ウェーブクレスト Product Lineup

The IntelliRay Quad is a large-area programmable UV flood curing system. All system components are integrated into a single unit, making it easy to install anywhere, including optional Rayven Quad benchtop UV curing chambers or on the factory floor. There is little need for cables or remote power boxes. You can start time-specified exposure curing simply by attaching the lamp head and connecting the AC line cord. The system features a retractable shade-type shutter that allows for repeated setting of exposure timing and protects users from UV rays. The system's LCD display and digital keypad make programming and monitoring curing operations easy. Four long-life arc lamps and a parabolic reflector illuminate a curing area of 16 x 12 inches with evenly distributed UV light. The arc lamps are powered by a state-of-the-art UV Power-Plus lamp driver. For a compact version of this system, please refer to the IntelliRay.

• Rubber
• Glass
• plastic

IntelliRay is a compact and fully programmable UV flood curing system. All system components of the microprocessor-controlled UV flood curing system are integrated into a small lamp head, making it easy to install anywhere, including optional Rayven benchtop curing chambers or factory floors. You can start timed exposure curing simply by attaching the head and connecting the AC cord. This system features a built-in adjustable shade-type shutter that allows for timing adjustments of repeated exposures and protects the user from ultraviolet light. The LCD display and digital keypad make programming and monitoring curing operations easy. Long-life arc lamps and parabolic reflectors uniformly irradiate an 8 x 6 inch curing area with UV light. The arc lamp is powered by the latest UV Power Plus lamp driver. The head comes with a convenient handle and a sliding height adjustment bracket for portability. IntelliRay is available in a 400W version and a higher intensity 600W version.

• plastic
• Glass
• Rubber

The NovaRay system is a fully integrated, state-of-the-art UV curing solution equipped with a high-intensity 600W UV lamp that achieves efficient and uniform post-curing. It accommodates multiple parts at once and features a large curing chamber that enhances throughput, making it suitable for a wide range of materials, including delicate 3D printed resins. At its core is precise control enabled by an advanced touchscreen interface and microprocessor, allowing for accurate curing parameters essential for materials that require specific conditions. The cooler chamber temperature function of this system ensures the integrity of materials, which is crucial for delicate applications. Customizable intensity profiles provide adaptability to various curing needs, highlighting the system's flexibility. Modern connectivity options such as USB, Ethernet, and RS-485, along with comprehensive data logging, ensure seamless integration into existing workflows, facilitating quality control and process monitoring.

• 3D Printer
• Special Processing Machinery
• Other machine tools

The Impulse Winding Tester ST-10K is an essential device for testing winding products such as transformers, motors, rotors, stators, electric valves, generators, and all types of coils. It provides an ideal testing method for detecting insulation failures and uses high-speed sampling technology to store the waveforms of the standard/master coil and the DUT (Device Under Test) in the measuring instrument. By comparing the waveforms of the master and the DUT, it is easy to identify areas without issues. Furthermore, it can display the ideal coil waveform as a master and calculate the inductance values of partial discharges, making the ST-10K particularly effective for production and quality control.

• Testing Equipment and Devices
• transformer
• Electrical equipment parts

The TBMA7 is an affordable log-periodic measuring antenna targeted for radiated noise EMC pre-compliance testing. The TBMA7 has characteristics ranging from 150 MHz to 3000 MHz, with VSWR and antenna factor values that are standard for log-periodic measuring antennas. The TBMA7 is an average-sized log-periodic antenna made of aluminum alloy for the radiating elements and support boom. It is equipped with a standard female N connector and comes with an antenna bracket and mount adapter. The standard 1/4 inch thread at the bottom of the mount adapter allows for easy connection to most standard tripods. The TBMA7 is shipped in a sturdy carrying case, as shown in the photo above.

• Other electronic measuring instruments
• Other measurement, recording and measuring instruments

The TBMA8 is an affordable hybrid measurement antenna that combines a biconical antenna and a log-periodic antenna, covering a frequency range from 30 MHz to 3 GHz, and is intended for radiated emission EMC pre-compliance testing. The TBMA8 has characteristics from 30 MHz to 3000 MHz and features standard VSWR values and antenna factor values for hybrid measurement antennas. The TBMA8 is an average-sized hybrid antenna made of aluminum alloy for the radiating elements and support boom. It is equipped with a standard female N connector and comes with two triangular bowtie elements. The antenna includes a mounting shaft (tube) with a diameter of 20 mm. Optional accessories such as an adjustable mounting element and tripod are also available. The TBMA8 is shipped in a sturdy carrying case.

