MBR30080CT

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Arrays of diodes and rectifiers, like the MBR30080CT, are vital components within a variety of electronic devices. From TVs through to large-scale industrial control systems, these products enable extensive power control capabilities and enable precise regulation of the current flow within a circuit. In this article, we will take a look at the MBR30080CT and explore its features, the types of applications that it is suited to, and the theory behind how it functions.

What is an MBR30080CT?

The MBR30080CT is an electrolytic triac array – a three-terminal semiconductor device. It consists of three reversed-biased silicon diodes and is constructed on a single chip, making it small and cost effective. This device is ideal for use in applications such as high via current, medium-power switching, and AC power control.

Features of MBR30080CT

• Maximum current rating of 8A.
• Maximum peak repetitive off-state voltage of 80V.
• Maximum on-state voltage drop of 1.1V.
• A package containing three silicon diodes.
• Surge overload rating of 200A.
• Carrying clamp capable of carrying up to 8 Amp.
• RoHS compliant.

MBR30080CT Application Field

The MBR30080CT\'s features make it especially well suited for a number of applications. Firstly, it is commonly used in lighting control applications, as it can be used to control the light intensity. Additionally, it can be used to control the voltage in medium-power applications such as the control of fans and blowers, set-top boxes, power supplies, and any device that requires AC power control. It is also an ideal solution for eliminating the impact of transients on circuits, as the construction of three reversed-biased diodes reduces the chances of spikes and surges entering the circuit through AC mains.

MBR30080CT Working Principle

The MBR30080CT works by controlling the flow of current within a circuit. This is achieved by the reversed-biased diodes within the array, which are designed to resist the flow of current when there is a difference between the anode and cathode voltages. When the difference reaches 0.750V, however, the current begins to flow and can reach a maximum of 8A. Since the MBR30080CT has three reversed-biased diodes, it can also act as a bridge rectifier. This is because each diode can be considered as one arm of the bridge, and when all three diodes are connected, they form a complete bridge rectifier. In this configuration, the MBR30080CT functions as a rectifier and can be used to convert AC power into DC power.The ability of the MBR30080CT to control the current flow and convert AC power to DC power makes it an ideal choice for a variety of applications. It is cost effective, small, and can be used to regulate both current and voltage in a circuit.

Conclusion

The MBR30080CT is a triac array consisting of three reversed-biased silicon diodes, making it well suited for applications such as lighting control, fan and blower control, power control, and the conversion of AC power to DC power. It is cost effective, small, and carries a maximum current rating of 8A. The MBR30080CT is an ideal choice for power control applications that require precise current and voltage regulation.

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