SMBG5922CE3/TR13

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The SMBG5922CE3/TR13 is a diodes component from the specific category of zener single, which is commonly used to control the voltage within a given electrical system. This component is an ideal component for using in an environment where a maximum voltage is required for effective operation and accurate data transfer.

The component design works by allowing high voltage noise to pass through the component, but the component won’t conduct whenever the voltage of the component goes over a specified value. This is known as a breakdown voltage. The component will usually have a breakdown voltage of 8 V to 12 V and this is the maximum voltage the component will allow to pass through the component. The component then acts as a buffer and the excess voltage will be dissipated as heat when the component reaches its breakdown voltage.

The primary use of the SMBG5922CE3/TR13 is for preventing system overvoltage in systems like batteries, linear power supplies, current control circuits, as well as various other electronic systems. The component is commonly used in a wide variety of applications including in relay modules, embedded control systems, local area networks, line drivers, logic gates, sensor assemblies, and microcontrollers.

The working principle of the SMBG5922CE3/TR13 is based on a diode that conducts when the voltage across its terminals is greater than the forward voltage drop. When the voltage is below this level, the diode will not conduct. Therefore, whenever the voltage across the component rises to its breakdown voltage, the component acts as an insulating block. This prevents the system from suffering from overvoltage, as the component will continue to block the current without conducting, thus protecting the system from damage.

In conclusion, the SMBG5922CE3/TR13 is a diodes component from the zener single category and it is used to prevent system overvoltage in a variety of electrical and electronic systems. The component works by allowing high voltage noise to pass through, but blocking all current when the specified breakdown voltage is reached. This helps to protect the system from overvoltage damage and allows accurate data transfer.

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