• Other electronic measuring instruments
• Other measurement, recording and measuring instruments

TBL05100-1-B is a universal 5µH LISN that meets the requirements of multiple standards. The TBL05100 is factory jumper-connected to 50Ω // 5µH + 1Ω and complies with the impedance, phase, and insulation specifications of CISPR 16-1-2 and CISPR 25. By configuring internal jumpers, it can be converted to a 50Ω // 5µH variant that supports standards such as CISPR 25, MIL-STD-461G, ISO11452-4, and ISO 7637-2. By adding an external 10F capacitor, the impedance meets the DO-160 specification. The LISN is inserted into the supply line of the EUT (Equipment Under Test). The conducted noise at the power terminals of the EUT can be monitored via a BNC connector using a spectrum analyzer or measurement receiver. The 5µH inductor isolates the source (power) terminal from the EUT terminal. When using two TBL05100-1-B units in combination with the Tekbox LISN Mate, common mode noise and differential mode noise can be measured separately.

• EMC Testing

TBLM2 is a companion device for the LISN common mode/differential mode separator. The LISN Mate connects the output of the LISN inserted in the positive power line to a second LISN inserted in the negative power line. The noise signal conducted at the output of the LISN is the sum of common mode noise and differential mode noise. The LISN Mate separates this into common mode components and differential mode components, with each signal component available for use at separate BNC ports. TBLM2 can be used in the frequency range from 9 kHz to 110 MHz.

• EMC Testing

The ideal partner for evaluating and optimizing LoRaWAN network signals. Equipped with a 5.72-inch HD touch screen, it allows you to perform real-time network signal testing and analysis at your fingertips, making it easy to deploy and manage LoRaWAN devices. Instantly displays key metrics such as RSSI, SNR, and packet loss rate between gateways and nodes. These insights enable you to quickly assess the quality of the LoRaWAN network and find the best locations to deploy LoRaWAN devices. ● Real-time network signal testing and analysis ● 5.72-inch HD touch screen ● Full frequency band testing capabilities ● Records signal test results along with GPS location data ● Seamless report export and data analysis ● Long battery life

• Other electronic measuring instruments
• Other measurement, recording and measuring instruments

● Self-power operation ● Excellent accuracy with a frequency of up to 3.3kHz ● Real-time cumulative amp-hour calculation ● Non-contact installation ● Irregular current state alert ● External wire temperature sensor ● Removable and cable-free design ● LoRaWAN wireless technology

• Ammeter
• Converters and Transducers
• Other electronic measuring instruments

It operates in the frequency range of 1 GHz to 3 GHz and is designed to be driven by the output of a spectrum analyzer's tracking generator. The 1 dB compression point is an average of 350 mW. The saturation output is an average of 500 mW, amplifying the output of the tracking generator to drive the Tekbox near-field probe, allowing for the identification of sensitive areas in electronic circuits, or generating electric fields of up to 150 V/m CW and 80 V/m AM when driving the Tekbox TEM Cell TBTC 0, 80 V/m CW and 45 V/m AM for TBTC1, 40 V/m CW and 25 V/m AM for TBTC2, and 27 V/m CW and 15 V/m AM for TBTC3. The test signals for immunity testing can be CW, AM, or PM. The TBMDA7 has built-in modulation capabilities to generate 1 kHz AM or PM signals. In PM mode, the TBMDA7 can also generate a 217 Hz signal with a 12.5% duty cycle to simulate mobile phone TDMA noise.

• Signal Generator
• EMC Testing
• Other electronic measuring instruments

The TBCG4 is a versatile harmonic comb generator equipped with switchable fundamental frequencies of 20 MHz, 10 MHz, or 5 MHz. It generates a flat comb spectrum of up to 1 GHz. The comb generator is powered from a USB C socket on the rear panel. The TBCG4 is designed and characterized to function as a multipurpose lab tool for measuring cable resonance, shielding effects, filters, crosstalk, and EMC test setups. The comb generator is commonly used as a general-purpose source for wideband RF signals or fast-rising narrow pulses.

