A1619
16 Ch 250V 1mA/100µA
This board houses 16 independent full floating channels designed to provide voltage up to 250 V with dual current range.
You can read online the CAEN New Power Supplies selection or download a copy. You can also browse the new Power Supplies by category below.
DownloadThis board houses 16 independent full floating channels designed to provide voltage up to 250 V with dual current range.
A1632H is a single width board (5TE wide) that houses 8 individual floating channels, delivered through SHV connectors...
16 Channel 1 kV, 10mA (10W) Individual Floating Return channels available with either positive or negative polarity.
8 Channel 1 kV, 20mA (20W) Individual Floating Return channels available with either positive or negative polarity.
This board houses 16 independent full floating channels designed to provide voltage up to 500 V with dual current range.
The A255x are single width boards housing 8 LV floating channels each; they provide 8V/12A, 16V/6A and 32V/3A (60W max.)
The DT5845 are high voltage regulators specifically designed for SiPM bias. Each has a built in temperature compensation controller.
The DT8034H provides 8 independent 6 kV/ 20 µA channels in a compact desktop form factor, well suitable for germanium detectors.
The A7526 is a high efficiency, low noise single channel High Voltage DC/DC converters in a PCB mount form factor.
The A7526DB is a compact digital controlled power supply to provide stable and noiseless power for several kinds of detectors.
The A7512DB is a compact solution prodiving 1 Ch 12 kV/20 µA Digital Controlled Power Supply Module for MRPC.
The B and Rad tolerant Intermediate Converter (BRIC) is built to endure the harsh condition of High Luminosity LHC at CERN.
The A1660 Branch Controller allows to control 8 EASY BRIC modules (2 water-cooled remote crates), through two branches.
R6060 EASY Branch Controller is a standalone module which allow to controls EASY6000 or EASY3000 boards.
The N8034H provides 8 independent 6 kV/ 20 µA channels in a double width NIM mechanics, well suitable for germanium detectors.
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