Test and Measurement Products

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CAEN ELS CT-600 Current Transducer
The CT-600 Current Transducer is a high precision DC current transformer designed for accurate measurement of DC and AC currents up to ±600 A. Built on advanced 0-FLUCS closed loop technology, the device delivers exceptional linearity, extremely low noise, and minimal temperature drift. Available in both current output and voltage output versions, the CT-600 Current Transducer offers flexible integration for laboratory instrumentation, power electronics testing, and industrial monitoring systems.

Key Features
- High precision current measurement up to ±600 A full scale
- Based on advanced 0-FLUCS closed loop current sensing technology
- High bandwidth performance for DC and AC current monitoring
- Excellent linearity with extremely low noise output
- Negligible temperature coefficient for stable long term measurements
- Galvanic isolation between primary and secondary circuits
- Transform ratio of 1:1500 for accurate signal conversion
- Available in current output or buffered voltage output versions
- Built in LED indicator for operational status
- Suitable for calibration systems and precision power electronics testing
- Ideal replacement for Hall effect current sensors in high accuracy applications
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CAEN ELS CT-BOX Current Measuring System
The CT-BOX Current Measuring System is a high precision digital solution designed to measure and calibrate DC and AC currents up to ±1000 A. Developed for use with 0-FLUCS current transducers, this turnkey system integrates advanced signal conditioning, a 24-bit temperature stabilized ADC and configurable sampling up to 100 kHz. Available in both desktop and rack mount formats, the CT-BOX Current Measuring System provides reliable high accuracy measurements for laboratory, industrial and testing environments.

Key Features
- High precision measurement of DC and AC currents up to ±1000 A
- Compatible with 0-FLUCS current-output DCCT transducers
- Integrated burden resistor and signal conditioning network
- 24-bit temperature stabilized ADC for accurate digital conversion
- Measurement accuracy up to 0.01 percent full scale, optional 0.005 percent
- Configurable sampling frequency up to 100 kHz
- Multiple trigger modes including hard, soft and mixed trigger options
- Internal microSD memory for long-term data storage
- Local display for current readings and system settings
- Integrated alarm output for current threshold monitoring
- Built in Auto-Zero function for offset compensation
- Integrated low-noise ±15 V AC/DC power supply for transducer operation
- Ethernet, USB and RS-232 connectivity for flexible data transfer
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inTEST Thermal Solutions Custom OEM Chillers
Custom OEM Chillers are designed to meet the exact cooling requirements of manufacturers and end users. Engineered for precision and flexibility, these systems deliver reliable performance tailored to your unique process needs.

Key Features
- Fully customized cooling solutions for OEM and end users
- Designed for specific temperature, flow rate, and pressure needs
- Supports fluid, gas, and cryogenic cooling technologies
- Flexible footprint and system integration options
- Advanced remote communication capabilities
- Suitable for a wide range of industries
- High performance and reliability in demanding environments
- Scalable solutions with OEM and volume pricing options
- Built with decades of thermal engineering expertise
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inTEST Thermal Solutions Custom Thermal Chambers
Custom Thermal Chambers are engineered to meet exact testing requirements for end users and OEM applications. Designed for flexibility and precision, these chambers deliver extreme temperature control with fully customizable configurations.

Key Features
- Temperature range from -185°C to +500°C
- Rapid transition rates up to 100°C per minute
- Fully customizable chamber size and footprint
- Flexible test access with ports, shelves, and windows
- Advanced controller with data logging capabilities
- Multiple communication interfaces including Ethernet and RS232
- Available in benchtop, rack mount, or stand configurations
- Certified with ISO, RoHS, CE, and UL standards
- Engineered specifically for your application needs
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CAEN ELS DAMC-FMC2ZUP Carrier
The DAMC-FMC2ZUP Carrier is a high performance FMC and FMC+ carrier board built in the MTCA.4 form factor and powered by the Xilinx Zynq UltraScale+ MPSoC XCZU11EG processor. Designed for demanding data acquisition and signal processing applications, the board combines powerful FPGA resources with an integrated ARM processing system. With dual FMC connectivity, high speed transceivers, and advanced clocking architecture, the DAMC-FMC2ZUP Carrier offers exceptional flexibility for modern instrumentation and control systems.

