Which of the following are considered ESD-sensitive components in electronics?

Which of the following are considered ESD-sensitive components in electronics?

• A. Resistors and capacitors
• B. Integrated circuits, semiconductors, and microchips
• C. Circuit boards and connectors
• D. Transformers and inductors

Answer: (B)

ESD-sensitive components are parts of electronic devices that can be damaged by electrostatic discharge. Integrated circuits, semiconductors, and microchips fall into this category because they have very small structures and are highly sensitive to voltage spikes caused by electrostatic discharges. These components can be easily damaged when subjected to even small amounts of static electricity, leading to malfunction or complete failure. On the other hand, components like resistors and capacitors, while still part of a circuit, generally have a much higher tolerance to ESD and are not typically classified as ESD-sensitive. Circuit boards and connectors also do not fall into the same critical sensitivity category as integrated circuits, as they primarily serve as the pathways and interfaces for electrical connections. Transformers and inductors operate on magnetic fields and are also less vulnerable to the immediate impacts of electrostatic discharge, making them less sensitive than the components highlighted in the correct choice.

ESD-sensitive components are parts of electronic devices that can be damaged by electrostatic discharge. Integrated circuits, semiconductors, and microchips fall into this category because they have very small structures and are highly sensitive to voltage spikes caused by electrostatic discharges. These components can be easily damaged when subjected to even small amounts of static electricity, leading to malfunction or complete failure.

On the other hand, components like resistors and capacitors, while still part of a circuit, generally have a much higher tolerance to ESD and are not typically classified as ESD-sensitive. Circuit boards and connectors also do not fall into the same critical sensitivity category as integrated circuits, as they primarily serve as the pathways and interfaces for electrical connections. Transformers and inductors operate on magnetic fields and are also less vulnerable to the immediate impacts of electrostatic discharge, making them less sensitive than the components highlighted in the correct choice.