• Signal Generator

**Product Overview** The TBLDC32-2 is a line impedance stabilization network designed to measure conducted emissions on DC lines in the frequency range of 9 kHz to 30 MHz, in compliance with CISPR 16-1-2 and CISPR 11 standards. This device is intended for testing disturbance voltages at the DC power ports of semiconductor power converters and similar equipment, with a maximum DC power supply voltage of 1000 V and 32 A. Conducted emissions can be measured on both forward and return supply lines. Additionally, the front panel rotary switch allows for the measurement of common mode and differential mode emissions. The TBLDC32-2 is equipped with a toroidal inductor and features a robust stainless steel base with a flange for grounding connections.

• EMC Testing
• Testing Equipment and Devices
• Optical Measuring Instruments

【Product Overview】 The TBL00705-2 LISN is a 2-path 50 Ω // 0.7µH LISN characterized from 10Hz to 200 MHz. It is based on the ECSS-E-ST-20-07C Rev 1 standard. This standard provides a general circuit diagram for the LISN and allows for some flexibility in the values of components. The implementation of the TBL00705-2 is intended for use in EMC measurements of satellites and spacecraft. The LISN does not have an output for conducted emission measurements and simply functions as a network for line impedance stabilization. According to this standard, RF current monitoring probes are used for measuring conducted emissions. The 0.7 µH inductor mimics the typical inductance of power wire harnesses in spacecraft and satellites. The LISN is inserted into the power line and power return line of the EUT.

• EMC Testing
• Testing Equipment and Devices
• Optical Measuring Instruments

Equipped with a 5-port Ethernet interface that enables mission-critical communication. It supports multiple network protocols and VPN tunnels, providing a secure and reliable solution for various M2M/IoT deployments. The UR35 is composed of a hardened enclosure and industrial components to meet market demands, and it accommodates a wide operating temperature range of -40°C to 70°C for harsh environments. It also offers redundancy through dual SIM and seamless wireless connectivity via Wi-Fi. Additionally, it is equipped with four PSE PoE ports, a serial port, and digital I/O for field communication. ● Hard & rugged enclosure ● 4 PoE PSE Ethernet ports ● Supports Wi-Fi client mode and AP mode ● RS232 and RS485 serial ports x 1 each ● 1 digital input and 1 digital output ● OpenVPN/IPsec/PPTP/L2TP/DMVPN/GRE ● Wide operating temperature range and input voltage

• Routers, Switches, and Hubs
• Other network tools

The UR32 is specially designed to achieve LOW-COST and HIGHLY-EFFICIENT performance. Its pocket-sized design allows it to easily fit into small cabinets and machines where space is extremely limited. Equipped with two high-speed Ethernet ports and one RS232 interface, the UR32 can connect to a variety of field assets. It features a built-in LTE CAT4 modem and supports dual SIM backup for robust and reliable cellular communication. Additionally, its rugged housing and wide operating temperature range (-40°C to +70°C) make it ideal for most applications, especially M2M applications in harsh environments. ● Compact and rugged design ● PoE is optional, Wi-Fi/GPS (alternative) ● Modbus RTU/TCP compatible ● 1 digital input, 1 digital output ● OpenVPN/IPsec/PPTP/L2TP/DMVPN/GRE

• Routers, Switches, and Hubs
• Other network tools

【Composition】 ● Partial Discharge Meter TMG ● High Voltage Coupling Capacitor for PD Pulse Decoupling

• Electronic Load Unit
• Other electronic measuring instruments
• Testing Equipment and Devices

This is for laboratory or on-site measurement of partial discharge in medium and high voltage components in accordance with VDE 0434, IEC 60270, EN 50178, VDE 0884, IEC 60747-5-5, UL 1577, etc. Partial discharge (PD) is a localized discharge that occurs at defects or uneven areas. PD measurement is a so-called "non-destructive test" used to assess the quality of insulating materials. Unlike pure high voltage testing, the test specimen is not pre-damaged at low PD levels. Partial discharge measurement requires at least one coupling capacitor, measurement impedance, and a partial discharge measurement device (PD meter). The MPS partial discharge test set and PD meter comply with IEC 60270 and IEC 60060. High voltage (Hi-Pot) and partial discharge tests can be conducted in accordance with VDE 0884, IEC 60747-5-5, IEC 60664, IEC 61730-2, UL 1577, and others.

