ウェーブクレスト List of Products and Services

XPLORA Pro is a real-time GNSS signal simulator consisting of a high-quality signal generator as a hardware platform and XPLORA Core, a flexible and powerful GNSS simulation environment. 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.

• Analysis and prediction system
• Environmental Survey
• Other measuring instruments

GIDAS is a state-of-the-art permanent GNSS quality assurance system designed for critical infrastructure such as airports and ports where safety is paramount. 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 monitored area. All data is stored in a single monitoring center installed locally, allowing customers complete control over the data without the need for cloud infrastructure. GIDAS continuously (24/7) performs automatic detection of jamming signals 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).

• Analysis and prediction system
• Environmental Survey
• Other measuring instruments

The TBAS4 RF attenuator set consists of 3dB, 6dB, 10dB, and 20dB N attenuators, which are housed in a beech wood box and rated for 6 GHz/2W.

• Other 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 circuit diagram 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 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 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.

• Measurement and analysis equipment leasing and rental

**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.

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**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.

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

• Other measuring instruments

By using the optical multiplexer eoSwitch, you can sequentially address up to 16 probes from a single optoelectronic converter. Since there is no galvanic link and it is battery-powered and shielded, it can be used in fields close to the measurement. These are fully powered by the optoelectronic converter eoSense via an optical link.

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【Product Overview】 The Semiconductor Device C-V Characteristic Analyzer TH510 Series is an analytical device designed for the design and research of semiconductor materials and components. It innovatively adopts next-generation technologies such as dual CPU architecture, a Linux-based system, a 10.1-inch capacitive touchscreen, an English operating interface, and built-in instructions and help. It can accommodate automatic integration and classification on production lines, as well as research and development and analysis in laboratories. The design frequency of the Semiconductor Device C-V Characteristic Analyzer TH510 Series ranges from 1kHz to 2MHz, with a VGS voltage reaching ±40V and a VDS voltage reaching 200V/1500V/3000V. It supports CV characteristic testing and analysis of conventional semiconductor components such as diodes, triodes, MOS tubes, and IGBTs. Thanks to the 10.1-inch capacitive touchscreen with a resolution of 1280*800, the TH510 Series can display four parameters simultaneously. All settings, monitoring, sorting parameters, statuses, and more can be displayed on the same screen, avoiding the hassle of frequent switching between screens.

• Other analytical equipment
• Other measuring instruments

**Main Features** - 5.0-inch capacitive touch screen - 6 1/2 digit measurement resolution - Four measurement modes: independent current and voltage measurements for high resistance meter, voltmeter, ammeter, and potentiometer - Built-in voltage source: ±1000V, resolution: 700μV - Current range: 2pA to 20mA, with a maximum current resolution of 1fA (10^-15A), and internal resistance voltage drop of <20μV at the lowest current range - Measurement resistance is high at 1PΩ (10^15Ω), and charge measurement is low at 2nC. Input impedance is >200TΩ - Supports voltage measurements up to 20V, as well as temperature and humidity measurements - Time domain view, captures transient signal effects, and supports selection of specified measurement data for data recording - Comes with a dedicated shielded test box

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【Main Specifications】 ● Frequency Range: DC to Sub 6 GHz (expandable up to 110 GHz) ● Positioning Accuracy: 0.02° ● Payload Capacity: 50 lbs - 2000 lbs (approximately 23 kg - approximately 907 kg) ● DUT Test Size: 10 cm to 3 m ● Elevation Angle: ±180° ● Azimuth: 360° continuous ● Roll: 360° 【DMC 360 Software Features】 ● Passive Measurement (Amplitude and Phase) ● Active Measurement (TRP, EIRP, TIS, EIS, EVM) ● OTA 2G, 3G, 4G, 5G Testing ● OTA Bluetooth and BLE TRP & TIS Testing ● OTA GNSS Testing ● Supports all bands and common wireless systems (GSM, UMTS, LTE, LTE-M, NB-IoT), etc. * DMC provides testing in compliance with 3GPP and ETSI standards, including RED conformity testing.

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The TBESDT1 ESD current target is a current detection transducer used to validate ESD simulators. It is used for measurements compliant with IEC 61000-4-2 up to a maximum of 4 GHz.

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**Product Overview** The TBCDN-M5 is a coupling-decoupling network for conductive immunity testing in accordance with IEC 61000-4-6. The TBCDN-M5 complies with IEC 61000-4-6 Annex D2. It is designed to inject common mode disturbance signals in the frequency range of 150 kHz to 230 MHz into unshielded AC and DC power lines.

