 bridge rectifier is a reliable, cost-efficient and simple to use solution for electric power conversion. Its wide application field and versatile working principle make it suitable for a variety of applications. The combination of excellent performance and cost/benefit ratio can provide long-term, reliable and efficient use in any environment.

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