MLO110-08IO7

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The MLO110-08IO7 is a silicon thyristor module that can be used in a range of different applications. It is a 35mm semiconductor device with two separately controlled semiconductor bridges, and two diodes. The two bridges are rated for VDMOS and power SCR operations, and the diode bridge is rated to carry up to 200A peak current. The module is commonly used in switched mode power supplies, as well as AC circuit protection and lighting control.

The module features an integrated gate protection circuit and an overload protection circuit, which can be used to protect against over-current, short-circuit and over-temperature events. The thermal protection of the module is also adjustable, which means that it can be used in a range of different temperature scenarios.

The MLO110-08IO7 can also be used as an on-state switch due to its two bridges, providing a high on-state voltage and low off-state voltage. The two gates can be separately controlled, meaning that the module can be used to switch each of its two bridges, allowing for a variety of applications. The module can also be used as a dropper for voltage in AC circuits, which can be controlled with an adjustable firing angle.

The working principle of the MLO110-08IO7 module is based on the principles of thyristors and SCRs, which are devices with a three-terminal structure and a gate that must be 24V turned on in order to become conducting in a conducting state. When turned on, the electrons flow from the anode to the cathode, and the voltage across the device is clamped. Once the SCR is turned off, the current will cease.

The MLO110-08IO7 is a versatile module that can be used in a variety of applications, such as switched mode power supplies, AC circuit protection, and lighting control. It features two separate bridges, thermal protection, and over-current and short-circuit protection. It works on the principles of thyristors and SCRs, and can be used as an on-state switch, to control the firing angle of an AC circuit, or as a dropper for voltage.

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