LXES03AAA1-134

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TVS - Diodes are designed to protect sensitive electronics from damage associated with transient events created by electrostatic discharge (ESD). TheLXES03AAA1-134 is one such device and offers unidirectional ESD protection with an ultra low capacitance, providing reliable protection to sensitive electronics from transients caused by ESD or induced lightning.

Application Field:

The LXES03AAA1-134 is developed using the latest in technology and provides improved waveforms that are closer to the ideal expected waveforms, as well as robust protection of data and signal lines. The LXES03AAA1-134 is designed for a broad range of systems, and is highly recommended for use in applications such as telecommunications systems, computers, game consoles, radios, televisions, server and data storage systems, sensitive electronic components, hard disks, computer peripherals, and other sensitive electrical equipment.

Working Principle:

The working principle of the LXES03AAA1-134 is based on the concept of electrostatic discharge (ESD) protection. Upon the application of a ESD stress voltage to the device, the device functions by using its conducting elements to short the ESD currents to ground. The conducting elements in the LXES03AAA1-134 are designed to have a high breakdown threshold voltage to limit the current that the device can transmit, as well as suppress the voltage that can be produced from the discharge. The devices also have a high clamping voltage, which limits the amount of voltage induced on the data lines.

The LXES03AAA1-134 can handle a wide variety of ESD voltages, withstanding up to 15kV contact discharge and +/-30kV air discharge. Its ultra low capacitance (~0.5pF) means that its a low-loss protectors, offering robust protection to sensitive devices while maintaining signal integrity. The devices also have an ultra low leakage current of 0.5nA and a wide operating temperature range from -55°C to +125°C.

Conclusion:

All in all, the LXES03AAA1-134 is an effective and efficient ESD protection device that offers dependable protection for many electronics and sensitive electrical equipment. It can effectively withstand repeated ESD pulses and has robust construction to survive the large voltage transients associated with ESD. Its ultra low capacitance, low leakage current, and wide operating temperature range, makes it the ideal solution for any system requiring effective ESD protection.

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