A continuous input of current to compensate for internal loss is called what?

A continuous input of current to compensate for internal loss is called what?

• A. Floating charge
• B. Maintenance charge
• C. Trickle charge
• D. Boost charge

Answer: (C)

Continuous input of current to compensate for internal loss is best described as a trickle charge. This approach provides a small, steady current to counteract self-discharge and other internal losses, helping keep a battery near full charge when it isn’t under heavy use. It’s specifically about maintaining charge over time without pushing the battery into rapid charging. Floating charge, maintenance charge, and boost charge describe different charging strategies. Floating charge keeps the battery at a safe, constant voltage to prevent discharge over long periods but isn’t aimed at continuously replenishing losses. Maintenance charge is a broader term for keeping equipment ready and doesn’t necessarily imply the steady compensation of internal losses. Boost charge involves a higher charging current to quickly raise the battery’s state of charge, not the slow, ongoing compensation described here.

Continuous input of current to compensate for internal loss is best described as a trickle charge. This approach provides a small, steady current to counteract self-discharge and other internal losses, helping keep a battery near full charge when it isn’t under heavy use. It’s specifically about maintaining charge over time without pushing the battery into rapid charging.

Floating charge, maintenance charge, and boost charge describe different charging strategies. Floating charge keeps the battery at a safe, constant voltage to prevent discharge over long periods but isn’t aimed at continuously replenishing losses. Maintenance charge is a broader term for keeping equipment ready and doesn’t necessarily imply the steady compensation of internal losses. Boost charge involves a higher charging current to quickly raise the battery’s state of charge, not the slow, ongoing compensation described here.