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The TBBT01 Bias-Tee is a device used to measure the saturation effect of power inductors and the effect of bias voltage on capacitors. Most bias tees available for power inductor testing operate at low frequencies, making them unsuitable for evaluating RF power amplifiers or decoupling/bias inductors in EMC filters. However, RF bias tees typically have limited current capacity and cannot be used in lower frequency ranges. The TBBT01 can measure not only high currents but also high bandwidth. Since power inductors often use ferrite cores, they are affected by magnetic saturation. Even before reaching the magnetic saturation current specified in the inductor's datasheet, the inductance begins to decrease, and the RF characteristics of the component deteriorate. The impact of DC current is often underestimated when constructing EMC filters, leading to filters that do not function as planned. A high-current bias tee is necessary to evaluate the frequency response of EMC filters under load conditions. High-current bias tees can be used for a wide range of additional applications.

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The open GTEM cell 'TBGTC1' is a low-cost open TEM cell for EMC compliance testing. Unlike TEM cells that have limitations at higher frequencies, the GTEM cell can operate at several GHz. Using a spectrum analyzer equipped with a tracking generator, modulated power amplifier, and EMCview software, you can inspect the radiated emissions and immunity of products before and after EMC-related design changes. Engineers can easily verify whether their changes have improved, adversely affected, or had no impact on EMC performance. With the use of the GTEM cell, there is no need to rely on guesswork. When positioned vertically, the required area for the TBGTC1 is only 78 cm × 52 cm. The EUT can be easily placed on the included wooden board located on the GTEM cell spacer.

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The TBCG3-RN6 comb generator is primarily designed for testing radiated emission settings. It serves as a tool to verify the proper operation of antennas and preamplifiers, as well as the accurate setup and configuration of spectrum analyzers. Its characteristics are well-known in anechoic chambers, and the radiation plots can be used as a benchmark to compare the comb generator with the EUT in non-ideal settings. Using a rotary switch, you can select between five fixed comb frequencies and an external comb frequency input ranging from 5 kHz to 200 MHz. The comb generator comes with two monopole antennas: one 30 cm monopole for frequencies up to 300-500 MHz, and another for higher frequencies. The radiated comb spectrum is characterized in the range of 5 MHz to 6 GHz. The TBCG3-RN6 features a 50-ohm output with a female N connector. This device operates on six AA nickel-metal hydride batteries and comes with an external charger.

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The TBCG3-RN2 comb generator is primarily designed to test the setup of radiated emissions. It is a tool that helps verify the proper operation of antennas and preamplifiers, as well as the accurate setup and configuration of spectrum analyzers. Its characteristics are well-known in anechoic chambers, and the radiation plot can be used as a benchmark to compare the comb generator at the same location as the EUT with non-ideal settings. Using a rotary switch, you can select between five fixed comb frequencies and an external comb frequency input range of 5 kHz to 200 MHz. The switchable RF amplifier can potentially increase the output signal by 20 decibels (dB). The comb generator comes with two monopole antennas, one being a 30 cm monopole for frequencies up to 300 to 500 MHz, and the other for frequencies above that. The radiated comb spectrum is characterized in the range of 5 MHz to 6 GHz.

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TBCG1 is a radiation comb generator equipped with an internal antenna and a fundamental frequency of 100MHz. It emits a comb spectrum with characteristics up to 6GHz. The comb generator is designed and characterized to serve as a rough reference for testing radiation noise measurement setups such as anechoic chambers, TEM/GTEM cells, and shielded rooms. It is a portable device powered by a 9V alkaline battery.

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TBCG2 is a passive step recovery diode-based comb generator/frequency multiplier. It is optimized for moderate drive power and spectral flatness in the frequency range of 1 MHz to 2.5 GHz. The recommended drive power is +10 dBm to +20 dBm. The frequency range of the drive signal is 1 MHz to 350 MHz.

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The TBCG3-CN comb generator is primarily designed to verify the setup of conductive emission tests. It is a useful tool for validating the correct operation of the LISN, the proper setup of the spectrum analyzer, and the correct configuration. By using a rotary switch, you can select between five fixed comb frequencies and an external excitation input in the frequency range of 5 kHz to 300 MHz. The comb generator comes with country-specific adapter cables that plug into the DUT socket of the LISN (when powered off). This device operates on four AA nickel-metal hydride batteries and includes an external charger. The TBCG3-CN generates a comb spectrum with approximately 8 dB flatness over a frequency range of up to 1.5 GHz and features a 50-ohm output with a female N connector. The housing is made from solid aluminum machined from a block. The 1/4 inch – 20 UNC screws on the comb panel are compatible with standard tripod bolts.

