Products

• Current measurement from insulated probing of conductor
• Suitable for observation and measurement of current in PCB tracks, component leads and ground planes
• Wide dynamic range of 10mA to 20A peak to peak
• Wide bandwidth of DC to 5MHz
• Low noise figure equivalent to <6mA rms at full B/W
• Safety rated to 300V Cat II (600V Cat 1)
• Suitable for connection to any oscilloscope
• High accuracy general purpose H-field probe
• Converts to ‘closed magnetic circuit’ current probe

The Aim-TTi LCR400 Precision LCR Meter delivers high-accuracy component testing in a compact, user-friendly design. With 0.1% basic accuracy and built-in comparator functions, it’s ideal for precision component measurement and quality control.

Key Features:

• 0.1% basic measurement accuracy for reliable results
• Automatic component recognition for ease of operation
• Dual 5-digit high-brightness displays for clear readings
• Built-in 4-terminal component fixture for stable connections
• Limits comparator with 8 Pass bins and 2 Fail bins
• Three selectable test frequencies with switchable bias
• RS232 standard interface for PC connectivity
• Optional SMD tweezers, Kelvin clips, and PC logging software

The Aim-TTi LD400 Series DC Electronic Load is a versatile and high-performance solution for testing DC power supplies, batteries, and converters. With precise control, multiple operating modes, and advanced transient testing, it ensures dependable and accurate performance for laboratory and production environments.

Key Features:

• Wide operating range: 0–80V and 0–80A
• 400W continuous and 600W short-term power dissipation
• Multiple modes: constant current, voltage, resistance, conductance, and power
• Operates at <1V for high-current testing up to 40A
• Built-in transient generator with variable slew rate
• High accuracy with fine-level setting resolution
• Variable drop-out voltage for battery discharge testing
• Graphical LCD with intuitive soft-key control
• Analog and TTL remote control functions
• USB, RS232, and LAN (LXI) interfaces; optional GPIB (LD400P)
• Front and rear input terminals for flexible connections

The Aim-TTi LDH400 Series DC Electronic Load offers a powerful and precise solution for direct testing of DC power sources, converters, and PFCs. Designed for high-voltage applications, it combines advanced features, intuitive control, and reliable performance in a compact form factor.

Key Features:

• Wide voltage range: 10V to 500V and current up to 16A
• 400W continuous power dissipation at 28°C (360W at 40°C)
• Operates in constant current, resistance, conductance, and power modes
• High accuracy and resolution for precise level settings
• Built-in transient generator with adjustable slew rates
• Variable drop-out voltage ideal for battery and power testing
• Graphical LCD with easy soft-key interface
• Front and rear input terminals for flexible connectivity
• Remote control via USB, RS232, and LXI-compliant LAN
• Optional GPIB interface available
• Rated to CAT II (300V) safety standards

• Three or four high performance outputs each with full functionality
• Range switching gives variable voltage/current combinations
• Shared power mode provides double power from a single output
• Low output noise and ripple via linear final regulation
• High setting resolution of up to 1mV and 0.1mA
• Variable OVP and OCP trips on all outputs which can be linked (MX-Q Series 2 units only)
• Individual or combined output on/off control with programmable delay sequencing.
• Selectable voltage tracking (isolated tracking)
• Selectable current meter averaging
• Switchable remote sense capability
• Graphic LCD (colour on Series 2) provides simultaneous output metering
• Numeric or spin-wheel control of all parameters
• 50 setting memories per output plus 50 linked memories
• 3U rack case for bench or rack mounting (4U rack kit accessory available)
• RS-232, USB and LAN (LXI) interfaces (P models)
• GPIB option (P models only)
• Duplicate power & sense terminals at rear (P models)
• Software control from Test Bridge software (free download – P models only)

Series 2 (“S2”) models add:

• Colour display
• Enhanced channel power sharing
• ‘TripLink’ feature: Link channels to trip together on OVP or OCP
• New MX103Q SELV Model

The NGPS Power Supply is a high stability digital power supply series designed for demanding industrial and scientific applications. Delivering up to 10 kW of output power and scalable up to 40 kW through parallel operation, this advanced system provides precise current and voltage control with exceptional temperature stability. Equipped with Gigabit Ethernet connectivity, an embedded web server, waveform generation capability and a built in oscilloscope, the NGPS Power Supply offers a powerful and flexible solution for laboratories, research facilities and high performance power systems.

