P4SMA180A-E3/61

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TVS diodes, which stands for transient voltage suppression, are designed to protect sensitive electronic components from damage due to overvoltage and electrostatic discharge. The P4SMA180A-E3/61 is an example of a typical TVS diode. This diode offers 180 volts peak pulse power dissipation, 3000 watts peak pulse power, and a minimum breakdown voltage of 61 volts in addition to standard features such as a very low leakage current and fast response time.

The P4SMA180A-E3/61 is used in a variety of applications in order to protect various type of electronic and electrical systems. It can be found in consumer electronics and home appliances, automobiles, industrial equipment, and aerospace and defense systems. It can be found in unidirectional or bidirectional configurations.

It is designed to help protect both type of electronics from the effects of overvoltage transients which could prevent damage or destruction. It is also used to protect systems from ionized radiation and electrostatic discharges. It can also act as an alternative to a traditional fuse, providing a more consistent level of protection.

The P4SMA180A-E3/61 works by absorbing the excess energy from an overvoltage transient. This absorption causes the diode to be destroyed in the event of a large current surge. The diode is designed so that a portion of the voltage is allowed to pass through the diode, while the rest is diverted to ground. This forms what is called a clamping action, which helps to limit the peak voltage of the overvoltage event.

The P4SMA180A-E3/61 is a unique diode in that it is designed to be self-thermal protected. This helps to protect the diode against potential damage that could be caused by overheating. It is also designed to be immune to radiation, ensuring that it is not susceptible to any form of interference due to environmental factors.

The P4SMA180A-E3/61 is a great choice for a variety of applications due to its high level of protection and its reliability. It is an ideal solution for any system that needs to be protected from the damaging effects of overvoltage transients. Due to its high level of protection, it is also a great choice for applications that need to have a longer lifespan than other diodes.

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