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**Product Overview** The TBL05100-1 is a universal 5µH LISN that meets the requirements of several standards. The TBL05100 is factory-jumpered to 50Ω // 5µH + 1Ω, complying with the impedance and phase isolation specifications of CISPR 16-1-2 and CISPR 25. By configuring the internal jumper, 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. Adding an external 10F capacitor will adjust the impedance to meet DO-160 specifications. The LISN is inserted into the power line of the EUT (Equipment Under Test). Conducted noise from the EUT's power terminals can be monitored via a BNC connector using a spectrum analyzer or measurement receiver. The 5µH inductor isolates the source (supply) terminal from the EUT terminal. When two TBL05100-1 units are used in combination with the Tekbox LISN Mate, common mode noise and differential mode noise can be measured separately.

• Measurement and analysis equipment leasing and rental

【Features】 - High sensitivity - Isotropic & effective value measurement - Excellent attenuation - Compliance with international standards

• Other measuring instruments

The SIGLENT SHA850A series is a handheld portable spectrum analyzer and cable/antenna analyzer, providing a powerful and flexible tool for field and outdoor RF applications. It encompasses areas such as communication engineering, telecommunications operation and maintenance, radio management, factory production, education and training, and many others. This analyzer offers a frequency range of up to 7.5 GHz, reliable automatic measurements, and multiple operating modes. The spectrum analyzer, which includes a built-in amplifier and independent signal source, high-speed scanning, and high sensitivity, can achieve broadcast monitoring, channel power scanning, radio interference location, power monitoring, electromagnetic compatibility, and other functions. The cable and antenna tester, equipped with built-in DC voltage bias and one-pass two-port vector network analysis capabilities, can perform TDR, VSWR, port matching debugging, insertion loss measurement, tower amplifier debugging, cable fault location, Smith chart analysis, and more.

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The HR-R 8-1 set includes the HR-R 8-1 B-field probe, which allows for magnetic field measurements up to 40GHz. The special probe head of the HR near-field probe enables direct measurements on IC pins or individual conductor tracks, allowing you to identify the source of the B-field.

• Other measuring instruments
• Analysis and prediction system

Flexibility, reliability, durability ● Seamless user experience with three preset modes ● Standard mode / Bin mode / Parking mode ● Ultrasonic distance detector with small blind spots ● Powerful performance with a 3-in-1 sensor ● Ultrasonic distance sensor, 3-axis accelerometer, NTC thermistor ● Long-lasting 10-year battery life ● Robust and reliable enclosure compliant with IP67

• IoT
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High expertise, reliability, durability ● 3-in-1 sensor specialized for smart waste management (filling level, device position, combustion) ● High precision with almost no blind spots ● Two preset modes for a seamless user experience ● Long-lasting 10-year battery life ● Robust and highly reliable enclosure compliant with IP67

• IoT
• others

Professionalism, reliability, durability ● Non-contact distance measurement ● Excellent flexibility with multiple versions ● High added value temperature and tilt monitoring ● Various commercial applications ● Long-lasting 10-year battery life ● Robust and highly reliable enclosure compliant with IP67

• IoT
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- A compact solution that is easy to move - Integration of all items into one box: - 4-channel FFT receiver - 5W pulse limiter - Software - Fiber optic communication

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- A compact solution that is easy to move - Integration of all items into one box: - 2-channel FFT receiver - Pulse limiter 5W - Software - Fiber optic communication

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- Integrate all items into one box: - 2-channel FFT receiver - 2 channel 16A single-phase LISN - Pulse limiter 5W - Software - Fiber optic communication

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- Excellent performance - Good appearance design - DC short lightning protection - Back and support made of aluminum - Public outdoor antenna - RoHS compliant

• Other measuring instruments

- Excellent performance - Good appearance design - DC short lightning protection - Back and support made of aluminum - Public outdoor antenna - RoHS compliant

• Other measuring instruments

- Excellent performance - Good appearance design - DC short lightning protection - Back and support made of aluminum - Public outdoor antenna - RoHS compliant

• Other measuring instruments

In the process industry, PT100 sensors are universally and widely used for measuring extreme temperatures covering a wide range from -200 to +800°C. Additionally, the type of sensor indicates two important factors related to that sensor.

• IoT
• others

The EM500-SWL is designed to measure tank levels and open water applications while fully submerged in liquid. It is robust and sealed to prevent corrosion and failure. ● Water level monitoring ● LoRaWAN wireless ● Easy configuration via NFC ● 10-year battery life ★ Smart Water Management In recent years, the introduction of IoT-based monitoring solutions has progressed in various fields, including liquid level measurement. For example, by monitoring and measuring well water levels with IoT, users can be protected from serious issues such as water outages. ★ Smart Gasoline Management Companies are constantly attempting to introduce IoT technology for monitoring and measuring gasoline levels to detect accurate gasoline amounts in real-time, despite facing increasing challenges, wide temperature variations, rough handling, and harsh environments. ★ LoRaWAN Wireless Transmission Ultra-low power consumption and easy deployment with a built-in 19,000mAh large-capacity battery that can be used for 10 years.

