ESD7383 - ESD Protection, 3-Line, Very Low Capacitance The ESD7383 is a 4-bump very low capacitance 2026

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As mentioned, ESD causes damage primarily due to the extremely high temperatures generated during the charge transfer. However, there are generally two categories of ESD damage catastrophic and latent. The latter is also commonly referred to as a latent defect.
TVS Diodes. One of the most common ways of protecting against ESD strikes and surges is via the use of TVS diodes. To be protected, TVS diodes are placed predominantly on signal lines, from a connector to an IC.
ESD protective gloves play a crucial role across various industries and working environments by preventing damage to sensitive electronic components. Wearing ESD approved socks, shoes, and other workwear is equally important, as even a discharge of very low voltage can harm electronics.
What is ESD? Protection against electrostatic discharges (ESD) is part of EMC Immunity (Electro Magnetic Compatibility) requirements. It is the ability for equipment to properly operate in its electromagnetic environment by limiting the reception of electromagnetic energy that may cause physical damage.
ESD damage can occur in electronic components with as little as 20 volts. Although this minute discharge cannot be felt, the effect on electronic devices can be devastating. IBM has used an electron microscope to photograph ESD damage on zapped chips.
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TVS diodes (ESD protection devices) are used to prevent electronic equipment from breakdown or malfunctioning due to ESD. By using TVS diodes, ESD is released through the TVS diodes before it enters the IC or electrical circuit and damages them.