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  • Compact and quiet bench power supply with precision linear regulation and a range of output options for lab or system use.

    Key Features:

    • Linear regulated bench DC power supply
    • Single, dual, and triple output options
    • Up to 56V and 5A with up to 130W output
    • 4-digit voltage and current display per output
    • Constant voltage or constant current operation
    • Switchable local/remote sensing
    • Silent, fan-free convection cooling
    • Compact design saves bench space
    • Optional RS232 or USB interfaces (on select models)
    • Auxiliary output (1.5–5V/2A) on EL302RT

     

  • A versatile bench power supply series with mixed-mode regulation, ideal for lab or system environments.

    Key Features:

    • Single, dual, or triple outputs with up to 420W power
    • Output ranges: 18V/10A, 20V/20A, 35V/5A, 42V/10A
    • Dual model: 2×35V/4A or 150V/2A (combined)
    • Triple model includes 1.5–5V/5A auxiliary output
    • Independent 4-digit meters for each output
    • Local or remote sensing with constant V or I modes
    • Silent, fan-free operation for most models
    • Compact, space-saving design
    • RS232 or USB interfaces on select models

     

    • 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

     

  • A high-performance 20MHz DDS function generator offering precise waveform control, high spectral purity, and flexible remote interfacing.

    Key Features:

    • Frequency range: 0.001Hz to 20MHz
    • High resolution: 6 digits or 1mHz
    • Frequency stability: ±1ppm, accuracy: ±10ppm
    • Ultra-low distortion sine waves with high spectral purity
    • Internal linear/log sweep with phase continuity
    • Built-in AM, FSK, gated, and tone-switching modes
    • Output: 5mV to 20V pk-pk from 50Ω or 600Ω
    • Store and recall multiple instrument set-ups
    • USB and RS232 interfaces for remote programming

     

  • A high-purity 20MHz DDS function generator designed for engineers requiring precision signal output, advanced modulation, and digital control.

    Key Features:

    • Frequency range: 0.001Hz to 20MHz
    • High resolution: 6 digits or 1mHz
    • Excellent stability (1ppm) and 10ppm one-year accuracy
    • Digital control for phase-continuous sweep (linear or logarithmic)
    • Output range: 5mV to 20V peak-to-peak from 50 or 600 Ohms
    • Low distortion sine wave with high spectral purity
    • Built-in modulation: AM, FSK, gated mode, tone switching
    • Store and recall multiple instrument setups
    • USB and RS232 interfaces for remote control

     

  • High-performance dual-channel function and arbitrary waveform generator with up to 240 MHz output for advanced test and signal needs.

    Key Features:

    • Frequency range from 40 MHz to 240 MHz
    • Dual independent or coupled full-performance channels
    • Precise phase control: 0.001° resolution
    • Arbitrary waveform support up to 800 MS/s
    • Replay rates up to 80 MHz
    • Wide range of built-in and user-defined waveforms
    • Pulse generation up to 100 MHz, low jitter
    • Internal/external modulation, sweep, gated, and burst modes
    • USB, LAN (LXI compliant), and optional GPIB
    • PC software for waveform generation and editing

     

  • Key Features:

    • Single output up to 360W: Choose between 18V/20A or 35V/10A
    • Mixed-mode regulation for high accuracy and low noise
    • Fanless convection cooling for completely silent operation
    • Bench or rack mountable, front and rear terminals
    • OVP trip, high-resolution settings, and remote sense terminals
    • P models offer USB, RS232, LAN interfaces (GPIB optional)
    • Rotary, keypad, and step control for voltage and current
    • Non-volatile memory for storing up to 25 user presets
    • Seamless integration with Test Bridge software and automation systems

     

  • The EME Guard Plus is a lightweight and robust personal protection monitor designed to ensure the safety of workers operating near electromagnetic field (EMF) emitters such as antennas, radars, and base stations. With a frequency range of 1 MHz to 40 GHz, this device continuously monitors and records EMF exposure levels while providing immediate audio, visual, and vibrating alerts when exposure exceeds predefined safety thresholds. Customizable alarm settings and a triaxial isotropic probe ensure accurate and reliable measurements.

