SP4001-04UTG

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TVS (Transient Voltage Suppressor) technology offers reliable over-voltage protection for electronic devices, and the SP4001-04UTG is a great example of the top quality designs available. Its ultra-low capacitance of 500pF and its capacity to handle high frequency transients makes it an ideal choice for a number of applications.

The SP4001-04UTG achieves its excellent performance by using a combination of three technology types: mixed-signal, gas-tube, and silicon-dioxide-avalanche. Mixed-signal technology allows the components to be easily integrated into systems, while gas-tube technology provides efficient clamped voltage protection. Silicon-dioxide-avalanche technology provides more reliable protection than diode-clamping and has a much lower capacitance. The combination of these three technologies gives the SP4001-04UTG its superior protection capabilities.

The SP4001-04UTG is designed for use in a variety of applications, including telecommunications, consumer electronics, computer displays, industrial controls and automotive electronics. It can be used in both AC and DC circuits, making it suitable for a variety of power supplies.

The SP4001-04UTG operates on a simple concept: when an over-voltage is applied to it, the device will absorb the energy from the transient, which will then be redistributed and dissipated through its own internal components. This process essentially prevents the energy from being transferred to the rest of the circuit, allowing the protected system to remain safe and operational. The device is also capable of handling positive and negative voltage transients.

The SP4001-04UTG is a great way to protect electronic devices from over-voltage transients. Its combination of technologies provides reliable protection for a variety of applications, and its low capacitance makes it an excellent choice for high frequency applications. With its ability to absorb and dissipate energy from transients, it is an excellent solution for keeping electronic systems safe and operational.

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