Key Features
- MTCA.4 FMC and FMC+ carrier board architecture
- Powered by Xilinx Zynq UltraScale+ MPSoC XCZU11EG FPGA
- 653k programmable logic cells for advanced digital processing
- 2920 DSP slices for high speed signal processing tasks
- 48 multi gigabit transceivers for high bandwidth communication
- Quad core ARM Cortex A53 processor operating at 1.5 GHz
- Dual DDR4 memory interfaces for high speed data operations
- Two FMC connectors including one FMC+ high speed interface
- PCI Express Gen 3.0 support with x8 configuration
- Gigabit Ethernet connectivity for system integration
- Flexible clock distribution system with multi channel switching
- Trigger and timing signal support for synchronization
- Front panel SFP+ interface for high speed networking
- Compatible with modern FPGA development environments
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CAEN ELS EASY-DRIVER Power Supply
The EASY-DRIVER Power Supply is a compact digital bipolar power supply series designed for precise current control and flexible integration in laboratory and industrial environments. Delivering up to 200 W output power, this highly configurable unit combines advanced digital control with reliable Ethernet connectivity for seamless monitoring and operation. With multiple output configurations and low noise performance, the EASY-DRIVER Power Supply provides a cost effective and high performance solution for powering sensitive electronic loads.

Key Features
- Compact bipolar digital power supply with output power up to 200 W
- Multiple output ratings including ±1 A at ±12 V, ±2 A at ±20 V, ±5 A at ±20 V and ±10 A at ±20 V
- Digital current control loop for precise and stable operation
- Low noise and high bandwidth output performance
- Ethernet connectivity with TCP IP and UDP communication
- Multi DSP architecture for reliable digital signal processing
- Local display for output current and voltage monitoring
- LED indicators for real time system status
- Built in protections including over voltage and over temperature
- External interlock signal and inductive load discharge circuitry
- Compatible with laboratory equipment and standalone installations
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inTEST Thermal Solutions ECO-710E/810E ThermoStream
The ECO-710E/810E ThermoStream® systems are eco-friendly temperature forcing solutions designed for precise electronic testing, delivering fast temperature transitions with quiet, energy-efficient operation.

Key Features:
- Wide temperature range: -80°C to +225°C
- Eco-friendly design compliant with EU 517/2014 (no annual leak testing)
- Quiet operation at just 56 dBA
- Energy-efficient performance on a 20-amp circuit
- Rapid temperature transitions for consistent results
- Touchscreen controls with embedded software (no Windows® OS)
- No need for LN2 or LCO2 cooling agents
- Remote setup and communication capabilities
- Ideal for 24/7/365 lab or production use
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CAEN ELS FAST-Bi-1K5 Power Supply
The FAST-Bi-1K5 Power Supply is a high precision bipolar, bidirectional and regenerative digital power supply designed for demanding testing environments. Built in a compact 19 inch 2U form factor, it supports four quadrant operation and provides output ratings up to ±100 V and ±150 A. With advanced digital control, embedded monitoring tools and energy regenerative architecture, this power supply offers an efficient solution for battery testing, EV systems, fuel cells and laboratory research applications.

Key Features
- 1.5 kW bipolar bidirectional regenerative power supply
- Four quadrant operation across the voltage current plane
- Output ratings up to ±100 V and ±150 A
- Multiple regulation modes including CV, CC, CP and CR
- High precision 24 bit resolution at 100 kHz sampling rate
- Built in Arbitrary Waveform Generator operating at 100 kHz
- Integrated 4 channel oscilloscope for signal monitoring
- Embedded web server interface for remote control and configuration
- Gigabit Ethernet connectivity with TCP IP and UDP communication
- Energy regenerative architecture returning excess power to the grid
- Low noise and ripple due to high switching frequency design
- Parallel operation of up to four units for increased power capability
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CAEN ELS FAST-PS Power Supply
The FAST-PS Power Supply is a high performance bipolar digital power supply series designed for fast and precise current and voltage control. With power ratings up to 600 W, this advanced unit combines digital control technology with built in waveform generation, signal monitoring and flexible communication interfaces. The integrated web server and powerful control architecture make the FAST-PS Power Supply an ideal solution for laboratories, research facilities and demanding industrial applications.

