XMPG Series

  • Output Voltage 4kV to 10kV
  • Integrated Ground Referenced Filament Supply
  • Low Ripple
  • Local and Remote Programming
  • OEM Customization Available

*Note: All specifications are subject to change without notice. Please consult the English PDF version of this datasheet for the most up-to-date revision.

RoHs Compliant logo CE Marking

4kV - 10kV X-Ray Generator

The XMPG is a modular 10kV @ 10W X-Ray generator designed to drive a grounded filament X-Ray tube via closed loop filamentary control of the 0 to 1mA emission current. The grounded filament supply is rated at 0-5 amps @ 3Vdc. The filament supply features an internally adjustable 0.5 to 2.5 amp filament preheat and a internally adjustable 0 to 5 amp filament limit.

The high voltage program and emission current program have internal preset capability simplify interfacing to this X-Ray generator. Or a customer provided 0 to 10Vdc signal can be used to remotely control these two signals. A high voltage monitor signal and emission current monitor signal is provided. A High Voltage Enable input provides control of the high voltage output and a Filament Stable output indicates the filament current is stable and the X-Ray tube is producing X-Rays.


(Ref. 128122-001 REV. A)


Input Voltage:

+24 Vdc, ±10%

Input Current:

2 amp maximum

Output Voltage:

10kV, controllable over the range 4kV to 10kV

Voltage Accuracy:




Voltage Regulation:

Line: <0.01% for input voltage change of ±10%

Load: <0.01% for zero to full load

Voltage Stability:

< 0.1% per 24 hours at constant operating conditions, after 30 minutes warm up


< 500mV p-p of output voltage at full load

Ramp Rate:

< 20kV/second

Temperature Coefficient:

<250ppm per degree C

Current Regulation:

Line: ≤0.01% for 1V input voltage change under any load conditions

Load: ≤0.01% for full load to short circuit

Emission Current:


Current Accuracy:

<1% (above 10% of maximum output current)

Current Stability:

< 0.02%


Temperature Range:

Operating: 5˚C to 40˚C

Storage: -40˚C to 70˚C



Operating: 20% to 80% RH, non-condensing

Storage: 5% to 95%

Filament Supply:

Voltage: 0V to 3Vdc referenced to ground

Load Current: 5A max, preset adjustable limit

Stability: < 0.25% per 8 hours at constant operating conditions

Ripple: <50mV p-p (at maximum load current).

Temperature Coefficient: <300ppm/˚C

Filament Output:

A captive 500mm long unterminated 16 AWG twisted wire pair is provided.

High Voltage Output:

A captive 500mm long unterminated length of URM76 shielded cable

A red High Voltage On LED is provided next to the high voltage output to indicate that high voltage is being produced by the unit


1.31”H x 4.13”W x 7.28”D (33.5mm x 105mm x 185mm)

Regulatory Approvals:

Compliant to CE Safety marking to meet the requirements of EN61010, Installation cat II, safety class 1, poll. degree 2 and UL61010A-1 and CSA 1010.

As the unit is designed for incorporation within the users system it is not tested against any specific EMC standards. The user will need to take sensible EMC precautions when designing the unit in and verify the overall system EMC performance against any relevant standards. RoHS compliant.


Red Filament +
Black Filament -


Pin Signal Parameters
1 +24Vdc
2  Ground Ground
3  Preheat (set value) 0-5Vdc from internal preset
4 Test (Filament Current Direct Program) Do not connect
5 HV Enable Digital Input
6 Filament Stable Digital Output
7 HV Program Output 0-10Vdc from Internal Preset
8 HV Program Input 0-10Vdc Input
9 High Voltage Monitor 0-10Vdc Output
10 Emission Current Monitor 0-10Vdc Output
11 Filament Current Monitor 0-10Vdc Output
12 Emission Current Program Input 0-10Vdc Input
13 Emission Current Program Output 0-10Vdc from Internal Preset
14 Ground 0-10Vdc from Internal Preset
14 Ground
15 Preset Max. Filament Current (set value) 0-10Vdc from Internal Preset

The filament Preheat level and current limit are set by internal preset potentiometers accessible through the side of the case. If external high voltage enable control is not required link pins 7 and 8. If external emission current control is not required link pins 12 and 13.

Tables & Diagrams