Key Features

• High stability digital power supply with output power up to 10 kW
• Parallel operation capability allowing up to 40 kW system power
• Precise current and voltage control using advanced digital architecture
• Temperature stabilized internal section for extremely low drift
• High speed 10/100/1000 Mbit Ethernet communication
• Ultra fast SFP interface supporting update rates up to 100 kHz
• Embedded Linux operating system with web based configuration interface
• Built in Arbitrary Waveform Generation for custom signal control
• Integrated four channel oscilloscope for real time monitoring
• Remote sensing terminals for accurate voltage control at the load
• Optional analog control input for compatibility with legacy systems
• Low noise and high efficiency performance for demanding applications

The Aim-TTi PL Series DC Power Supply combines precision, flexibility, and reliability in a compact linear regulated design. Available in single, dual, and triple output configurations, it delivers exceptional control and accuracy for laboratory, R&D, and testing environments.

Key Features:

• Single, dual, or triple output models
• Voltage range from 6V/8A to 60V/1.5A
• High-performance linear regulation for low noise
• Compact and space-saving design
• True analog controls for smooth operation
• S-Lock function to instantly lock settings
• V-Span feature to customize voltage range
• Low current measurement and meter averaging
• Selectable remote sense terminals
• Independent, Isolated Tracking, and True Parallel modes
• High current, low voltage output on triple models
• Optional interfaces: RS-232, USB, LAN (LXI), and GPIB
• Analog remote control of voltage and current (single output only)

The Polarity Inverters series provides a reliable solution for switching the output polarity of high power converters. Designed to work seamlessly with monopolar power supplies such as NGPS systems, these polarity switching units support current ratings up to 1000 A and voltage up to 250 V. With integrated safety interlocks and enabling signals, the system ensures secure polarity inversion for demanding industrial and scientific applications.

Key Features

• Reliable polarity switching for power converters up to 1000 A
• Maximum voltage rating of 250 V for high power applications
• Compatible with monopolar power supplies including NGPS systems
• Available in multiple current ratings including 200 A, 420 A, 630 A and 1000 A
• Auxiliary AC power input from 100 to 240 VAC at 50 or 60 Hz
• Integrated interlock and enabling signals for safe switching operations
• Supports control signals up to 240 V at 16 A and 10 A
• Designed for applications requiring polarity reversal such as magnet degaussing
• Standard rack mounting design with 19 inch enclosure options
• Durable industrial construction for reliable long term operation

The PS1112S Power Supply is a compact low noise power supply designed to deliver stable 12 V output for sensitive measurement and instrumentation systems. Built with a mixed switching linear architecture, this high efficiency unit ensures extremely low ripple and noise levels that help maintain measurement accuracy. With a maximum output power of 14 W and a robust stainless steel enclosure, the PS1112S Power Supply is an ideal solution for powering precision electronic devices and scientific instruments.

Key Features

• Low noise fixed voltage power supply with stable 12 V output
• Maximum output power of 14 W for precision electronic systems
• Maximum output current of 1.2 A depending on input conditions
• Mixed switching linear power architecture for low noise performance
• Extremely low ripple and noise in the DC to 1 MHz frequency range
• Compact and durable stainless steel enclosure
• Designed for accurate measurement and instrumentation systems
• High efficiency design while maintaining low noise operation
• Suitable for powering electrometers and precision measurement devices
• Optimized for laboratory and research equipment applications

The PS1215 Power Supply is a compact, high-precision dual-voltage power supply delivering ±15 V output for sensitive instrumentation. Engineered with a mixed switching-linear design, it ensures ultra-low noise performance for high-accuracy devices, particularly the 0-FLUCS current transducer series. Housed in a robust stainless steel enclosure, it provides 27 W of clean power while minimizing cable-related noise pickup, making it ideal for laboratory and research applications.

Key Features

• Dual-voltage output: ±15 V for precision instruments
• Maximum output power: 27 W with AC derating
• Ultra-low noise: 0.001 % for clean DC operation
• Mixed switching-linear design for efficiency and low ripple
• Compact and durable stainless steel enclosure
• Compatible with 0-FLUCS DC Current Transducer series
• Two cable options for voltage-output or current-output transducers
• Ideal for high-precision DCCT measurements
• Reduces cable length noise pickup for sensitive setups
• Optimized for laboratory and high-accuracy instrumentation

Experience precision RF signal analysis on the go with this lightweight, handheld analyzer designed for both lab and field use.