• Electronic Load Unit
• Other electronic measuring instruments
• Testing Equipment and Devices

The partial discharge measurement device TMG was specially developed for partial discharge testing in accordance with VDE 0434 and IEC 60270, with a focus on clarity and ease of use.

• Electronic Load Unit
• Other electronic measuring instruments
• Testing Equipment and Devices

The TPP-type partial discharge testing system is used for non-destructive insulation and quality testing of electrical components (such as VDE 0110-1, EN 50178, IEC 60270, IEC 60060, etc.). This test set enables testing in development, production, and quality assurance: ● The partial discharge measurement device (TMG) integrates the measurement of effective voltage, peak voltage, and current measurement. ● Shielded PD-free high voltage section ● Control unit with electronic overcurrent shutdown (STE) The standard test set from MPS supports test voltages from 3 to 20 kV. For voltages above this, please inquire. Options include: ● Current measurement through the test specimen ● Built-in high voltage partial discharge pulse calibrator (TPK-H) ● Measurement of DC voltage and current ● High voltage switch for measuring multiple test items

• Electronic Load Unit
• Other electronic measuring instruments
• Testing Equipment and Devices

The partial discharge test system TTS has been specially developed for high voltage (HI-Pot) and partial discharge testing of semiconductors (opto-couplers, digital isolators) in routine tests compliant with VDE 0884, IEC 60747-5-5, and UL 1577. The partial discharge test system supports test voltages up to a peak voltage of 18.3 kV. Partial discharge, test voltage (Urms and Upeak), test specimen current, and test specimen capacitance are measured with high precision. The partial discharge test system consists of a control and measurement unit integrated into a 19” housing that displays test voltage, current, and partial discharge. The high voltage generation unit is located within a high voltage module, which can be mounted on various handlers or manual measurement stations. MPS provides support for measurement and testing systems by integrating with the customer's unique system. The partial discharge test system is available not only for development purposes but also for 100% testing in production using handlers. A manual measurement station for manual assembly can be used for testing development or prototypes. Up to four handlers can be connected to the control computer.

• Electronic Load Unit
• Other electronic measuring instruments
• Testing Equipment and Devices

The FT8340 series is a high-precision, multi-channel, dual-quadrant programmable battery simulator. The simulator's current can be charged and discharged, supporting various fault simulations, thus meeting the requirements for BMS testing as well as being suitable for ATE testing of consumer electronic products. The device has up to 12 channels, each electrically isolated, making it convenient for users to use in series. The built-in upper computer software is easy to operate, flexible, and user-friendly. It supports single-channel programming operations, multi-channel editing operations, and multi-process programming operations. The FT8340 series uses a standard 19-inch chassis with a height of 2U and provides dual network ports and an RS485 communication interface. This makes it convenient to integrate into R&D and production line automation testing platforms, or it can be used standalone.

• Power Supplies

The FT83310 series is a high-precision, multi-channel, single-quadrant programmable battery simulator. It offers voltage accuracy of up to 0.01% F.S., supports current measurements at the microamp level, and can accommodate up to 24 channels in a single machine, with channels isolated from each other, allowing for the use of multiple channels in series. The simulator supports power mode, static power consumption testing functions, charging mode, battery simulation, sequence testing, pulse functions, and various fault simulations, meeting the requirements for BMS testing as well as being suitable for ATE testing of consumer electronic products. The built-in upper computer software is easy to operate and flexible to use, supporting single-channel programming operations, multi-channel editing operations, and multi-process programming operations. The FT83310 series adopts a standard 19-inch chassis with a height of 3U and is equipped with LAN, RS485, and CAN communication interfaces, making it easy to integrate into research and development or automatic test platforms, while also allowing for standalone use.

