Low Voltage Boards
Features
- 8 independently controllable full floating channels
- Up to 32 V
- Up to 60 W Max channel output power
- High resolution on voltage set
- Programmable TRIP parameter
- Programmable ramp up / down
- Current generator operation in overcurrent condition
- Overcurrent programmable protections
- Individual remote sense lines
- Up to 0.2 mV voltage monitor resolution
- Up to 1 mA current monitor resolution
- Voltage ripple smaller than 3 mVpp
Overview
The family of low voltage (LV) power supplies includes single width boards housing 6 or 8 individual floating channels. The boards are designed to provide maximum voltages from 8 to 32 V (A255x), with up to 0.2 mV set and monitor resolution and can provide output power up to 60W per channel.
All the boards are provided with both current and voltage protections. If overcurrent occurs, the channel is signaled to be in “overcurrent” the relevant channel can be programmed either to turn off after a programmable trip time or to remain on and to provide the maximum allowed current. This feature allows the module to perform as a current generator.
The voltage ramp rates may be set independently for each channel. Moreover, the individual floating channels allow on-detector grounding, thus allowing to reduce the noise level. Output channels are delivered through DB37 or D-sub 8 connectors.
A2551 / A2552 / A2553
The A2551, A2552 and A2553 and are single width (5 TE wide) boards housing 8 LV floating channels each. The boards provide 8V / 12A, 16 V / 6 A and 32 V / 3 A outputs with up to 0.2 mV, monitor resolution. The Maximum channel power is 60 W.
Channels can be connected in parallel with modularity 2 or 4 to obtain higher output power. Each output channel is provided with individual remote sensing lines to compensate for the voltage drop over the connection cables. Output channels are delivered through DB37 or 8 pin D-Sub connectors.
Universal Multichannel System - Mainframes
Modularity, Compatibility, Connectivity, Usability and Solidity are the keywords of the system design. The Mainframes have been specifically designed to power all detector technologies found in modern Physics Experiments, such as photomultipliers, wire chambers, streamers tubes, silicon detectors and others.
The systems are modular, flexible and match not only the requirements of major experiments with large number of channels but also the practical needs of test laboratories, where simple manual operations on a limited number of channels are often desired.
Software
A complete set of Software Tools is available (free download) to control CAEN Universal Multichannel Power Supply Systems, from low level libraries to graphical application software:
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CAEN, in collaboration with CERN, has developed an OPC server which allows control of its power supply systems by any OPC compliant client application. |
| HiVoCS |
HiVoCS is a Web Interface available on any SY4527-SY5527 CPU. This Interface can be accessed directly via browser without installing any additional software. |
| EPICS IOC |
Mainframes CPUs integrates an EPICS Input / Output Controller (IOC) that provides access to the Process Variables using the Channel Access Protocol. |
| CAEN HV Wrapper Library |
It is a set of ANSI C functions bundled in a library, providing the software developer an unified software interface for the control of all the CAEN Power Supply products |
| GECO2020 |
CAEN General Control SW for High Voltage Boards and Systems. it can manage and control CAEN HV power supplies in any form factor as if they were an unique device. |
Models
| Model | Image | No. of Channels | Max Output V | Max Output I | Max. Ramp Up/Down Rate | Ripple Typ. | Connectors | Max Power per Channel | Actions |
|---|---|---|---|---|---|---|---|---|---|
| A2551 | | 8 | 8 V | 12A | 500V/s | < 3 mVpp | D-Sub 8W8, DB37 | 60 W | QUOTE |
| A2552 | | 8 | 16 V | 6A | 500V/s | < 3 mVpp | D-Sub 8W8, DB37 | 60 W | QUOTE |
| A2553 | | 8 | 32 V | 3A | 500V/s | < 3 mVpp | D-Sub 8W8, DB37 | 60 W | QUOTE |
Interfaces & I/O
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Software
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Request info
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Brochure
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