X I ’ A N V A W HVC Series

ELECTRONICS LTD Variable HighVolttge Power Supplies

地址：电子一路西部电子社区 B 座 1108 室 TEL:029-88276122 13609155347 11/18/2015 10:24 AM

1 Lead Wire

Input terminal: red wire: positive terminal of input power (yellow wire: negative terminal of input power); black wire:

input power ground green wire: control terminal of input voltage

Output terminal: HV terminal (white wire): high voltage; GND terminal (black wire): ground (connected with input

power ground).

2 Technical Data

(1) Working temperature: -55℃～+225℃

(2) Input voltage: +10V+33V(1016.5V)

(3) Input current: 12mA @ 1600V with 22M load (24VIN); 50mA@2400V with 7M load (24VIN)

(4) Output voltage: 0V～-2400V (+500~+2400V)

(5) Output current: 500uA

(6) Temperature stability: lower than 40PPM/0 C, typical 20PPM/0 C

(7) Linear adjust rate: 0.1%(10% linear variation)

(8) Load adjust rate: 0.05%(50% linear variation)

(9) Shock resistance: 25G, 0-300Hz

(10) Output ripple: negative: 1.0Vp-p, typical 200mVp-p; positive: 100mVp-p, typical 50mVp-p

(With recommended filter: 2mVp-p, typical 0.5mVp-p)

(11) Output features: As shown in following diagram

3 Service Requirement

(1) The ambient temperature should not be higher than the working temperature of power supply converter for a

long time. The power supply module is able to work reliably for a long time within the range of rated working

temperature without thermal damage and the maximum test time lasts for 200 hours for continuous operation. When the

ambient temperature is higher than the rated working temperature, aging of components will accelerate and the

probability of failure will increase. From statistics in past ten years, we obtained the reliable data as following:

a) The working time is not limited within the range of rated working temperature. The casual failure period is over

three years and casual failure rate less than 1%;

b) In case of working out of the range of rated working temperature and working temperature is +25℃ over the rate

working temperature for two hours each time, the failure rate is less than 1% in the first year, about 5% in the