Optimized for high-speed signal transmission and minimal signal distortion, these relays feature low off-state capacitance, making them ideal for RF, telecom, and precision measurement applications.

• Spin mode is a dynamic mode intended to provide a simulation of a spinning satellite. 
• Enhanced Eclipse mode is a dynamic mode that allows the user to easily program and initiate an eclipse event with total control over all of the V-I curve parameters and dwell times. 
• Operates with Sequential Shunt Regulators and Maximum Power Point Trackers 
• Multiple redundant OVP/OIP layers

• Flexible bench configuration empowers users to easily set up instruments and DUTs to match any measurement workflow.
• Automated, multi-instrument calibration workflows empower users to achieve high accuracy results across diverse setups with minimal user intervention.
• Built-in system calibration verification instills confidence in measurement accuracy before data collection begins.
• Comprehensive small-signal, large-signal, and pulsed testing captures real-world device behavior for reliable design and modeling.
• Powerful visualization and analytics suite empowers users to quickly interpret results, extract models, and drive faster design decisions.

• High-level noise modules mounted on a circuit board
• Modified BW, output power, and flatness specifications

The NC2000 Series amplified noise modules are an excellent choice for high-level noise modules mounted on a circuit board. The NC2000 Series modules are housed in 24, or14-pin dual-inline packages. The NC4000 series modules are housed in a 40-pin module that cover similar noise bands to the NC2000, but have higher crest factor, and 60 dB of TTL controlled attenuation. Modified BW, output power, and flatness specifications are available for these modules. Please consult Noisecom for availability, and appropriate package style.

• Enables coaxial measurements up to 10,000 V and 300 A pulsed (600 A in a parallel configuration) with a single touchdown
• Even distribution of high current with innovative multi-fingertip design
• Compatible with TESLA 200/300 mm power device characterization system
• Reduced measurement time by testing both high-voltage and high-current conditions with a single touchdown
• Accurate characterization of a wide range of pad sizes and test currents, with minimum pad damage and contact resistance
• Safe, reliable and repeatable high-current/voltage measurements over a wide temperature range (from -55°C to +300°C)

• 8 frequency counter channels, 16 isolated digital I/O channels, 2 isolated DAC channels in a single card 
• Single frequency measurement range that works from 0.05 Hz to 1 MHz 
• Very stable TCXO base clock, 50 MHz ±1 ppm 
• 195 kΩ Input impedance with selectable coupling (AC/DC) 
• Wide differential input voltage range (±48 V) with up to 250 V working common mode voltage 
• Programmable threshold and hysteresis levels with 1 mV resolution 
• Support for quadrature encoder 
• Isolated DIO channels with up to 60 V compliance 
• Isolated and independent 16-bit DAC channels, configurable for voltage or current output

• Wire-speed traffic generation and analysis
• High precision solution for chassis time synchronization
• Used for OWL measurements, synchronized traffic start and timestamping
• Can use any combination of NTP, PTP or RFC 868 TIME
• Legacy Xena testers can be retro-fitted with XenaTimeSynch (GPS requires factory refit)
• Compatible with Xena1564 (ITU-T Y.1564) test methodology

• Custom electrical testing available upon request
• Wide package variety with custom configurations
• NC100 & 200 series for audio and RF applications
• NC300 & 400 series for microwave application

Noise diodes are the fundamental building blocks for analog noise systems. They are categorized for performance characteristics that enhance their broadband noise output and flat spectral response. All Maury noise diodes can deliver symmetrical white Gaussian noise and flat output power versus frequency*.

* Flatness and output power are dependent upon peripheral circuit characteristics

• Highly precise and stable laser projection
• Optimized for projection on 3D objects
• Excellent beam performance by the fiber-coupled laser source
• Large aperture (up to 80° x 80°) enables large working areas
• Data transmission via ethernet adapter
• Easy integration into multi projection systems
• Intuitive graphical user interface ZLPSuite
• Advanced programming interface (API) for C++, C#, Python
• Client-/Server architecture
• PLC-Gateway (Siemens S7)

The ZLP2 is a powerful laser projector equipped with a fiber-coupled Z-FIBER laser source to deliver outstanding beam quality. With an accuracy of 0.25 mm per meter of working distance, it is ideal for precise projections in traditional applications such as woodworking and stone processing, as well as demanding composite material tasks. Operation is simple via the intuitive ZLP-Suite software with graphical user interface or through the integrated programming interface (API). In addition, native control via TCP/IP-enabled PLC systems is supported, allowing seamless integration into automated workflows. The ZLP2 thus provides a flexible, expandable, and reliable solution for industrial applications where precision and efficiency are critical.