• Water Treatment
• Other measuring instruments

● Achieves safe 4G connectivity with a compact design ● Low power consumption through smart operating modes ● Easy maintenance with remote bulk management ● Supports GPS and multi-interface, accommodating various applications 4G connectivity in compact devices for embedded scenes ● Palm-sized, lightweight design ● Global 4G LTE CAT4/3G network through multiple carrier networks Ultra-low power consumption Designed to operate on limited power with advanced power management, making it ideal for battery-powered and solar-powered applications. ● Standard: 226mA ● Maximum: 260mA Advanced power management that keeps consumption under 1W in idle mode ● Power consumption during idle is only 60mA ● Fast network response from standby mode triggered by timer, DI, mobile phone, Ethernet, or serial port ● Reduces standby power consumption to 6.3mA, ensuring power protection

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The EM320-TILT is a LoRaWAN tilt sensor primarily designed for angle measurement and detecting the movement of objects. With its compact size and 3-axis accelerometer, the EM320-TILT can be easily mounted on objects to measure tilt angles in the X, Y, and Z axes. Additionally, it supports customization of the initial position to detect movement based on changes in angle and send threshold alarms. Compliant with Milesight LoRaWAN gateways and the Milesight IoT Cloud solution, users can remotely monitor angle and tilt threshold alarms in real-time via a browser or mobile app. The EM320-TILT can be widely used for monitoring trees, detecting pole tilts, and monitoring landslides. It is a slope failure detection sensor that captures slope variations in railways, roads, and other areas, allowing for early detection of disasters. Monitoring tilt variations in high-rise buildings and bridges can be done wirelessly via LoRaWAN from remote locations.

• Other civil engineering services
• Other measuring instruments

To meet the needs of smart agriculture, Milesight's "LoRaWAN Agricultural Monitoring Node-to-App Starter Kit" aims to simplify the remote monitoring process, build data-driven insights for agricultural strategies, and enable farmers to earn more money. Milesight provides a complete solution that includes several agricultural sensors. The LoRaWAN gateway covers the entire farm and can connect to hundreds of sensors. Additionally, the LoRaWAN controller uses relay outputs to control equipment such as pumps and fans.

• Other measuring instruments
• Environmental Survey

Make buildings smarter with IoT strategies! By utilizing IoT technology, we collect data from various aspects within the building through networked sensors using LoRaWAN and the IoT cloud. By using IoT devices to extract information on light, indoor air quality, lighting, PIR (motion), energy consumption, and security, we can fully operate within the building. This enables us to achieve greater efficiency, cost optimization, and reduced environmental impact for the building.

• Other measuring instruments
• Environmental Survey

<IAQ Solution Kit Contents> ● 3-in-1 IAQ Sensor AM103 / AM103L ● 9-in-1 IAQ Sensor AM319 / AM307 ● Mini LoRaWAN Gateway UG63 ● Milesight IoT Cloud

• Other measuring instruments
• Environmental Survey

The probe shows a very flat response from 30Hz to 70MHz and is characterized by a frequency range from 1Hz to 200MHz. In contrast to the RF current monitoring probes designed for EMC applications typically used for measurements in the frequency domain, the TBPCP2-3070 is used for surge or RF pulse current monitoring applications in the time domain. The aperture of the RF current monitoring probe is 25 mm. The transfer impedance measured with a 50Ω + 50Ω loop test fixture is -26 dB Ohms with a 3dB bandwidth from 30Hz to 70MHz.

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TBJT01 is a broadband injection transformer for measuring the stability of control loops. It provides galvanic isolation between the sweep signal source and the control loop. The injection transformer is internally terminated with a 5-ohm resistor and protected by a 100 mA fuse. The available frequency range is from 10 Hz to 45 MHz.

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TBJT02 is a broadband injection transformer for measuring the stability of control loops. It provides galvanic isolation between the sweep signal source and the control loop. The injection transformer is internally terminated with a 5-ohm resistor and protected by a 100 mA fuse. The available frequency range is from 1 Hz to 7 MHz.

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【Remote On/Off】 Remotely turn on/off electrical appliances from your mobile phone. 【Time-Based On/Off】 Create a schedule to automatically turn remote appliances on/off. 【Power Consumption Measurement】 Measuring power consumption and flexible scheduling helps save energy and reduce electricity costs. 【Overload Protection】 Overload protection prevents damage to connected appliances, safety fuses, and the smart socket itself from overcurrent. 【User-Friendly】 Switching and setting devices on/off via NFC technology from a mobile phone or PC.

• Other office supplies
• IoT
• Other measuring instruments

The WS301 LoRaWAN magnetic contact switch (door sensor) can be installed on any door or window to detect opening and closing events. By alerting you to intrusions or unauthorized access, it adds physical security monitoring to your location.

• Entrance and exit control system
• Security Sensor Systems
• Other security systems