How should a technician handle fragile or sensitive components during inspection?

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Multiple Choice

How should a technician handle fragile or sensitive components during inspection?

Explanation:
Handling fragile or sensitive components during inspection requires preventing physical damage and electrostatic harm. The best approach is to handle components gently, providing support and minimizing any pressure, bending, or vibration that could loosen connections or crack parts. Wearing appropriate personal protective equipment helps protect you and keeps contaminants away from the components. Using anti-static precautions—such as an grounded work surface and, when appropriate, an ESD wrist strap—prevents static discharge that can destroy delicate circuitry. Choosing non-marring tools and handling on a stable surface further reduces the risk of scratches or unintended forces. Together, these practices preserve component integrity and reliability. Dropping, shaking, or rough handling can cause immediate or latent damage. Using metal tools on sensitive surfaces can scratch or short components. Ignoring precautions increases the risk of contamination, static damage, or personal injury, which is why those approaches are not acceptable.

Handling fragile or sensitive components during inspection requires preventing physical damage and electrostatic harm. The best approach is to handle components gently, providing support and minimizing any pressure, bending, or vibration that could loosen connections or crack parts. Wearing appropriate personal protective equipment helps protect you and keeps contaminants away from the components. Using anti-static precautions—such as an grounded work surface and, when appropriate, an ESD wrist strap—prevents static discharge that can destroy delicate circuitry. Choosing non-marring tools and handling on a stable surface further reduces the risk of scratches or unintended forces. Together, these practices preserve component integrity and reliability.

Dropping, shaking, or rough handling can cause immediate or latent damage. Using metal tools on sensitive surfaces can scratch or short components. Ignoring precautions increases the risk of contamination, static damage, or personal injury, which is why those approaches are not acceptable.

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