ウェーブクレスト Product Lineup

Monitoring indoor air quality (IAQ) with a compact design tailored to needs. The AM103/AM103L is compatible with industry-standard LoRaWAN gateways, allowing communication over a range of up to 2 km in urban areas and up to 15 km in rural areas.

• Environmental Test Equipment
• Other environmental analysis equipment
• Thermo-hygrometer

The AM100 series sensors perfectly integrate with Milesight IoT Cloud (Web & App), allowing you to monitor data from the office or on the go.

• Environmental Test Equipment
• Other environmental analysis equipment
• Thermo-hygrometer

Monitor ambient conditions anytime, anywhere with Milesight IoT Cloud. Achieve scene-based automation through integration with Milesight IoT sensors.

• Environmental Test Equipment
• Other environmental analysis equipment
• Thermo-hygrometer

The TH1991/TH1992 series high-precision source/measurement units can output DC voltages of up to ±210V, DC currents of ±3A, and pulse currents of ±10.5A, with a minimum power supply and measurement resolution of 10fA/100nV. They support high-speed sampling and can generate arbitrary waveforms. Additionally, they feature a Linux operating system as the base layer, a 7-inch capacitive touchscreen with an interactive graphical user interface, and various display modes, along with built-in diodes, triodes, MOS tubes, IGBTs, and other devices. The I/V curve scanning function allows for IV function tests to be completed without connecting to a host computer, significantly improving testing efficiency. The TH1991/TH1992 series high-precision source/measurement units are equipped with comprehensive and integrated power and measurement capabilities, making them ideal for testing semiconductors, active/passive devices, and various other devices and materials. They are widely used in R&D and educational applications, industrial development, testing, and manufacturing.

• Voltage Meter
• Ammeter
• Other electronic measuring instruments

<Super Compact Form Factor> A true handheld device specially designed for convenient use outdoors in various challenging environments. <Compatible with Various Antenna Systems> Can be used in conjunction with antennas and wireless systems from other manufacturers. <Resistive LCD Touchscreen> The resistive LCD touchscreen allows operation of the unit while wearing gloves. The intuitive UI makes it easy to control the unit. <First-Class Sensitivity> Industry-leading receiver sensitivity across all frequency ranges allows for the detection of even the weakest signals. <PC Software> Use the free PC software to upload, save, compare, analyze, and print saved test data. <IP54 Rated> The IP54 international protection rating (IP code) ensures that the device is completely dustproof and can be used in rainy conditions. Available on all devices.

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

-320MHz to 170GHz -Low VSWR -Multiple input types available -Low cost, short delivery time

• Time-frequency measurements
• Other electronic measuring instruments

-750MHz to 220GHz -Low VSWR -Multiple input types available -Low cost, short delivery time

• Time-frequency measurements
• Other electronic measuring instruments

-1.1GHz to 220GHz -Low VSWR -Multiple input types available -Low cost, short delivery time

• Time-frequency measurements
• Other electronic measuring instruments

-3.95GHz to 500GHz -Low VSWR -Multiple input types available -Low cost, short delivery time

• Time-frequency measurements
• Other electronic measuring instruments

-0.1GHz to 110GHz -Low VSWR -Multiple input types available -Low cost, short delivery time

• Time-frequency measurements
• Other electronic measuring instruments

●High power 500W (peak) ●DC short lightning protection ●Low VSWR ●Uniform gain ●Linked performance database ●6061 aluminum alloy ●5 GHz to 70 GHz double ridge broadband waveguide horn antenna ●V female connector (1.85 mm) ●EMC/EMI test antenna

• Time-frequency measurements
• Other electronic measuring instruments

The SD4345-C (standard) is an economical air-filled single-layer shield box suitable for building modules and terminal testing in fields such as smartphones, Wi-Fi, Bluetooth, smart grid devices, automotive electronics, drones, and smart homes. The shield box consists of over 12 rigorous processes, including high-quality large plate laser CNC cutting, sheet metal forming, electroplating, electrostatic spray painting, assembly and commissioning, aging, testing, and more, providing high shielding effectiveness, reliable structure, and stable performance advantages. The selection of filters can be made based on the customer's actual needs, allowing for the configuration of appropriate I/O data interfaces, RF interfaces, or the completion of the development of non-standard communication interfaces.

