Single Desktop HV channel powered and controlled by USB
500 V / 1 mA output range
Available with positive or negative polarity
SHV output connector
Low Ripple
Under/over-voltage alert, overcurrent and max. voltage protection
Interlock logic for board enable and Individual channel kill
20 nA Current monitor resolution (with x10 Imon Zoom: 2 nA)
Software Tools for easy channel management
The CAEN Mod. DT5472 is a desktop module housing one high voltage power supply channel delivering up to 500 V and 1 mA. The unit is available with either positive or negative output polarity and is powered via the USB link.
The HV output is delivered through a Radiall R317580 SHV coaxial connector; for further technical information, consult our connectors reference page. Ramp-up and ramp-down rates can be set from 1 to 100 V/s in 1 V/s steps. The module offers 200 nA Iset/Imon resolution, and the x10 Imon Zoom increases the current monitor resolution to 20 nA. All functional parameters can be programmed and monitored via USB.
The module also includes dedicated safety features that allow it to operate as a current generator. The channel can be enabled or disabled through a front panel manual switch or via the interlock logic, and a warning is issued when the output voltage differs from the programmed value. When the channel attempts to exceed its programmed current limit, it is flagged as being in “overcurrent” and enters TRIP status: the output voltage is adjusted to keep the current below the programmed limit for a programmable TRIP time, after which the channel is switched off. If TRIP is set to “constant current mode”, the channel behaves as a current generator. A hardware VMAX limit can be set via a front panel potentiometer, and its value can be read out via software.
Software is available for Windows: the LabVIEW Instrument Driver and the DT547x Control Software, a LabVIEW application with logging capability. Through its graphical user interface, the DT547x Control Software allows all the unit’s functional parameters to be set and monitored, and while running it creates a data-log file that records any changes in the monitored parameters.
|
Image
|
Name
|
No. of Channels
|
Max Output V
|
Max Output I
|
Vset/Vmon Resolution
|
Iset/Imon Resolution
|
Max. Ramp Up/Down Rate
|
Ripple Typ. (>1kHz)
|
Connectors
|
Max Power per Channel
|
Features
|
|
|
DT5470 |
1 |
5000 V |
200 µA |
1 V |
Iset: 40 nA <br>Imon: 4 / 0.4 nA |
500 V/s |
<20mV |
SHV |
1 W |
Powered and controlled by USB |
|
|
DT5471 |
1 |
3000 V |
500 µA |
500 mV |
Iset: 100 nA <br>Imon: 10 / 1 nA |
500 V/s |
<20mV |
SHV |
1 W |
Powered and controlled by USB |
|
|
DT5472 |
1 |
500 V |
1 mA |
100 mV |
Iset: 200 nA <br>Imon: 20 / 2 nA |
100 V/s |
<10mV |
SHV |
0.5 W |
Powered and controlled by USB |
|
Package |
|
|
Polarity |
0 ÷ 500 V |
|
Output Voltage |
Positive / Negative depending on purchased version |
|
Max. Output Current |
1 mA |
|
Voltage Set Resolution |
100 mV |
|
Voltage Monitor Resolution |
10 mV |
|
Current Set Resolution |
200 nA |
|
Current Monitor Resolution |
2nA (low range) / 20nA (high range) |
|
Current Set Maximun Value |
1100 µA |
|
VMAX hardware |
0 ÷ 510 V |
|
VMAX hardware resolution |
1 V |
|
VMAX hardware accuracy |
± 2% of FSR |
|
Ramp Up/Down |
1 ÷ 100 Volt/sec, 1 Volt/sec step |
|
Temperature Resolution |
1° C |
|
TRIP |
0-999s; 1000 = Infinite (current generator) |
|
Voltage Ripple |
<10 mV |
|
Vmon vs. Vout accuracy |
±0.05% of read ±1 V |
|
Vset Vs. Vout accuracy |
±0.05% of read ±1 V |
|
Imon vs. Iout accuracy |
±1% of read ±400 nA |
|
Iset vs. Iout Accuracy |
±1% of read ±400 nA |
|
Humidity range |
0 ÷ 80% |
|
Operating temperature |
0 ÷ 45°C |
|
Storage temperature |
-10 ÷ +70°C |
|
Vout / Temperature coefficient |
100 ppm |
|
Imon / Temperature coefficient |
100 ppm |
|
Long term stability Vout vs. Vset |
0,05% (after one week @ constant temperature) |