DT1470ET
4 Ch Reversible 8 kV/3 mA (8 W) Desktop HV Power Supply Module (USB/Ethernet/T.screen)
Features
- 4 independent channels in a Desktop case (110/220V AC Powered)
- 8 kV / 3mA output range
- Max output power:
- 9 W (< 3 kV output)
- 8 W (> 3 kV output)
- Channels with individually selectable positive or negative polarity
- SHV coaxial output connectors
- Common floating return
- Low Ripple
- Under/over-voltage alert, overcurrent and max. voltage protection
- Interlock logic for board enable and Individual channel kill
- 50 nA Current monitor resolution (with x10 Imon-Zoom: 5 nA)
- 2.8″ color touch screen display
- Local and Remote control (USB2.0/Ethernet)
- Daisy-chain capabilty
- Software Tools for easy channel management
Overview
The CAEN Mod. DT1470ET provides 4 independent High Voltage channels in a desktop package (110/220V AC Powered). Each channel can provide a ±8 kV max voltage, a 3 mA max current and a 9 W max power (8 W max power when output voltage is larger than ±3 kV). The output polarity is independently selectable for each channel.
Channels have common floating return (common return insulated from the crate ground); HV outputs are delivered through SHV connectors. The HV output RAMP-UP and RAMP-DOWN rates may be selected independently for each channel in the range 1÷500 V/s in 1 V/s steps. The module features 50 nA Iset/Imon resolution. Zoom (x 10) for Imon increases resolution to 5nA.
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SHV connector
Radiall R317580 HV coaxial connector for DT1470ET |
Consult our connectors reference page for technical information.
Module control can take place either locally thanks to a 2.8″ Touchscreen Graphic color LCD display with a completely redesigned user interface or remotely, via USB 2.0 or Ethernet. A complete set of free software Tools is available to control this unit: GECO2020 with user friendly GUI and CAEN HV Wrapper library for custom SW development. EPICS and LabVIEW also supported.
Safety features allows the module to perform as a current generator and includes:
| Channels | can be enabled or disabled through the Global Interlock logic. |
| Overvoltage and Undervoltage warning | when the output voltage differs from the programmed value by more than 2% of set value (minimum 10V). |
| Overcurrent detection | if a channel tries to draw a current larger than its programmed limit, it enters TRIP status, keeping the maximum allowed value for a programmable time (TRIP), before being switched off. |
| Hardware VMAX | Programmable VMAX protection limit. |
| Safety Board Interlock | common Interlock logic for channels enable/disable and individual inputs signal for channel Kill function. |
Technical Specifications
- Package
Desktop module housed in a 239 x 84 x 184 mm3 (WxHxD) Aluminium case
Weight: ~5.2 kg
- Output channels
4 channels, Common Floating Return, SHV connector
Positive or Negative Polarity (requires internal setting)
- Output ranges
- 8 kV / 3 mA
8 kV / 300 µA(IMonRange = High)
(IMonRange = Low) – Imon Zoom Active
- Max. Ch. Output Power
9 W ( Vset < 3 kV)
8 W ( Vset > 3 kV)
- Vset Resolution
200 mV
- Vmon Resolution
200 mV
- Iset Resolution
50 nA
- Imon Resolution
- 50 nA
5 nA(IMonRange = High)
(IMonRange = Low) – Imon Zoom Active
- Vmax
0 ÷ 8100 V Absolute maximum HV level that the channel is allowed to reach, independently from the preset value Vset.
Output voltage cannot exceed the preset value Vmax. The accuracy is 1 % ± 5 V
- Vmax resolution
± 1 V
- Alarm output
Open collector, 100 mA maximum sink current
- Interlock input
LOW: <1V; current~5mA; HIGH: 4÷6 V
- Ramp Up/Down
1÷500 Volt/s, 1 Volt/s step
- Trip
- Max. time an “overcurrent” can last (seconds). A channel in “overcurrent” works as a current generator; output voltage varies in order to keep the output current lower than the programmed value.
- “Overcurrent” lasting more than set value (1 to 9999) causes the channel to “trip”.
- Output voltage will drop to zero either at the Ramp-down rate or at the fastest available rate, depending on Power Down setting; in both cases the channel is put in the OFF state.
- Trip range: 0 ÷ 999.9 s; 1000 s = INFINITE. Step = 0.1 s (If trip= INFINITE, “overcurrent” lasts indefinitely)
- Voltage Ripple
20 ÷ 1000 Hz - 3 kV/200 µA: Typical: 20 mVpp; Maximum: 25 mVpp
- 3 kV/3 mA: Typical: 20 mVpp; Maximum: 30 mVpp
- 8 kV/800 µA: Typical: 25 mVpp; Maximum: 30 mVpp
1 ÷ 20000 kHz - 3 kV/200 µA: Typical: 5 mVpp; Maximum: 10 mVpp
- 3 kV/3 mA: Typical: 5 mVpp; Maximum: 10 mVpp
- 8 kV/800 µA: Typical: 10 mVpp; Maximum: 15 mVpp
- Vmon vs. Vout Accuracy
:±0.02% of read value ±2V
- Vset vs. Vout Accuracy
±0.02% of read value ±2V
- Imon vs. Iout Accuracy
- ±2% of read value ±2 µA
±2% of read value ±200 nA(IMonRange = High)
(IMonRange = Low) – Imon Zoom Active
- Iset vs. Iout Accuracy
- ±2% of read value ±2 µA
±2% of read value ±200 nA(IMonRange = High)
(IMonRange = Low) – Imon Zoom Active
- Ventilation Fan
60 x 60 24 V; 62 dBA maximum noise level
- Humidity range
0 ÷ 80%
- Storage temperature
-10 ÷ 70°C
- Operating temperature
0 ÷ 45°C
- Imon / Temperature coefficient
max 100 ppm/C°; max 300 ppm/C° with Imon X10 zoom
- Vout / Temperature coefficient
max. 50 ppm/°C
- Long term stability Vout vs. Vset
± 0.02% (after one week @ constant temperature)
Compare
Compare with Desktop High Voltage Power Supplies.
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Ordering Options
| Code | Description |
|---|---|
| WDT1470ETXAA | DT1470ET - 4 Channel 8kV/3 mA(9W) Desktop HV Power Supply Module with Ethernet & 2.8" Touchscreen RoHS |
Related Software
LabVIEW Driver (PSM - Power Supply Modules)
LabVIEW Instrument Driver for Power Supply Modules
GECO2020
GEneral COntrol Software for CAEN HV Power Supplies
EPICS IOC (PSM Power Supply Modules)
EPICS IOC for Power Supply Modules
CAEN HV Wrapper Library
Library for CAEN Power Supply Control