Key Features:

• Frequency range: 1MHz to 1.3GHz (PSA1303) or 2.7GHz (PSA2703)
• RBW: 300Hz to 10MHz
• -115dBm typical noise floor
• Dual markers with absolute/difference values
• AM/FM demodulation in zero span
• Auto-find & smart marker peak tracking
• USB for waveform saving and PC connection
• Live, View, and Reference trace modes
• 6-hour lithium-ion battery operation
• Weighs just 0.58 kg
• Optional U01 Upgrade: Limit lines, data logging, triggering, compensation tables

High-performance, battery-powered spectrum analyzers ideal for RF engineers and field use.

Key Features:

• Frequency range: 10MHz to 3.6GHz or 6.0GHz
• -120dBm typical noise floor
• Resolution bandwidths from 300Hz to 10MHz
• AM/FM audio demodulation with zero span
• Live, View & Reference traces with markers
• Smart marker tracking with peak detection
• USB data logging & real-time PC view
• Compact, lightweight (0.56 kg) with >3hr battery
• Optional U02 features: limit lines, OBW, ACPR, AM/FM waveform demodulation

The QDS Quench Detection System is a 4-channel precision device designed for fast and reliable superconducting magnet protection. Each channel supports independent multi-range measurement, floating up to 100 V, and provides high-resolution data for both absolute and differential quench detection. Configurable detection windows from 1 ms to 1 s and Ethernet connectivity allow seamless control and integration with magnet power systems. Ideal for laboratories and industrial applications requiring high-accuracy magnet monitoring.

Key Features

• 4 independent floating channels up to 100 V
• Multi-tap precision measurement: ±20 V to ±20 mV ranges
• Ultra-high resolution: 2.4 μV to 2.5 nV
• Configurable detection windows from 1 ms to 1 s
• Absolute and differential quench detection modes
• 24-bit resolution and 100-kHz sampling rate per channel
• Fast 10/100/1000 Mbit Ethernet connectivity (TCP-IP/UDP)
• Interlock and output status signals for system integration
• Persistent Switch driver outputs: 12 V and 24 V
• Remote firmware updates via CAEN ELS website

• Wide range of voltage/current combinations
• Up to 80V and up to 50A within the same power envelope
• Low output ripple and noise of <3mV rms at full power
• High setting resolution of 1mV
• Analogue control interfaces for voltage and current
• Bench or rack mounting, front and rear terminals
• USB and LAN (LXI) interfaces with GPIB optional (QPX600DP, QPX1200SP and QPX750SP)

The REGUL8OR Power Controller is a high performance programmable power supply controller designed to transform standard power converters into advanced digitally controlled power systems. Equipped with a built in web server, waveform generation tools and a multi channel oscilloscope, it enables precise monitoring and control of voltage and current in demanding laboratory and industrial environments. Supporting voltage up to ±200 V and current measurements up to 1000 A with 0 FLUCS DCCT technology, this controller provides exceptional accuracy, stability and flexibility.

Key Features

• Digital programmable power supply controller with advanced FPGA based control
• Supports voltage up to ±200 V and current measurement up to 1000 A
• Integrated 0 FLUCS current transducer technology for high precision sensing
• Embedded web server for configuration and monitoring
• Built in Arbitrary Waveform Generator for custom signal generation
• Integrated four channel oscilloscope for real time measurement
• Gigabit Ethernet connectivity with TCP IP and UDP communication
• Fanless design for quiet and reliable operation
• Compatible with multiple programmable power supplies and amplifiers
• High resolution waveform monitoring at 100 ksps per channel

The TetrAMM is a high precision 4-channel picoammeter engineered for fast and reliable low current measurements in advanced research and detector applications. Designed for demanding laboratory and beamline environments, the system delivers simultaneous 24-bit sampling at speeds up to 100 kHz per channel. Its integrated bias voltage source, high speed Ethernet connectivity, and real time onboard processing make it an ideal solution for applications requiring accurate multi channel current monitoring and detector biasing.

Key Features

• 4 channel simultaneous current measurement
• 24 bit ADC resolution for precise low current detection
• Sampling rate up to 100 kHz per channel
• Integrated low noise bias voltage source
• Bipolar current measurement capability
• Gigabit Ethernet interface with TCP/IP and UDP support
• SFP link for high throughput data acquisition
• Configurable sampling frequency and auto ranging functionality
• Trigger output with configurable threshold detection
• Real time FPGA based onboard data processing
• Compact and robust instrument design
• Plug and play oscilloscope software included