Electrostatic Damage includes total catastrophic failure, delayed failure, and degradation to the circuit.

Electrostatic Damage includes total catastrophic failure, delayed failure, and degradation to the circuit.

• A. Electrostatic Field
• B. Mechanical Failure
• C. Thermal Expansion
• D. Electrostatic Damage

Answer: (D)

Electrostatic damage refers to harm caused by electrostatic discharge, which can injure electronic components in several ways. An ESD event can cause immediate, total catastrophic failure by destroying a junction or interconnect. It can also produce latent damage that isn’t visible right away but may lead to failure later under normal operating conditions. Additionally, it can cause degradation of the circuit, such as shifts in electrical characteristics or increased leakage, over time. Because the statement describes damage caused by electrostatic events in all these forms, it best matches the concept of electrostatic damage. The other options describe conditions or failure modes that aren’t the damage caused by electrostatic discharge: an electrostatic field is a condition related to static charge, not the damage itself; mechanical failure and thermal expansion are different failure mechanisms not specific to electrostatic damage.

Electrostatic damage refers to harm caused by electrostatic discharge, which can injure electronic components in several ways. An ESD event can cause immediate, total catastrophic failure by destroying a junction or interconnect. It can also produce latent damage that isn’t visible right away but may lead to failure later under normal operating conditions. Additionally, it can cause degradation of the circuit, such as shifts in electrical characteristics or increased leakage, over time. Because the statement describes damage caused by electrostatic events in all these forms, it best matches the concept of electrostatic damage.

The other options describe conditions or failure modes that aren’t the damage caused by electrostatic discharge: an electrostatic field is a condition related to static charge, not the damage itself; mechanical failure and thermal expansion are different failure mechanisms not specific to electrostatic damage.