mm-char.htm; updated: 01 january 2007

MicroMag

Chargers

LITHIUM POLYMER CHARGER

Dedicated charger for Lithium Polymer cells.
All Lithium cells need special chargers.
Their characteristics are the same but the voltage levels depend on the type of Li cell.

Lithium Polymer cells need to be charged with a current of 0.5 C to a maximum of about 1C until the voltage reaches 4.2 Volts (tolerance less than ± 1%). The voltage is then stabilised at this value until the charge current drops to 0.05 - 0.1C. This is the moment of 100% charge and the charger shall stop.

The charger for the is available in 5 versions for a single cell (1S) and 2 for two cells (2S).
For sake of security there are no switches or adjustments. The voltage accuracy is better than 0.75%.
The charger has a three colour LED for charge status control,
red for charging, green for ready and orange for fault.

The charger is 19 x 52 x 3 mm and can be used from a DC voltage source.
The single cell version handles 5.6 to 13.8 volts at the input
The two cell versions run from 9.6 to 13.8 volts.

The charger comes with bare input leads without connector, use your own favourite.

The output leads are either the Ruijsink Sub-Micro connectors
or "red" BEC JST connectors.

Please state the right type of charger when you order.
Ordercode's for the Lithium Polymer chargers:

Connector:

 

Ruijsink Sub-Micro

Bare wires

Price in Euro

Single cell LiPoly

20 mA

LPC020-1S-RSM

 

21,-

Single cell LiPoly

60 mA

LPC060-1S-RSM

 

21,-

Single cell LiPoly

90 mA

LPC090-1S-RSM

 

21,-

Single cell LiPoly

140 mA

LPC140-1S-RSM

 

21,-

Single cell LiPoly

220 mA

LPC220-1S-RSM

 

21,-

Two cell LiPoly

140 mA

 

LPC140-2S-Bare

19,-

Two cell LiPoly

220 mA

 

LPC220-2S-Bare

19,-

 

Duo Micro,

Not available anymore

Credit card size deltapeak duo charger for your smallest cells of 50 to 120 mAh

Copyright © 1999 Ruijsink Dynamic Engineering. All trademarks shown are trademarks of their respective owners. All rights reserved.
http://www.ruijsink.nl, designed by Rick Ruijsink