The capacitor works with the transfer charge slider; the balance board connects to the battery and the scale is started. This enables precise balancing during setup and maintenance. Key benefits - Precise control and measurement: current mode is under 0.1 mA with compensation voltage accuracy within 5 mV, ensuring accurate balancing results. - Efficient balancing: balance current range 0-5.5 A; the more balanced the battery, the smaller the current, reducing waste. includes a manual sleep switch to minimize quiescent current when idle. - Robust, low-loss circuitry: new MOS circuit board with 2 oz copper thickness delivers very low internal resistance for stable performance. - Reliable compatibility and operation: designed to work with the transfer charge slider and to initialize when the balance board is connected to the battery and the scale is started. What this offers - Function: supports precise battery balance with tight voltage compensation and low standby draw. - Compatibility: integrates with the transfer charge slider, balance board, battery, and scale. - Size and construction: 2 oz copper thickness on the MOS board provides strong low-resistance performance. - Performance: low current draw during balancing, fast response, and consistent maintenance of voltage balance. Use scenarios - Battery pack maintenance: balance individual cells in rechargeable packs during service or repair to improve overall pack health and longevity. - Electronics and power systems development: use in testing and calibrating compensation voltage for stable, accurate power delivery. - On-site equipment upkeep: minimize idle current and energy waste while keeping battery balance aligned in field-maintained devices.