SE70PBHM3/86A

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A single rectifier is an electronic device that is used to convert ac voltage into dc voltage. It usually consists of a semiconductor diode in which the anode is connected to the positive side of the ac voltage source and the cathode is connected to the negative side. The SE70PBHM3/86A single rectifier is a low-cost, silicon-based rectifier used for a variety of applications.

The SE70PBHM3/86A single rectifier is primarily used in low-power conversion applications, such as the powering of LEDs, RF modules, logic circuits, and audio devices. It is also capable of performing medium-power conversions, such as those found in power supplies and digital integrated circuits. The device is designed to operate in both AC or DC environments, as well as low-noise and high-speed applications.

The working principle of the SE70PBHM3/86A single rectifier is relatively simple. As the AC current enters the device, it is blocked by the diode. The diode then effectively passes the positive pulses of the AC current while blocking the negative pulses and reversing their direction. This process results in a DC voltage output with a frequency equal to the input frequency.

The SE70PBHM3/86A single rectifier is highly reliable and offers improved performance, operational flexibility, and cost efficiency. It also offers low on-state resistance and high reverse-blocking ratings. Additionally, it has a maximum working temperature of 125°C, a maximum current rating of 6A, and a breakdown voltage of 700V.

The SE70PBHM3/86A single rectifier is available in several packages, including TO-263 and TO-252. This makes it suitable for a variety of applications, such as automotive and consumer electronics.

In conclusion, the SE70PBHM3/86A single rectifier is a high-performance, low-cost rectifier designed for use in a variety of applications, including low-power conversions, medium-power conversions, and specific automotive and consumer electronic applications. It is highly reliable, has a maximum current rating of 6A, and offers improved performance, operational flexibility, and cost efficiency.

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