• EMC Testing
• Testing Equipment and Devices

The SD6058 series is an economical air pressure single-layer shield box. It is suitable for building testing solution platforms for smartphones, Wi-Fi, Bluetooth, smart grid devices, automotive electronics, drones, and smart home modules and terminals. The shield box consists of more than 12 rigorous processes, including high-quality large plate laser CNC cutting, sheet metal forming, electroplating, electrostatic spray painting, assembly and trial operation, aging, testing, and others, providing high shielding effectiveness, reliable structure, and stable performance advantages. The selection of filters can be made based on the actual needs of the customer, allowing for the configuration of appropriate I/O data interfaces, RF interfaces, or the completion of the development of non-standard communication interfaces.

• EMC Testing
• Testing Equipment and Devices

Basic accuracy: 0.05% Auto balance bridge technology Spot measurement, list sweep, graphics sweep

• Analytical Equipment and Devices
• Other electronic measuring instruments

The TBMDA-CDN25 modulated amplifier provides the power, bandwidth, and modulation necessary for conductive immunity testing using CDN and BCI probes in the frequency range of 100 kHz to 250 MHz. It is designed to be driven by a signal generator or a tracking generator of a spectrum analyzer.

• Signal Generator
• EMC Testing
• Other electronic measuring instruments

**Product Overview** The TBBCI1-800K420 is a Snap-On bulk current injection probe. The BCI probe is designed primarily for conducting immunity testing of automotive products in accordance with standard ISO11452-4, mainly in the frequency range of 1 MHz to 400 MHz. The insertion loss is 5 dB over most of the bandwidth. It complies with the insertion loss specifications of ISO11452-4 in the frequency range of 250 kHz to 230 MHz. The probe is individually characterized and can be used in the frequency range of 10 kHz to 450 MHz. This probe can be used for injections of severity I (60mA), II (100mA), III (150mA), IV (200mA), and customer-specific severity V (up to 350 mA). This probe can also be used for RF current monitoring applications. The opening of the RF current monitoring probe is 27 mm. The standard insertion loss is 5 dB, and the standard transfer impedance is 26 dB ohms.

• Other electronic measuring instruments
• EMC Testing

**Product Overview** The TBBCI1-200K280 is a Snap-On bulk current injection probe. The BCI probe is designed primarily for conductive immunity testing in the frequency range of 150 kHz to 230 MHz, in accordance with the standard IEC / EN 61000-4-6. The insertion loss is 8 dB over most of the bandwidth, fully complying with the insertion loss specifications of IEC / EN 61000-4-6. The probe is individually characterized and can be used in the frequency range of 10 kHz to 300 MHz. According to IEC/EN 61000-4-6, it can inject into conductive immunity test setups at severity levels 1, 2, 3, and level X, up to 30V. This probe can also be used for RF current monitoring applications. The opening of the RF current monitoring probe is 27 mm. The standard insertion loss is 8 dB, and the standard transfer impedance is 26 dB ohms.

• Other electronic measuring instruments
• EMC Testing

**Product Overview** The TBL5032-3 is a line impedance stabilization network that measures conducted interference in the range of 9 kHz to 30 MHz, in accordance with the CISPR 16-1-2 standard. This device is designed to test three-phase and single-phase AC power supplies with a maximum supply voltage of 450V/260V and 32A. Conducted noise can be measured on each phase and the neutral line. The TBL5032-3 features individual RF outputs for each phase and neutral, allowing it to be combined with the TBLM1 to separate emissions into common mode components and differential mode components. While the TBL5032-3 does not have an integrated high-pass filter for the RF output, it comes with an external 9 kHz coaxial high-pass filter. The single-phase DUT socket is available in country-specific variations.

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

Compliant with the latest EMI/EMC standards.

• Time-frequency measurements
• Other electronic measuring instruments
• Other measurement, recording and measuring instruments

● 3-in-1 field meter: spectrum analysis (DC to 10MHz), wideband (DC to 90GHz), electrostatic field measurement ● Real-time FFT-based spectrum analysis through digital processing ● Weighted peak measurement (WPM) for automatic and real-time comparison with limit values ● Auto-gain function dedicated to peak detection ● Display results in RMS and peak values ● Time domain measurement function for specific frequencies ● Automatic field probe recognition ● Selection of E&H fields ● Total field value and values for each component (X, Y, Z) ● Frequency span selection ● High-pass filters at 1Hz, 10Hz, 25Hz, 100Hz ● Max hold function ● Display of maximum, minimum, and average values ● Measurement time adjustable from 1 second to 100 hours ● Programmable measurement starting at a specified time ● Graph display of wideband measurements changes over time ● Graph display adjustable from 1 second to 12 minutes ● Programmable alarm function ● Real-time digital output for external measurements ● USB-C and fiber optic connection ● Screenshot function for reporting ● PC software for control and reporting ● Multilingual support