     

  • The EME Guard XS Radar is a state-of-the-art RF safety monitor, specifically designed for workers operating near radar transmitters and antennas. With its isotropic tri-axis E-field sensors, this compact device provides continuous EMF monitoring over a frequency range of 1 MHz to 40 GHz, including short pulsed signal detection. Equipped with audio and visual alarms, it alerts users instantly when EMF exposure exceeds predefined safety thresholds, creating a safer working environment for military, aviation, and telecom personnel.

     

  • Solutions For:

    •  Accurate measurement with tri-axis sensors
    • Instant audio and visual alarm
    • Robust, reliable and user-friendly
    • Covers 5G / 6G bands, measuring up to 71 GHz

    User profile:

    • Persons working near antennas including installation and maintenance workers, broadcast, PMR and mobile phone operators or regulatory body employees

    Measurement capabilities:

    • Continuous monitoring of Electromagnetic Field levels with isotropic tri-axis E-field sensors
    • EMF Level indicated by a LED color scale
    • Audio and visual alarms triggered when EMF exceeds the reference level
  • The Hi-Techniques FreeStyle series of Data Acquisition Systems is a versatile, capable solution for mobile and rugged data acquisition applications. FreeStyle was designed from the ground up to make data acquisition as fast and as easy as possible. Just grab your FreeStyle and your computer and head out to the test site.

    Flexibility by Design

     

  • The Hi-Techniques Synergy series of Data Acquisition Systems integrates superior transient and streaming capability with optimized time and frequency domain performance. Add in universal signal conditioning, real-time math and you’ll see why Synergy is the ultimate Data Acquisition System for all of your mechanical, electrical, acoustic, shock and vibration measurements.

     

  • The Hi-Techniques Synergy series of Data Acquisition Systems integrates superior transient and streaming capability with optimized time and frequency domain performance. Add in universal signal conditioning, real-time math and you’ll see why Synergy is the ultimate Data Acquisition System for all of your mechanical, electrical, acoustic, shock and vibration measurements.

     

  • High‐Resolution Portable TDR with Frequency‐Domain Analysis Tools

    Ideal for testing all types of microwave/RF and digital cables and connectors

    • Rugged portable TDR with S‐parameter tools
    • Resolves connector detail (<1 cm)
    • 75 μm (0.003 in.) cursor resolution
    • 16‐bit digital sampling at up to 250 KSPS
    • Stores thousands of TDR traces
    • USB host/client, 10/100 Ethernet
    • Lightweight, bright color screen
    • Internet streaming and remote control

     

  • Next-gen Time-Domain Reflectometers replace the Tektronix® 1502C

    The new CT100 and CT100HF are the industry’s highest-resolution portable metallic TDRs, designed for testing all coaxial and twisted-pair cables and interconnects used in modern microwave/RF and digital systems. These are the only portable instruments that exceed all TDR specifications of the Tektronix® 1502C Metallic TDR Cable Tester, while providing next-generation improvements in TDR analysis, data storage, connectivity, and ergonomics.

    CT100 Series TDRs feature 8-10x sharper spatial resolution and100-1000x better Distance-to-Fault (DTF) resolution than competing TDR instruments, and have multi-GHz bandwidth similar to competing FDR (Frequency-Domain Reflectometer) instruments with similar or better cable fault sensitivity andorders-of-magnitude better DTF precision.

    These instruments’ unique combination of fast system rise-time,high-resolution time-base, and precision 16-bit impedance measurements allow you to identify and correct subtle changes in cable and connector performance before system failure. Some of the CT100 Series’ innovative features are described below. Also, please read CT100 Series Features for more information.