D5V0M1U2LP3-7 Circuit Protection

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TVS - Diodes

TVS diodes, or Transient Voltage Suppression diodes, are special electronic components specifically designed to protect sensitive electronic circuitry from electric surges and current peaks. These components are mainly used in computers, communications, consumer electronics, industrial automation and other devices, as they can provide additional protection and improve safety.

D5V0M1U2LP3-7 application field and working principle

The D5V0M1U2LP3-7 TVS diode is a Unidirectional and low capacitance TVS diode primarily used for ESD protection. It has a Pd rating of 2800 W, an absolute maximum surge current of 30A (10/1000us) and a peak pulse power dissipation of 25kW (10/1000us). The D5V0M1U2LP3-7 provides exceptional ESD protection with excellent clamping capability and low capacitance.

This TVS diode is designed for protecting low voltage and low power applications, such as USB 2.0 ports, HDMI ports, Ethernet ports, and more. It\'s also suitable for protecting against electrostatic discharge (ESD) damage in automotive, commercial, and industrial applications. This diode is designed for operation in temperatures ranging from -40°C to +85°C, making it well-suited for a wide range of operating temperatures. Additionally, the D5V0M1U2LP3-7 is available in a surface-mount SOD-523 package.

The D5V0M1U2LP3-7 works by clamping the input voltage to a safe level and by absorbing the transient energy to prevent it from damaging the circuit. The TVS diode acts like a switch, conducting current in one direction when the voltage on the diode’s anode reaches a certain level, and then stopping the current flow when the voltage drops below the safe level. The device acts like a clamping mechanism that can absorb over-voltage transients and safely dissipate them before they can reach the load.

The D5V0M1U2LP3-7 diode is designed for systems that require high reliability and superior protection. Its low clamping voltage makes it well-suited for low voltage, low power applications, while its fast response time ensures that the device will be able to protect the circuit from damage caused by high-energy transients.

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