login
A rechargeable battery’s load should be disconnected at the point of complete discharge, to avoid a further (deep) discharge that can shorten its life or destroy it. Because a battery’s terminal voltage recovers when you disconnect the load, you can’t simply disconnect the load when the terminal voltage dips below the established threshold and then re-connect it when the voltage returns above that threshold. Such action may produce chatter in the disconnect switch. The project shown here is a complete solution to this problem.
Deep Discharge Protector for 3.6V Li-Ion Battery – [Link]
Please follow and like us:
RELATED POSTS
16 April, 2016 Aeroscope – a wireless oscilloscope
20 May, 2022 SolidRun’s CuBox-M is a Compact Mini PC with Exceptional Performance
13 January, 2020 Kobol Launches Pre-Order for the Helios64 NAS
12 February, 2020 Meet LoraPaper, A Weather Station That Runs On No Batteries!
17 July, 2023 NXP Releases LPC860-MAX: A Budget-Friendly Evaluation Board for LPC86x Microcontrollers
24 July, 2017 Fairchild LM555CMX : weekend die-shot
Subscribe
Login
0 Comments
