DF2B12M2SC,L3F

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DF2B12M2SC,L3F TVS-diodes are a type of device used for protecting sensitive electronic components. They are used in many different electronics, from computers to telecommunication equipment. They are typically utilised to protect the more sensitive parts of a circuit, such as IO ports, from any damage caused by lightning, power surges, or electrostatic discharge.

The DF2B12M2SC,L3F TVS-devices comprise a pair of diodes, typically of different types, in a dual sided configuration. This configuration results in a bidirectional voltage clamp, which is able to limit a voltage spike across both directions of the diode pair.

The DF2B12M2SC,L3F TVS-diodes are typically housed in the form of a small surface mount component. This enables them to be used in a wide range of different applications, given their small form factor. Additionally, their low capacitance greatly enhances their general uses.

The DF2B12M2SC,L3F TVS-diodes are designed to meet a wide range of applications. Their bidirectional structure helps to protect sensitive components from dropouts or ground knots, while their ability to clamp voltages of 2000V provides protection for sensitive components in the event of high-speed power surges or lightning strikes. Additionally, their high storage temperature ensures that they can withstand long-term operation in hot environments.

The working principle of the DF2B12M2SC,L3F TVS-diodes is simple yet highly effective. Upon the occurrence of a voltage spike, the two diodes will conduct, resulting in the voltage clamping. This helps to limit the damage caused by a voltage spike, protecting the nearby components from any damage, such as premature failure or destruction.

In summary, the DF2B12M2SC,L3F TVS-diodes have proved to be an excellent choice for electronic devices operating in environments with frequent voltage spikes and drops. Their wide range of applications highlights their versatility, while their low capacitance and bidirectional structure make them great for many different types of circuits. Their easy to implement and highly effective working principle have made them very popular in many different fields.

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