This turnkey capacitor charging power supply (CCPS) is your choice for any application where low/medium dc voltage is available and a fast, reliable, simple operation capacitor charger is needed.
The module can handle high repetition rate pulses thanks to its built-in active cooling, and offers good voltage stability by periodically topping-up the capacitor voltage.

The adjustable output of 150v to 800v, along with a 12-28v range input voltage, make it is ideal for use in battery-powered systems, up to 6S Lithium. The output voltage regulation ensures a steady target charging voltage according to the pre-set value, no matter the input voltage fluctuation.

Does not include an onboard trigger circuit for Xenon lamps. Capacitor charger only.

*For 130 Joules (WS), order: 2x PHOTO-1000uF-360v		Click to order
*For 200 Joules (WS), order: 2x PHOTO-1500uF-360v		Click to order
*For 260 Joules (WS), order: 2x PHOTO-2000uF-360v		Click to order

*NOTE: If using two 360v capacitors in series for this module, make sure the output is set to no higher than 700v.

Module Specifications
•Input Voltage: DC 12v-28v
•Input fuse: 10A
•Peak input power: 160W
•Charge rate Typ.: 50-70J/S
•Output voltage (adj.): 150-800v
•Protection: Over-voltage, Over-current
•Isolation: Non-isolated output
•Module dimensions: 60x50x31mm / 2.5x2x1.25 "in.
•Weight (inc. fan): 75g / 2.6 oz

Details, Wiring diagram

WARNING: This kit involves High Voltage up to 800v which is stored in big capacitors even long after turning the unit off. THIS VOLTAGE CAN CAUSE SEVERE DAMAGE AND INJURY. Never touch any of the components and always discharge the capacitor before working on it. Always keep in a well insulated project enclosure.
BY FOLLOWING THESE INSTRUCTIONS YOU AGREE TO BE THE ONLY RESPONSIBLE FOR ANY DAMAGE THAT MIGHT BE CAUSED BY DOING SO.                         WORK CAREFULLY AND FOLLOW WARNINGS

Connection scheme

According to the following scheme, connect the power wiring following the right polarity.

The ENABLE Jumper is closed by default, activating the module as soon as power is applied.
The jumper can be substituted by any switch to control the charge process.