New Components and Design Methods Bring Intelligence to Battery Charger Applications:  Microchip Application Note Published 19-Nov-04   (app note added 2/06)

NiCad Battery Charger #1:  (electronic circuit added 4/05)

Nicad Battery Charger:  (schematic added 10/06)

NiCad Battery Discharger/Capacity Indicator:  (circuit / schematic design added 6/06)

NiCd Battery Charger #3:  uses a single transistor as a constant current source (added 4/02)

NiCd Battery Fast Charger:  This is an advanced battery charger design based on Maxim's battery charger IC MAX712. This device can, using a minimal set of external components, fast-charge an NiCd/NiMH rechargeable battery. Fast charge is terminated using several detection methods, including dV/dt, dT/dt and a time-based cutout. Full details can be obtained from the MAX712 datasheet, available at the Maxim Inc. Website (circuit added 7/08)

NiCd or NiMH Battery Charger:  Rayovac NiMH Charger and Rechargeable Batteries. ... The charger has already recharged my Rayovac 1600maH NIMH batteries countless times and has never left … (added 08/05)

NiMH Battery Charger Reference Design:  This manual describes a reference design for a NiMH battery charger that uses the Motorola MC68H(R)C908JK3E MCU. The MC68H(R)C908JK3E includes a 10-channel Analog-to-Digital Converter (ADC) and a 2-channel Timer Module which can be programmed to generate PWM signals. This feature makes this MCU suitable for applications such as a NiMH or NiCd battery charger.  (app note added 3/05)

target="_blank" style="text-decoration: underline; text-underline: single">NiMH/NiCd Switched Mode Fast Charger:  4/5 Phase fast charge algorithm, allowing fast but Battery friendly charging (added 4/02)

Optimizing High Frequency Battery Charger Performance for Worldwide Applications:  07/06/00 EDN Design Ideas / (added 5/02)  Providing Power for electric vehicles for worldwide use requires knowledge of energy conserving and high efficiency technologies