SMF6.5AHRQG Circuit Protection

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A TVS - Diode, also known as a Transient - Voltage - Suppression - Diode, is a device designed to protect against overvoltage transients such as those caused by lightning, surges, or electrostatic discharge. The SMF6.5AHRQG is a specific type of TVS - Diode designed for applications that require high stability and very low leakage current. This makes it ideal for protecting equipment from overvoltage transients.

The SMF6.5AHRQG is built using an advanced polysilicon, silicon dioxide (SiO2) junction technology. This provides superior device characteristics including low capacitance, excellent clamping performance, and extremely low leakage current. The device is designed to protect sensitive equipment such as semiconductor devices, electronic control systems, data centers, telecommunication systems, and industrial computers.

The working principle of the SMF6.5AHRQG is simple. When an overvoltage transient occurs, the diode is triggered and its small internal resistance holds back the voltage from entering the protected circuit. The current drains from the diode as long as the voltage is higher than the normal power supply voltage. As a result, the voltage that enters the protected circuit is clamped within a safe range. The device typically has a breakdown voltage of 6.5V and a peak pulse current of up to 8.7A.

The SMF6.5AHRQG is a popular choice for applications where very low leakage current is desired. This makes it useful for applications like power supplies, in which the leakage current must be low in order to ensure proper operation of the system. Additionally, the device is designed to be compliant with the RoHS directive, making it an environmentally friendly component.

Overall, the SMF6.5AHRQG is an excellent choice for protecting sensitive equipment from overvoltage transients. It is a robust, reliable, and environmentally friendly device that offers superior performance. It is widely used in many applications where high stability and very low leakage current is needed to protect sensitive components.

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