- Multi-output e-gun supply
- Fast rise time pulsed Cathode current
- Remote programming via Ethernet
- Customizable for OEM applications
*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.
Injector Control Assembly (ICA) Power Supplies
Spellman’s Injector Control Assembly (ICA) multi-output high voltage power supplies are used to supply the appropriate electrode voltages to a triode electron gun in order to inject electrons into a Linear Accelerator (LINAC). The resulting high-energy electron pulses are used to create high-energy X-Rays for applications such as cargo screening and cancer therapy.
This multi-output, rack mount power supply provides the Cathode, Heater and Grid voltages required by the e-gun. The Cathode current can be pulsed up to 500Hz. The Heater and Grid supplies float at the Cathode voltage potential, typically up to -15kV. Injector current is regulated by programming the Grid Pulse Voltage. Remote control and monitoring is via standard Ethernet protocols. LED indicators on the front panel provide basic output and fault status, including Cathode Current and Arc faults.
The ICA series can be customized for specific system requirements. The ICA series can be customized for specific system requirements.
Cargo screening, cancer therapy
0 to -15kV
Pulsed Cathode Current:
200mA to 1500mA
Mean Cathode Current:
Current Pulse Width:
Up to 6μs (90% to 90%)
Current Pulse Frequency:
Up to 500Hz
0 to -6.5Vdc (wrt Cathode)
-60 to -135Vdc (wrt Cathode)
0 to 340Vdc (wrt Cathode)
Injector Current is regulated by programming
the Grid Pulse Voltage
Ethernet (RJ45 jack)
Interlock (24V nominal, 9 pin D-sub male pin plug)
Pulse Input (BNC)
AC Power In (IEC320 C14 male pin receptacle)
HV Out (3 pin terminal block)
24V must be present to enable output high voltage cathode. It
is intended to connect to the system to disable the ICA in case
any system interlocks have not been satisfied.
10°C to +40°C
-40°C to +70°C
30% to 60% relative humidity, non-condensing
The ICA shall be designed in accordance with IEC 60601-1
(Edition 3) Requirements. Certification shall be by agreement.
The ICA shall be UL 94V-0 and RoHS compliant.
|INDICATOR||COLOR||CONDITION Illuminated When...|
|Trigger Present||Green||Input trigger is present.|
|AC Power||Green||AC supply voltage is present.|
|Interlock In||Green||Interlock in signal is present.|
|Arc Fault||Red||Arc fault signal is active.|
|Cathode Current Fault||Red||Cathode current fault signal is active.|
|Cathode Voltage On||Amber||Cathode high voltage is present.|
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