The high power C series of Ultravolt capacitor chargers by Advanced Energy are suitable for high voltage, low power applications. This range can provide full rated current from the rated voltage down to zero and exhibits low voltage ripple and precise regulation in a compact package.

Browse the table below or call us on +44 (0)1793 784389 and talk to one of our technical sales team.

High Power C Series

Part Number	Max. Power (W)	Max. Voltage (V)	Current (mA)	Current Scale Factor (mA/V)	Voltage Overshoot (V)	Storage Capacitance (uF)
1/8C24-X60	60	125	480	400	< 1 %	0.9
1/8C24-X125	125	125	1000	833	< 1 %	0.9
1/8C24-X250	250	125	2000	1667	< 1 %	1.8
1/4C24-X60	60	250	240	200	< 1 %	0.9
1/4C24-X125	125	250	500	417	< 1 %	0.9
1/4C24-X250	250	250	1000	833	< 1 %	1.8
1/2C24-X60	60	500	120	109	< 1 %	0.43
1/2C24-X125	125	500	250	208	< 1 %	0.43
1/2C24-X250	250	500	500	417	< 1 %	0.85
1C24-X60	60	1000	60	50	< 1 %	0.019
1C24-X125	125	1000	125	114	< 1 %	0.019
1C24-X250	250	1000	250	227	< 1 %	0.038
2C24-X60	60	2000	30	26	< 1 %	0.019
2C24-X125	125	2000	62	52	< 1 %	0.019
2C24-X250	250	2000	125	104	< 1 %	0.038
4C24-X60	60	4000	15	11.5	< 1 %	0.013
4C24-X125	125	4000	31	26	< 1 %	0.013
4C24-X250	250	4000	62	52	< 1 %	0.026
6C24-X60	60	6000	10	6.5	< 1 %	0.016
6C24-X125	125	6000	21	17.7	< 1 %	0.016
6C24-X250	250	6000	42	35	< 1 %	0.026
8C24-X60	60	8000	7.5	4.7	< 1 %	0.0044
8C24-X125	125	8000	15.5	14.2	< 1 %	0.0022
8C24-X250	250	8000	31.2	6.25	< 1 %	0.0015
10C24-X60	60	10000	6	4.1	< 1 %	0.0029
10C24-X125	125	10000	12.5	10.9	< 1 %	0.0014
10C24-X250	250	10000	25	5	< 1 %	0.0015
12C24-X60	60	12000	5	4	< 1 %	0.0029
12C24-X125	125	12000	10.5	7.4	< 1 %	0.0014
12C24-X250	250	12000	20.8	4.17	< 1 %	0.00075
15C24-X60	60	15000	4	4	< 1 %	0.0022
15C24-X125	125	15000	8.3	7.5	< 1 %	0.0011
15C24-X250	250	15000	16.7	3.33	< 1 %	0.00075
20C24-X60	60	20000	3	0.65	< 1 %	0.0013
20C24-X125	125	20000	6.25	0.653	< 1 %	0.00088
20C24-X250	250	20000	12.5	2.5	< 1 %	0.00075
25C24-X60	60	25000	2.4	0.65	< 1 %	0.0011
25C24-X125	125	25000	5	0.65	< 1 %	0.00073
25C24-X250	250	25000	10	2	< 1 %	0.0005
30C24-X60	60	30000	2	0.65	< 1 %	0.00083
30C24-X125	125	30000	4.17	0.642	< 1 %	0.00055
30C24-X250	250	30000	8.33	1.67	< 1 %	0.0005
40C24-X60	60	40000	1.5	0.3	< 1 %	0.00075
40C24-X125	125	40000	3.13	0.63	< 1 %	0.00075
40C24-X250	250	40000	6.25	1.25	< 1 %	0.000375
50C24-X60	60	50000	1.2	0.24	< 1 %	0.0006
50C24-X125	125	50000	2.5	0.5	< 1 %	0.0006
50C24-X250	250	50000	5	1	< 1 %	0.0003
60C24-C60	60	60000	1	0.2	< 1 %	0.0005
60C24-C125	125	60000	2.08	0.42	< 1 %	0.0005
60C24-C250	250	60000	4.17	0.83	< 1 %	0.00025

Arc Detect and Arc Quench functions (8kV to 50kV only)

“Arc Detect” and “Arc Quench” are common requirements in applications such as pulsed power, electron beam, X-Ray, ion beam, and electrostatics.

Arc Detect” function ( “AD” option ):

This function generates a pulse (1 mS +5VDC) on an interface pin each time a HV arc occurs. Typical uses of this function is to assist in designing systems that count the HV arc events, stop processes, identify a fault, modify operating settings, activate another function, or safe the system.

Arc Quench function ( “AQ” option ):
This function puts a pulse (1 mS +5VDC) on an interface pin each time a HV arc occurs, reduces the HV output by >20% (Fold back) and slowly (> 2 Seconds) restores the HV back to 100%. This action can protect HV systems & devices from permanent damage as well as process materials from damage or reduced quality.

Prerequisites:

• The 8C to 50C units must also be equipped with the “-i5” or “-i10” option.
• Active LOW. Open drain MOSFET transistors
• Customer must externally limit current to less than 50mA.
• Maximum OFF state voltage 32Vdc.
• Standard 8C to 50C units with the standard 14 pin header for the “-i5” & “-i10” interface options per latest UV datasheet. Arc detect signal is available on pin 10.

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