• Other electronic measuring instruments
• EMC Testing
• Environmental Test Equipment

The EMC compliance software EMCview is an easy-to-use EMC pre-compliance test for radiated and conducted emissions. It fully complements automated testing using our LISN, RF current probes, measurement antennas, and TEM cells. With built-in amplitude correction, it enables correction factors and conversion factors for cables, amplifiers, attenuators, LISNs, TEM cells, antennas, RF current probes, filters, and other components within the signal chain. There is no need for time-consuming setup. The software will be ready for measurements immediately after installation. All emission-related standards and several automotive manufacturer standards are pre-configured in the corresponding project files. The project files handle all the settings necessary to perform measurements in compliance with the standards. In addition to using pre-configured projects, users can easily create their own projects using the built-in editor or a simple text editor.

• EMC Testing
• Other electronic measuring instruments

The TH2832X series features three models. Measurement frequency: 20Hz to 200kHz, high precision.

• LCR Meter
• Time-frequency measurements
• Other electronic measuring instruments

Built-in bias power supply of 0-100mA/0-10V, maximum test speed of 75 times per second, improved DCR test function, basic accuracy of 0.05%.

• LCR Meter
• Time-frequency measurements
• Other electronic measuring instruments

The TH2638 series is a new precision capacitance meter equipped with higher test frequencies. Its compact and portable design makes it convenient for use on shelves. With a basic accuracy of ±0.07%, a loss accuracy of 0.0005, a maximum test frequency of 1MHz, a 4.3-inch LCD screen, and selectable Chinese and English operating interfaces, the TH2638 series is easy to operate and provides fast and reliable testing for the manufacturing of ceramic capacitors. It can test all types of capacitors from low to high values. The results of testing a single capacitor multiple times are very stable and accurate, even for capacitors with small values. The tester is compatible with the SCPI command set and consists of a manipulator and scanner interface, with the scanner interface capable of scanning open/short/load error calibration for each channel of up to 256 channels. At low frequencies, there is a signal level correction function. When the impedance is very low, the internal resistance of the signal source and test cables can cause the voltage at the DUT terminals to be lower than the set range. This function adjusts the level to the set range.

• Voltage Meter
• LCR Meter
• Power meter

The TH2689/TH2689A is a rapid and accurate capacitance leakage current insulation resistance tester. With a maximum testing speed of 18 tests per second, excellent performance, and a reasonable price, it offers the best choice for users. The TH2689/TH2689A provides a maximum test voltage of 800V/500V and a charging current of 0.5mA to 500.0mA (with a maximum power limit of 50W for voltages over 100V). It is primarily used for capacitance leakage current, insulation resistance, and pressure testing of aluminum electrolytic capacitor anode foil. It can also be applied to the verification and leakage current testing of devices such as extinguishers, Zener diodes, and neon tubes. It features a standard handler interface for achieving sorting effects and stable, rapid testing. A standard RS 232 interface, optional GPIB interface, and common RS232 software are provided to meet the requirements for connecting to a computer and forming an automatic testing system. This device can receive SCPI commands to ensure compatibility with communication software.

• Voltage Meter
• LCR Meter
• Power meter

This device adopts a new generation of AC/DC superposition test theory, adapting to high precision and high frequency testing requirements. The high-performance built-in embedded MCU can quickly respond to the status or malfunction of the host and slave machines, providing real-time display. This helps improve work efficiency. The newly designed user-friendly graphical operating interface includes five foot control modes and full touch operation, offering convenience and efficiency to users. The new file management system allows for easy, quick, and accurate operations, capable of storing 99 groups of real-time setting files and user-defined setting files. It can provide push information display and cache 2 real-time information. With a two-mode SCPI command system, it is convenient for production line setup and unit testing. It can also connect with any device equipped with a serial port, referring to the SCPI command system design of this machine.

• Other electronic measuring instruments
• Other power sources
• Ammeter

The loop antenna TBMA6-P is designed for measuring radiated emissions in the frequency range of 9 kHz to 30 MHz in accordance with CISPR 16. The diameter of the loop is 60 cm, providing sufficient sensitivity to perform all relevant measurements specified in the corresponding CISPR standards for the frequency range of 9 kHz to 30 MHz. The loop is constructed from coaxial cable and is attached to the transducer with an N connector. This design allows for flexible use with various loop diameters. An attachment with a ¼-inch screw allows it to be connected to a standard tripod.