• Power Supplies

The FT8350 series is a high-precision, multi-channel, dual-quadrant programmable battery simulator. It offers voltage accuracy of up to 0.01% F.S. and supports current measurements at the μA level. The device has up to 24 channels, which are isolated from each other, making it convenient for serial use of multiple channels. The simulator supports power mode, static power consumption testing functions, charging mode, discharging mode, battery simulation, sequence testing, pulse functions, and multi-fault simulation (only for the A series), meeting the requirements for BMS testing as well as being suitable for ATE testing of consumer electronic products. The built-in upper computer software is easy to operate, flexible, and user-friendly. It supports single-channel programming operations, multi-channel editing operations, and multi-process programming operations. It adopts a standard 19-inch chassis with a height of 3U and is equipped with LAN, RS485, and CAN communication interfaces, making it convenient for integration into R&D and automated test platforms, while also being usable as a standalone unit.

• Power Supplies

The FT8330 series battery simulator is a high-precision, multi-channel, single-quadrant programmable battery analog power supply. The single device channel can be up to 36, and each channel is electrically isolated, making it convenient for users to connect series and parallel power supplies. With ultra-high output precision and ultra-low ripple and interference characteristics, the power supplies in this series are widely used in testing systems for battery cells, supercapacitors, BMS, and more. The FT8330 series adopts a standard 19-inch chassis and provides Ethernet ports and RS485 communication interfaces. This is convenient for integration into automated testing platforms for research and development and production lines, and it can also be used individually.

• Power Supplies

The FTM8000 series is a powerful and highly flexible data collection and modular measurement platform. This product enables the collection and output of signals such as high-speed digital I/O, voltage, current, and temperature, as well as functions like relay control and temperature simulation. The FTM8000 test platform consists of a main chassis, a master control card, and various data collection and modular measurement boards. The main chassis features a compact design (standard 3U/19 inches) with 15 card slots. The board cards adopt a modular design, allowing any board card to be installed in any slot of the main chassis. Board cards can be used with just one card or simultaneously with multiple cards within the main chassis. This makes it very convenient for data acquisition and control of both simple and complex automated systems.

• Recorders
• Ammeter
• Temperature and humidity measuring instruments

5 GHz to 70 GHz Double Ridge Broadband Waveguide Horn Antenna, V Female Connector (1.85mm) EMC/EMI Test Antenna ● Frequency: 5–70GHz ● Dimensions (mm): 38x55x74mm ● Weight (N.W.): 70g

• Time-frequency measurements

★ Simplified setup ★ Real-time simultaneous measurement ★ Speed ★ Multiple probe system measurement ★ Multi-standard system ★ Compliance with automotive standards ★ Data export

• Other electronic measuring instruments
• EMC Testing
• Optical Measuring Instruments

Product Highlights - Maximum voltage for interference pulse generation is up to 1000 V - Generates two interference pulses continuously within 25 ns - Probe tip with a coil diameter of 250 µm (depending on the model)

• Signal Generator
• EMC Testing

International EMC standards require various spectral measurement methods and devices to ensure that the electromagnetic radiation of the EUT does not exceed specified limits. The TBMR-110M EMI Analyzer is designed to perform conducted emission measurements. Its affordability and versatility make it an ideal tool for engineers conducting pre-compliance measurements during the development process. Additionally, its ease of use allows importers of electronic products to regularly assess whether suppliers are providing consistent quality in terms of EMC compliance without having to outsource to testing agencies. High precision, versatility, and fast measurements are just a few of its many features.

• EMC Testing

In many industries that rely on GNSS signals for positioning and timing, the demand for real test scenarios is essential. OHB Digital Solutions' XPLORA Trace addresses this very challenge. Unlike ideal or theoretical modes, XPLORA Trace captures real GNSS signals and records them with the imperfections of the real world, which are specific to particular locations and times. This approach is crucial for addressing challenges in ADAS testing, consumer goods development, timing and synchronization solutions, GNSS receiver testing, and various R&D projects.

• Other electronic measuring instruments
• EMC Testing
• Signal Generator

【Product Overview】 The TBL0225-2 LISN is a 2-path 50 Ω // 2 µH LISN characterized by a frequency range of 10 Hz to 200 MHz. It is based on the standard ECSS-E-ST-20-07C Rev 1. This standard provides a general schematic for the LISN and allows for some flexibility in component values. The implementation of the TBL0225-2 is intended for use in EMC measurements of satellites and spacecraft. The LISN does not have an output for measuring conducted emissions; instead, it functions solely as a network to stabilize line impedance. An RF current monitoring probe is used to measure conducted emissions in accordance with the standard. The 2 µH inductor mimics the typical inductance of power wire harnesses in spacecraft and satellites. The LISN is inserted into the power line and power return line of the EUT.

