SR1690HC0G

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The SR1690HC0G diode array is a silicon composite reverse blocking diode array. It arrives with a conventional bridge rectifier configuration, built using two separate die that are mounted directly onto a lead frame. It is a surface-mount package type with width and length sizes of 3 mm and 3.2 mm respectively.

The SR1690HC0G can be used in various applications such as motor control, AC/DC conversion, basic power supply rectification, voltage regulation and overvoltage protection. It is also suitable for automotive powertrain applications.

The main benefits of this product are the low forward voltage drop and reverse blocking capability which makes it more efficient than traditional rectifier circuits. It is also designed for a high surge capability which helps to reduce conduction losses and increases the reliability of the device. Finally, the device comes with built-in EMI suppression and thermal protection which helps to reduce EMI noise and protect the device from excessive heat.

The working principle of the SR1690HC0G is simple. The two die are each connected to an anode and a cathode terminal. Electrical current flows from the anode to the cathode when a positive voltage is applied to the anode. When the voltage applied to the cathode is higher than the anode, the device acts as a reverse blocking diode and no current can flow through it. This prevents electrical overloads and protects other components in the circuit.

Overall, the SR1690HC0G diode array is an ideal, reliable, and cost-effective device for various applications. It has a low forward voltage drop and reverse blocking capability, provides EMI suppression and thermal protection, and is designed for a high surge capacity. This makes it an ideal choice for automotive powertrain applications, motor control, AC/DC conversion, basic power supply rectification, and voltage regulation.

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