• Time-frequency measurements
• Other electronic measuring instruments
• Other measurement, recording and measuring instruments

Programmable DC Electronic Load Module Design TH8300 Series Input Power: Maximum 500W Input Voltage: Maximum 600V Input Current: Maximum 80A Dynamic Frequency: Maximum 50kHz Sampling Rate: Maximum 500kHz Module Design

• Electronic Load Unit

TH8400 Series Input Power: Maximum 350W Input Voltage: Maximum 500V Input Current: Maximum 60A Dynamic Frequency: Maximum 25kHz Sampling Rate: Maximum 500kHz

• Electronic Load Unit

【Product Overview】 The Shielded Tent TBST-86/49/45/2-B is designed to suppress interference from ambient noise during pre-EMC compliance measurements. With dimensions of 86cm x 49cm x 45cm, it is compatible with TBTC0 / 1/2 and all LISNs. The shielded tent is composed of two layers of conductive fabric and is supported by a rigid aluminum profile. The side filter panel includes a 240V / 10A AC filter, two 240V / 10A DC filters, and four coaxial feed-through adapters with screw caps. The access opening is sealed with conductive Velcro tape.

• EMC Testing

【Product Overview】 The TBST-200/100/100 shielded tent is designed to suppress interference from ambient noise when performing pre-compliance EMC measurements. The dimensions of the TBST-200/100/100 are 200cm x 100cm x 100cm. The tent can accommodate Tekbox pre-compliance test equipment such as LISN and TEM cells. The shielded tent consists of two layers of conductive fabric and is supported by a rigid aluminum profile. The side filter panel includes a 240V / 10A main AC filter, two general-purpose 240V / 10A AC / DC filters, and four coaxial feed-through adapters with screw caps. The access opening is sealed with conductive Velcro tape.

• EMC Testing

【Product Overview】 The Shielded Tent TBST-120/60/60/2-B is designed to suppress interference from ambient noise during pre-compliance EMC measurements. With dimensions of 120cm x 60cm x 60cm, it can accommodate Tekbox pre-compliance test equipment such as LISN and TEM cells. The shielded tent is made of two layers of conductive fabric and is supported by a rigid aluminum profile. The side filter panels include a 240V / 10A AC filter, two 240V / 10A DC filters, and four coaxial feed-through adapters with screw caps. The access openings are sealed with conductive Velcro tape.

• EMC Testing

To achieve the desired measurements, various adjustments may be necessary. In particular, it is essential to position the oscilloscope probes, near-field magnetic and electric field probes of the spectrum analyzer, and antennas in the correct direction and at the appropriate locations. To facilitate this, the universal probe holder eoPoD provides an optimal solution regardless of environmental conditions. Various applications are explained in the video below.

• oscilloscope
• Time-frequency measurements
• Other electronic measuring instruments

Main Features ● High power 500W (peak) 300W (C.W) ● DC short lightning protection ● Low VSWR ● Uniform gain ● Coupling performance database

• Time-frequency measurements
• Other electronic measuring instruments

The TBMDA5 modulated amplifier provides the power, bandwidth, and modulation necessary for conductive immunity testing using CDN in the frequency range of 150 kHz to 40 MHz. It is designed to be driven by the output of a spectrum analyzer's tracking generator. With a maximum of 2.5 W at the 1 dB compression point in the frequency range of 150 kHz to 40 MHz, it can generate test level Class 1 and Class 2 in accordance with ISO / EN 61000-4-6. The built-in AM modulator allows the tracking generator to be used as a signal source. The TBMDA5 has sufficient gain to achieve maximum output power of 0 dBm provided by the spectrum analyzer tracking generator. In addition to 1 kHz at 80% AM, the TBMDA5 also has modulation capabilities to generate a PM signal at 1 kHz with a 50% duty cycle. In PM mode, to simulate mobile phone TDMA noise, the TBMDA5 can also generate a 217 Hz signal with a 12.5% duty cycle.

• Signal Generator
• EMC Testing
• Other electronic measuring instruments

It is capable of outputting a clean sine wave up to 20GHz. With spectral purity, low phase noise of -120dBc/Hz, and power control, it can be used as a high-frequency LO in many applications such as radar, quantum physics, and RF component verification. Additionally, by combining the SSG5000A as the LO source with the SIGLENT SSG5000X-V vector signal generator as a baseband generator, testing of communication modules is also possible. The SSG5000A is equipped with both frequency sweeping and level sweeping functions, enabling faster testing. It also comes standard with pulse signal generation and can control common third-party USB power sensors to provide power supply that compensates for cable loss.