• EMC Testing
• Testing Equipment and Devices
• Optical Measuring Instruments

The TBESDT2 ESD target is a current detection transducer used to validate ESD simulators. It is used for measurements compliant with IEC 61000-4-2, up to 4 GHz.

• EMC Testing

The EFS-18 is a next-generation isotropic electric field sensor based on a diode dipole. Its unique characteristics in bandwidth, sensitivity, and speed make this sensor stand out among its kind. The EFS-18 sensor is designed for evaluating the characteristics of electric fields in TEM, GTEM cells, and anechoic chambers, as well as for monitoring applications in the field of electromagnetic safety and critical points. Measurements are displayed in real-time on a PC/tablet using the EMCViewer software that comes with the probe. The software shows isotropic values, uniaxial components, and the amplitude/time response of the electric field. Users can also export the graphics and data for further processing. The EMCViewer software can manage and display up to 8 sensors simultaneously. With the device's excellent autonomy and fast charging time, users can operate for over 50 hours, even after charging the battery for just 20 minutes, allowing for more than 4 hours of use.

• EMC Testing

XPLORA Core is a GNSS simulator suitable for both beginners and experts, covering all needs such as testing and verification of GNSS hardware, research, or satellite constellation simulation. It allows for the rapid creation of simulations and fine-tuning of parameters to accommodate more complex test scenarios, providing significant benefits. You can configure satellite orbits and navigation messages, and change simulation parameters on the fly or in hardware-in-the-loop setups. By using highly detailed signal simulations, it improves countermeasures and mitigation strategies against interference and spoofing. XPLORA Core is modular, functional, and intuitive. It can generate all currently available public GNSS signals and frequencies. It offers real-time direct RF signal playback or digital IF baseband signal generation. Additionally, simulation of GNSS receiver observables is also available. The simulator's capabilities can be tailored to precisely meet user requirements by providing optional signals, frequency bands, interference, and multiple receiver simulations.

• Other measurement, recording and measuring instruments
• Distance measuring device
• Other operation management software

The NavTD M23 can generate and transmit jamming and spoofing signals. This allows for the evaluation of the vulnerabilities of existing military GNSS equipment and the performance of countermeasures in a protected environment. The NavTD M23 is designed to easily generate and transmit jamming and spoofing signals, enabling the assessment of various types of attacks on receivers from broadcasted RF signals. This allows military forces to test their equipment in a protected, realistic environment. It is used to evaluate vulnerabilities and improve equipment to effectively counter GNSS interference.

• Other measurement, recording and measuring instruments
• Distance measuring device

The portability and high-end form factor of GIDAS Portable allow for monitoring GNSS quality as needed. It is designed to be temporarily deployed in any field or weather conditions. GIDAS Portable supports not only private companies but also public agencies and government organizations, assisting in law enforcement. GIDAS Portable is a fully autonomous, portable real-time system that monitors GNSS services as needed. If interference is detected, alerts are sent to the user via the user interface, email, or a custom interface. GIDAS Portable is specifically designed for temporary installation or complete portable use, capable of detecting and classifying a wide range of jamming and spoofing signals. In addition to full autonomous operation, GIDAS Portable can also function as a portable monitoring sensor within a (static) GIDAS fixed installation.

• Other measurement, recording and measuring instruments
• Distance measuring device

GIDAS Mobile is a flexible mobile data collection unit for GIDAS installations. It is mounted on the roof of the vehicle and integrates the monitoring center and sensors. It is specifically designed to monitor GNSS interference while in motion.

• Other measurement, recording and measuring instruments
• Distance measuring device
• Other electronic measuring instruments

XPLORA Pro is a real-time GNSS signal simulator consisting of a high-quality signal generator as a hardware platform and the flexible and powerful GNSS simulation environment XPLORA Core. XPLORA Pro provides a real-time input interface, supporting HIL (hardware-in-the-loop) scenarios such as automotive applications. It offers a multi-channel high-performance platform for conducting complex and versatile GNSS tests in a single complete system. GNSS signal modulation is executed in real-time with very low latency by the S1000 GNSS firmware. This not only meets a wide range of stringent testing requirements but is also used to perform integrated automatic sequences to reduce time to market. XPLORA Pro is the ideal solution for high-sensitivity professional applications requiring real-time simulation of GNSS, jamming signals, and spoofing signals, as well as for testing systems that require HIL scenarios.

