Features:

• Dual channels, maximum output frequency of 200 MHz, and up to 20 Vpp output amplitude
• 1.2 GSa/s sampling rate with 16-bit vertical resolution
• TrueArb technology for point-by-point arbitrary waveform output with low jitter (10 mSa/s ~ 600 MSa/s)
• Sequence wave playback supported, with up to 40 Mpts waveform memory per channel
• EasyPulse technology enables low-jitter square/pulse wave output with fine control over width and edges
• Dual pulse output function for evaluating dynamic characteristics of power devices
• Supports PRBS (Pseudo-Random Binary Sequence) up to 120 Mbps
• Extensive modulation capabilities: AM, DSB-SC, FM, PM, FSK, ASK, PSK, PWM
• Sweep and Burst functionality
• Harmonic and waveform combining functions
• High-precision frequency counter
• 196 built-in arbitrary waveforms
• Standard interfaces: USB Host, USB Device (USBTMC), LAN (VXI-11); optional GPIB
• Built-in WebServer allows control via web browser
• 7-inch touchscreen display

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Features

• 5-inch true color TFT-LCD display (800 × 480 resolution) with touchscreen and redesigned user interface
• Real 6½-digit (2,200,000 count) measurement resolution
• Measurement speed up to 50,000 readings/second, with sampling intervals ranging from 100 PLC to 0.001 PLC
• 512 MB RAM supports caching up to 2 million readings with timestamp support
• 256 MB NAND Flash for storing readings, images, and configuration files
• Four trigger modes: Auto, Single, External, and Level Trigger
• Four display modes: Numerical, Bar Meter, Trend Chart, and Histogram
• DC measurements support auto-zero function
• True-RMS measurement for AC Voltage and AC Current
• Automatic switching between 10 A (high) and 3 A (low) current modes; supports up to 30 A with external shunt
• Supports RTD, thermocouple, and user-defined sensors
• Dual display and probe hold functionality
• Supports standard SCPI remote control commands
• Bundled with EasyDMM-X host control and data acquisition software
• Communication interfaces: USB Device (optional USB-GPIB adapter), USB Host, and LAN
• Supports BNC VMC output and trigger input
• Remote access via VNC and built-in web server
• Multilingual menu (Chinese/English) with built-in help system for easy information retrieval

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• Adopts Silicon Carbide (SiC) technology
• High power density design: up to 15kVA in 3U, up to 6kVA in 2U
• Voltage rating: 350V L-N
• Harmonic simulation and analysis up to the 50th order
• Output frequency: 16–1000Hz; adjustable voltage and frequency slew rate
• Built-in single-phase or three-phase AC power meter
• Supports four output modes: AC, DC, AC+DC, DC+AC
• Selectable single-phase or three-phase output modes
• Programmable output impedance
• Touchscreen interface with a clean UI design
• Arbitrary waveform simulation, supports CSV waveform import
• Built-in rich waveform database
• List mode simulates power grid restoration and momentary power interruption
• Configurable output start/stop phase angle from 0–360°
• Built-in Surge & Sag simulation
• Built-in Relay Ctrl output for DUT and source electrical isolation
• Built-in USB/CAN/LAN/Digital I/O; optional
• GPIB/Analog/RS232 interfaces
• Supports CANopen, Modbus, LXI, SCPI, and other communication protocols

Applications

• New energy (onboard chargers, AC/DC chargin piles)
• Home appliances (air conditioners, microwave ovens, refrigerators, washing machines)
• Medical equipment (CT scanners, MRI systems, life science analyzers)
• Power electronics (Inverts, UPS systems, AC motors)
• Civil aviation (avionics, airport ground support equipment)
• Research, Universities, Laboratories, Testing Organizations (AC-DC power adapter testing, EMC compliance testing)

The post ITECH IT-EC7800 Series – Programmable AC/DC Power Supply appeared first on Electro-Meters.

• Supports 20 modules (including DC sources, Regenerative E-Loads, bidirectional power supply, SMU).
• Up to 8 modules can be installed, separate control and isolation between channels.
• Supports dual master-slave parallel setup for easy power range expansion.
• Support LIST programming, sequence output, battery testing/simulation, user-defined waveform, and sine sweep functions, etc.
• Power on/off sequence function.
• IT27814 with built-in EIS, auto-generating Nyquist and Bode plots.
• Voltage and current sampling rate up to 200 kSa/s (scope mode).
• Multi-channel logging from seconds to days, with built-in power consumption statistics.
• 20 μs minimum-interval data logging.
• 7-inch color display, supports voltage, current, and power waveform display and analysis in real-time.
• Icon-guided menu interface for easy operation.
• Supports Web control.

Applications

• IoT device power consumption analysis
• Power IC testing
• DC-DC power module testing
• Battery testing and emulation
• Communication and RF module characterization
• Portable medical electronics testing
• Semiconductor power device testing
• Battery impedance analysis
• Sensor and electronic component testing

The post ITECH IT2705 – Modular DC Power Analyzer appeared first on Electro-Meters.

Built to perform in demanding environments, the Y Series meters feature robust protection against dust and moisture, with IP66 front protection, along with a wide operating temperature range.

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Available in:

Single-band

GouMax Single-Band Tunable Lasers cover O/E/S/C/L/U bands with advanced motionless tuning technology. Featuring voltage-controlled wavelength switching and seamless gain continuation, they enable rapid, precise adjustments across the entire operational spectrum.

• O/E/S/C/L/U-band TLS

Combined-band

GouMax Combined-Band Tunable Lasers enable flexible operation across adjacent band combinations (O+E, C+L, S+C+L, etc.). Utilizing advanced motionless tuning technology with voltage-controlled wavelength switching, they deliver seamless gain continuation and rapid sweeping across the full spectral range.