Key Features
- High performance bipolar digital power supply with power ratings up to 600 W
- Precise current and voltage control modes for flexible operation
- Built in Arbitrary Waveform Generator operating at 100 kHz
- Integrated four channel oscilloscope with advanced triggering features
- Embedded Linux operating system with web based user interface
- High speed Ethernet connectivity with 10/100/1000 Mbit communication
- Dual SFP or SFP+ communication slots for fast feedback control
- Digital control loop for precise response and load adaptation
- Local display and interface for monitoring voltage and current
- Integrated protection including over voltage, over current and over temperature
- Optional analog control input for amplifier compatibility
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CAEN ELS FAST-PS-1K5 Power Supply
The FAST-PS-1K5 Power Supply is a high performance bipolar digital power supply designed for demanding laboratory, industrial and research applications. Delivering up to 1.5 kW of output power, this advanced system provides precise current and voltage control along with integrated monitoring tools and flexible communication interfaces. With digital control architecture, built in web server functionality and high stability sensing technology, the FAST-PS-1K5 Power Supply offers a reliable solution for battery testing, superconducting magnet systems and advanced power electronics applications.

Key Features
- High performance bipolar digital power supply with power ratings up to 1.5 kW
- Accurate current and voltage control for precision power applications
- Output models available up to 100 A and 100 V
- Digital control loop for flexible configuration and load adaptation
- Integrated web server for monitoring and system configuration
- Built in waveform generation and triggering capabilities
- Four channel oscilloscope monitoring at 100 ksps
- High precision current sensing using 0 FLUCS DCCT technology
- Gigabit Ethernet connectivity with additional SFP communication slots
- Optional four quadrant operation with dedicated external crate
- Quench protection support for superconducting magnet systems
- Local display and interface for monitoring voltage and current
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CAEN ELS FAST-PS-M Power Supply
The FAST-PS-M Power Supply is a high performance monopolar digital power supply designed for applications that require stable current and voltage control. With output power up to 900 W, this advanced power system integrates a digital control loop, embedded web server and built in waveform and monitoring tools. Its high precision sensing technology and fast communication interfaces make the FAST-PS-M Power Supply an ideal solution for research laboratories, industrial test systems and precision electronics applications.

Key Features
- High performance monopolar digital power supply with output power up to 900 W
- Precise current and voltage control with digital regulation
- Built in Arbitrary Waveform Generator operating at 100 ksps
- Integrated four channel oscilloscope with high precision monitoring
- Embedded web server interface for configuration and control
- High speed Ethernet connectivity with 10/100/1000 Mbit support
- Dual SFP communication slots for fast feedback and system integration
- Low noise output and high bandwidth performance
- High precision sensing using 0 FLUCS current transducer technology
- Local colour display and interface for monitoring and configuration
- Internal protections including over voltage and over current protection
- Optional analog control input for amplifier compatibility
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CAEN ELS FMC-4SFP+ Adapter
The FMC-4SFP+ Adapter is a high performance FPGA Mezzanine Card designed to provide fast SFP and SFP+ communication through a High Pin Count FMC interface. Built according to the VITA 57.1 FMC standard, the adapter enables dual or quad channel optical communication for advanced FPGA based systems. With flexible voltage compatibility, integrated clock generation, and support for multiple SFP modules, the FMC-4SFP+ Adapter delivers reliable high speed connectivity for data acquisition, networking, and signal processing applications.

Key Features
- High Pin Count FMC adapter based on the VITA 57.1 standard
- Supports dual or quad channel SFP and SFP+ communication
- Up to four SFP or SFP+ module slots
- Designed for high speed optical communication with FPGA carriers
- Compatible with a wide range of FMC carrier boards
- Flexible operating voltage from 1.5 V to 3.3 V through VADJ
- Integrated LVDS clock oscillator with adjustable frequency
- Clock frequency range from 10 MHz to 280 MHz
- DIP switch and I2C interface for oscillator configuration
- Automatic module configuration for stand alone operation
- Component placement compatible with various carrier layouts
- Designed to fit carriers without front panel modifications
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CAEN ELS FMC-MOTDRV22 Motor Driver
The FMC-MOTDRV22 Motor Driver is a cost efficient dual channel stepper motor control board designed for systems that require reliable motion control within an FPGA based environment. Built according to the ANSI VITA 57.1 FMC standard, this mezzanine card enables precise control of bipolar stepper motors while providing integrated diagnostics and protection features. With programmable chopper modes, motor load detection, and flexible voltage options, the FMC-MOTDRV22 Motor Driver offers a dependable solution for automation, instrumentation, and scientific motion control systems.