• Other measurement, recording and measuring instruments
• Distance measuring device

GIDAS is a state-of-the-art permanent GNSS quality assurance system designed for critical infrastructure where safety is paramount, such as airports and ports. Air traffic controllers and port managers can verify the integrity and quality of GNSS on-site in real-time before navigation systems are adversely affected by GNSS interference. GIDAS consists of multiple monitoring sensors deployed in the area of interest. All data is stored in a single monitoring center installed locally, allowing customers complete control over their data without the need for cloud infrastructure. GIDAS automatically performs interference detection continuously (24/7) and can connect with higher-level systems such as air traffic management consoles through real-time alerts (TTA < 6 seconds). GIDAS can be easily set up and operated via a web-based user interface without the need for software installation. The responsive design of the user interface supports multiple form factors (desktop PCs, notebooks, tablets, smartphones).

• Other measurement, recording and measuring instruments
• Distance measuring device

The TBAS4 RF attenuator set consists of 3dB, 6dB, 10dB, and 20dB N attenuators at 6 GHz/2W, packaged in a beech wood box.

• Other electronic measuring instruments
• Other measurement, recording and measuring instruments
• Optical Measuring Instruments

**Product Overview** The TBL0110-2 LISN is a 2-path 50 Ω // 1 µH LISN characterized by a frequency range of 30 Hz to 500 MHz. It is based on the standard ECSS-E-ST-20-07C Rev 1. This standard provides a general schematic for LISNs and allows for some flexibility in component values. The implementation of the TBL0110-2 is intended for use in EMC measurements of small satellites and spacecraft. The LISN does not have an output for conductive radiation measurements; instead, it functions solely as a network to stabilize line impedance. An RF current monitoring probe is used to measure conductive radiation in accordance with the standard. The 1 µH inductor mimics the typical inductance of power wire harnesses in small spacecraft and satellites. The LISN is inserted into the power line and power return line of the EUT.

• EMC Testing
• Testing Equipment and Devices
• Optical Measuring Instruments

**Product Overview** CDNE is a type of coupling decoupling network used as an alternative technology for measuring the radiation of lighting equipment in accordance with the CISPR 15 (EN55015) standard. This avoids the need for emission measurements in open area test sites. This method was established in CISPR 15 Edition 9 as an acceptable alternative to the conventional OATS test configuration, which requires antennas and calibrated test sites, and is specified for a frequency range of 30 MHz to 300 MHz. The CDNE method and its associated limit of up to 300 MHz apply only to EUTs with clock frequencies below 30 MHz. In this case, the product is considered to comply with the requirements for 300 MHz to 1000 MHz. Compared to CDN, CDNE is specified much more rigorously, with reduced common mode (CM) impedance tolerances and the addition of parameters for CM phase tolerances and differential mode impedance equal to 100 Ω. If the longitudinal conversion loss is at least 20 dB, it can prevent symmetrical voltage from affecting the measurement results.

• EMC Testing

【Product Overview】 CDNE is a type of coupling-decoupling network used as an alternative technology for measuring the radiation of lighting equipment in accordance with the CISPR 15 (EN55015) standard. This avoids the need for emission measurements in open area test sites. This method was established in CISPR 15 Edition 9 as an acceptable alternative to the conventional OATS test configuration, which requires antennas and calibrated test sites, and is specified for a frequency range of 30 MHz to 300 MHz. The CDNE method and its associated limit of up to 300 MHz apply only to EUTs with clock frequencies below 30 MHz. In this case, the product is considered to comply with the requirements for 300 MHz to 1000 MHz. Compared to CDN, CDNE is specified much more rigorously, with reduced common mode (CM) impedance tolerances and the addition of parameters for CM phase tolerance and differential mode impedance equal to 100 Ω. If the longitudinal conversion loss is at least 20 dB, it can prevent symmetrical voltage from affecting the measurement results.

• EMC Testing

【Main Features】 ● Compact design, lightweight ● Excellent performance ● Outstanding appearance design ● Compliant with MIL standards

• Time-frequency measurements
• Other measurement, recording and measuring instruments
• Environmental Test Equipment