• O+E/C+L/S+C+L band TLS
• Full-band TLS
• 1250~1650 nm TLS
• 1250~1680 nm TLS

Full-band

GouMax Full-Band Tunable Lasers deliver complete spectral coverage with standard (1250-1650 nm) or extended (1250-1680 nm) range options. Our motionless design incorporates advanced tuning technology with voltage-controlled operation, enabling rapid wavelength switching and seamless sweeping across the entire spectrum while maintaining exceptional gain continuity.

• 1250~1650 nm TLS
• 1250~1680 nm TLS

Customized

GouMax’s custom tunable lasers cover specialized 765-1100 nm ranges with solid-state, motionless design. Featuring voltage-controlled tuning, they enable rapid wavelength switching and seamless sweeping across the full spectrum while maintaining continuous gain. Ideal for non-standard applications requiring flexible, reliable performance, these maintenance-free lasers excel in spectroscopy and optical testing.

• 765~810 nm TLS
• 810~870 nm TLS
• 980~1000 nm TLS
• 1030~1100 nm TL

Key Applications:

Type A TLS (High Coherence):

• Optical testing measurement and production line, requiring high wavelength scanning speed and high light power
• Test and measurement, requiring narrow linewidth and high coherence
• DWDM/Lan-WDM/CWDM testing
• High-speed transceiver testing
• Fiber sensing

Type B TLS (De-coherence):

• Monitoring process and facility, requiring high power stability, de-coherence and high light power
• Optical coating
• EDFA testing
• Photo-detector responsivity measurements
• Lan-WDM/CWDM testing over wide wavelength range

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The AQ6377E is engineered for precise and efficient mid-wave infrared (MWIR) measurements across a wide 1900–5500 nm wavelength range. Expanding on the trusted performance of the AQ6377, the AQ6377E delivers improved speed, sensitivity, and advanced features to support the growing needs of cutting-edge laser applications such as environmental monitoring, gas detection, and photonics research.

Popular applications include the detection of gases such as carbon oxides (COx), nitrogen oxides (NOx), and hydrocarbon gas (CxHy) for environmental studies.

Learn More

The post Yokogawa AQ6377E – Five Micron Optical Spectrum Analyzers appeared first on Electro-Meters.

• Built on RIGOL’s advanced, self-developed Centaurus technical platform
• High-resolution 12-bit architecture
• Up to 350 MHz bandwidth, featuring 4 analog channels and 1 external trigger input
• Includes 16 digital channels (logic analyzer probe sold separately)
• Real-time sampling rate up to 2 GSa/s
• Maximum memory depth of 500 Mpts
• Vertical sensitivity as low as 200 μV/div
• Waveform capture rate up to 1,000,000 wfms/s in fast acquisition mode
• Integrated Arbitrary/Function Waveform Generator (AFG)[2], power analysis, histogram, digital signal analysis, Bode plot, and protocol decoding capabilities
• Powerful search and navigation tools for efficient signal anomaly detection and localization
• 256-level intensity grading with digital real-time phosphor technology
• 10.1″ high-resolution (1280×800) capacitive touchscreen
• Newly designed Flex Knob for enhanced user interaction
• Standard I/O options: USB Device, USB Host, LAN, and HDMI
• Battery-powered option for portable, on-the-go measurements
• Supports online firmware upgrades
• Equipped with a photoelectric encoder knob for improved durability and long-term reliability

The MHO2000 Series is a high-resolution, 4-channel digital oscilloscope tailored for the mainstream market, addressing a wide range of design, debugging, and testing needs. Built on RIGOL’s next-generation, self-developed Centaurus platform, it offers a waveform capture rate of up to 1,000,000 wfms/s (in fast recording mode), 500 Mpts of memory depth, and 12-bit resolution. With an outstanding noise floor and high vertical measurement accuracy, it meets the demands of precision testing. The MHO2000 also features integrated support for an Arbitrary/Function Generator (AFG), digital signal analysis, Bode plotting, and more. Battery-powered operation makes it ideal for use in diverse and complex testing environments.

The post Rigol MHO2000 Series – High Resolution Digital Oscilloscopes appeared first on Electro-Meters.

To keep pace with this rapid growth, high-performance optical modules and devices are indispensable, enabling seamless data transfer and optimizing data center efficiency. Central to optical network testing is the optical spectrum analyzer, a vital tool for assessing optical communication systems and components.

The AQ6361 Optical Spectrum Analyzer is tailored to meet the requirements of today’s production environments, providing unmatched measurement speed, compact design, and top-tier optical performance. It delivers the accuracy and dependability that customers demand in this evolving landscape.

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The post Yokogawa AQ6361 – Telecom Production Optical Spectrum Analyzer appeared first on Electro-Meters.

The AQ7290 OTDR delivers exceptional performance with enhanced features, a high-capacity battery, and a user-friendly, large display. Designed to ensure precise measurements and boost efficiency, it offers:

Outstanding OTDR Performance

• Choice of up to six OTDR models
• Enhanced dynamic range
• Improved event detection capabilities
• High-reflection real-time measurement

User-Friendly Design

• 8.4-inch high-brightness color LCD
• Intuitive, smartphone-like operation
• Wireless LAN adapter support for remote control

Reliable and Efficient Operation

• Multi-fiber measurement for up to 2,000 fibers
• Smart Mapper for automated measurement and analysis
• Simple OTDR mode for beginners

Beyond Traditional OTDR Capabilities

• Versatile optional features for multi-tasking
• Application software for in-depth analysis
• Optimized multi-fiber measurement for greater efficiency

Learn More

The post Yokogawa AQ7290 – Optical Time Domain Reflectometer appeared first on Electro-Meters.