Key Features
- Dual channel stepper motor driver design
- Compatible with ANSI VITA 57.1 FMC standard carrier boards
- Supports bipolar stepper motors for precision motion control
- Maximum output up to 12 V or 24 V at 1.8 A per coil depending on model
- Programmable chopper slope with three operating modes
- Integrated motor load detection without external sensors
- Load dependent current control for efficient motor operation
- Diagnostic monitoring and system protection features
- Protection against overcurrent, short to ground, undervoltage and overheating
- Encoder interface support for motor position monitoring
- Flexible configuration with internal or external power supply options
- Dedicated cabling solutions available for easy installation
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CAEN ELS FMC-PICO-1M4 Ammeter
The FMC-PICO-1M4 Ammeter is a high precision four channel current measurement board designed for accurate monitoring of very low bipolar currents in advanced electronic systems. Built as a Low Pin Count FPGA Mezzanine Card compliant with the VITA 57.1 FMC standard, this module combines high resolution data acquisition with low latency performance. With 20 bit resolution and sampling speeds up to 1 MSPS, the FMC-PICO-1M4 Ammeter provides reliable current monitoring for scientific instrumentation, accelerator systems, and precision measurement environments.

Key Features
- Four channel high precision floating ammeter design
- 20 bit resolution analog to digital conversion
- Sampling rate up to 1 MSPS for fast data acquisition
- Independent and simultaneous sampling for each channel
- Multiple measurement ranges depending on board version
- Bipolar current measurement capability
- Floating input channels up to ±300 V relative to FMC ground
- Low noise analog front end for precise measurements
- Minimal temperature dependence for stable performance
- Optional factory calibration with EEPROM stored calibration data
- External trigger support for synchronized acquisition
- Separate SPI communication links for each channel
- Compatible with VITA 57.1 FMC Low Pin Count carrier boards
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inTEST Thermal Solutions Gas Chillers
Gas Chillers are designed for precise and efficient cooling of nitrogen, argon, and clean dry air in demanding process applications. Built for reliability and flexibility, these systems deliver ultra-low temperatures with fast response times.

Key Features
- Cooling capability down to -95°C
- Supports nitrogen, argon, air, and clean dry air
- Open loop and closed loop configurations available
- Fast temperature transitions for process efficiency
- No LN2 or LCO2 required for operation
- Auto cascade and cryogenic cooling options
- Advanced control for consistent performance
- Designed for industrial and high precision applications
- Compliant with global industry standards
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CAEN ELS HV-PANDA HV Board
The HV-PANDA HV Board is a high voltage Advanced Mezzanine Card designed for MTCA.4 systems that require reliable and precise high voltage delivery. This double width AMC board integrates four independent high voltage channels capable of delivering up to 6 kV output. Built using proven high voltage technology, the HV-PANDA HV Board ensures stable operation and secure power control for detector and instrumentation applications. With integrated safety interlocks, flexible channel configurations, and dedicated monitoring software, the board offers a dependable solution for advanced scientific and industrial systems.

Key Features
- Double width AMC board designed for MTCA.4 systems
- Four independent high voltage channels
- Maximum output up to 6 kV per channel depending on configuration
- Multiple channel rating options including 6 kV, 4 kV, and 500 V
- Maximum power up to 6 W per channel
- Positive or negative polarity configuration available
- Front panel interlocks for individual channel safety control
- Additional 12 V power input for high voltage operation
- RTM interface for MTCA backplane connectivity
- Reliable high voltage technology for detector applications
- Graphical user interface for simple system control
- Dedicated drivers for configuration and monitoring
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