SMA5J7.0HE3/61

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TVS diodes are becoming increasingly important components in modern electronic systems and equipment. The SMA5J7.0HE3/61, or Transil® diodes, is a specific unit designed to protect against electrostatic discharges (ESD). This application is used in many consumer electronics, telecoms infrastructure, and in certain industrial applications. As such, the device is designed to handle high-speed ESD, fast transients, and various overvoltage protections and is a part of top-tier technology in such areas.

The SMA5J7.0HE3/61 is an unidirectional transient voltage suppression diode that is built to protect a variety of electronic components and systems. It has a maximum clamping voltage (VCES) of 39 volts, a peak power dissipation rate of 525W at 10/1000 microseconds and 8/20 microseconds pulse waveforms, and a maximum peak current of 7.5A at 1.2 microseconds pulse width. It is also able to operate at temperatures up to 200°C, an impressive range for the application.

In terms of safety features, the TVS diode is designed with an integrated ESD shield, and is able to dissipate up to 5.5kW at the speed of light. This is a crucial feature that helps the diode protect against the ESD discharge, without having to resort to any additional safety measures. Additionally, the diode has an integrated amplifier that increases the sensitivity of the device to different types of overvoltages.

In terms of technology, the SMA5J7.0HE3/61 uses two different methods to protect against ESD. When an electrostatic discharge is detected, the diode will first trigger the integrated ESD shield, which is made up of a zinc oxide varistor that helps dissipate the energy of the discharge. After this, the diode will then trigger a reverse bias, which reduces the current and voltage of the otherwise harmful discharge.

The SMA5J7.0HE3/61 is ideal for a variety of applications, especially those that require high speed ESD and fast transients. The device is particularly useful in consumer electronics, telecoms infrastructure, and industrial applications, as it is one of the top-tier technologies in the field. The device is also advantageous in terms of safety and reliability, as it is able to withstand temperatures up to 200°C and it is fully integrated with an ESD shield and an amplifier for increased sensitivity.

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