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| Zero Crossing Reversable High Voltage Supply (up to 8kV)
HPRZC Series This power supply differs from the standard HP2.5R as it has zero crossing capacity that is controlled by ± 10 Vdc. The control about the zero has a fast response time, better than 10mSec @ 5kV peak to peak square wave between 10% and 90%. Output dead space approx. -100mV to +100mV (output Voltage undefined in this area). Ripple is less than 250mV peak to peak. Features include: Small cross over dead space, Continuously variable through zero, Accurate control, High efficiency |
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| Unit Type | Output | Ripple at full load | Output dead space |
| HP2.5RZC | -2.5 kV to +2.5 kV at 400uA | 250 mV peak to peak | -100 mV to +100 mV |
| HP3RZC | -3 kV to +3 kV at 400uA | 300 mV peak to peak | -100 mV to +100 mV |
| HP5RZC | -5 kV to +5 kV at 400uA | 500 mV peak to peak | -350 mV to +350 mV |
| HP8RZC | -8 kV to +8 kV at 400uA | 1 V peak to peak | -500 mV to +500 mV |
| Electrical Specifications | |
| Input voltage: | +24 V ±10% at 1 A and -15 V ±5% at 25 mA. |
| Output Voltage: | See table above. |
| Control Voltage: | -10 V to +10 V give -max. kV to +max. kV (e.g. -2.5 kV to +2.5 kV). NB: Internal manual potentiometer control not fitted. |
| Load regulation: | Less than 100 ppm for zero to max. load. |
| Line Regulation: | Less than 20 ppm for 1 V change in I/P volts. |
| I Monitor: | 0 to +10 V represents 0 to +500 uA, 0 to -10 V represents 0 to -500 uA. |
| Speed of Response: | Better than 10 mS measured on a 5 kV peak wave between 10% & 90% |
| Temperature co-efficient: | 25 ppm per ºC |
| Operating Temperature: | 0 C to +45ºC |
| Mechanical Specifications | |
| Size: | 216 x 155 x 52mm. NB. Grounding of the case is via fixing bolts |
| Output Cable: | URM43 length 0.5 metre |
| Input Connector: | BERG 20 Way IDC header, mating connector and 300mm of ribbon cable supplied |
| Click here to enquire about this product | Amalgen Homepage |
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Amalgen Technologies Pty Ltd 43 Anderson Road, Mortdale NSW 2223 Australia Phone: +61 2 9570 2855 Fax: +61 2 9580 5128 |
| © 2007 All rights reserved. Amalgen Technologies Pty Ltd. |