• Signal Generator

High-speed spectrum analysis from 9 kHz to 13.6 or 26.5 GHz, with a DANL of -165 dBm/Hz and low phase noise of 105 dBc/Hz, consists of two models equipped with a large 12-inch touchscreen, making it ideal for use in communications and the IoT industry. The SSA5000A is also suitable for evaluating RF components and transmitters. With the AMA/DMA option, it enables demodulation and analysis of common analog (AM, FM) and digital (ASK, FSK, PSK, MSK, QAM) signals. It allows for intuitive measurement of EVM and other transmission quality factors, and includes modes for eye diagrams and constellation graphs. Additionally, using the optional real-time mode, it can capture intermittent signals. This feature is built with a maximum analysis bandwidth of 40 MHz to facilitate transmission analysis of common protocols such as Bluetooth and WLAN testing in IoT devices. The optional EMI function enables efficient interference and electromagnetic pre-compliance measurements. Furthermore, due to its scalable platform, upgrades to bandwidth and functionality are possible even after purchase.

• Time-frequency measurements
• Other electronic measuring instruments
• EMC Testing

The world's first and only 8GHz USB spectrum analyzer with dual USB true I/Q streaming featuring an instantaneous bandwidth of up to 245MHz (complex I/Q). It can capture very short signals with a very small POI (probability of interception) of up to 10 ns. Additionally, the SPECTRAN V6 X integrates a vector signal generator/tracking generator with a modulation bandwidth of up to 245 MHz. With a sweep speed exceeding 1THz/s, it sets a new standard for the USB compact class. You can cascade any number of devices to achieve even higher real-time bandwidth. Therefore, just using four SPECTRAN V6 X units already achieves a real-time bandwidth of 1GHz. The included software RTSA-Suite PRO is precisely tuned to match the powerful and robust hardware and supports the use of multiple SPECTRAN V6 X units. The stackable aluminum housing facilitates the parallel use of multiple units.

• Other electronic measuring instruments
• Time-frequency measurements
• Signal Generator

**Main Features** - DC 150 V / 30 A, maximum total power 300 W / 200 W - Adjustable current rise/fall rate from 0.001 A/μs to 2.5 A/μs - Four static/dynamic modes: CC / CV / CP / CR - Readback resolution of 0.1 mV, 0.1 mA - Excellent dynamic characteristics, capable of simulating fast current changes - Supports 100-step list testing - Supports 50-step automatic programming testing - Battery testing function - CR-LED testing function

• Electronic Load Unit
• Other electronic measuring instruments

【Main Features】 ● Uniform Gain ● Waveguide Flange UBR ● Aluminum Alloy ● Coupling Performance Database ● Stainless Steel 2.92mm - Female ● Waterproof Structure ● PTZ Control Function ● Tripod or Antenna Mounting Design ● Customizable Colors

• Time-frequency measurements
• Other electronic measuring instruments

The precision sleeve dipole is a non-directional antenna with a low VSWR and an electrical dipole pattern similar to a half-wavelength resonant dipole. Thanks to the sleeve dipole design, which eliminates the interaction between the cable and the feed point that can degrade antenna performance and reduce cable interaction, it can be end-fed. The sleeve dipole antenna features a nominal impedance of 50 ohms, a maximum continuous transmission power of 1 watt, and an SMA female connector (with an optional N female connector). Please contact us for more details. Values for gain, VSWR, maximum ripple, and measurement uncertainty are provided with each calibration.

• Time-frequency measurements
• Other electronic measuring instruments

The logarithmic periodic antenna, known as LPDA, is a broadband directional antenna that provides a combination of gain and directivity over a wide range of frequencies. Both the logarithmic periodic antenna and the Yagi antenna are high-gain directional antennas. The main difference between these antennas is that the logarithmic periodic antenna supports a wider frequency bandwidth and is physically much larger than the Yagi antenna. The typical VSWR of a logarithmic periodic dipole array is 2:1, operating over a wider bandwidth and having lower gain for an equivalent number of elements. While the logarithmic periodic antenna is much larger than a Yagi antenna with equivalent gain, this level of performance makes it ideal for many applications.

• Time-frequency measurements
• Other electronic measuring instruments

【Features】 ●High power 300W (peak) 150W (C.W) ●DC short lightning protection ●Low VSWR ●Uniform gain ●Linked performance database

• Time-frequency measurements
• Other electronic measuring instruments

【Features】 ■ 4.3 inch LCD color display, menu in Chinese and English ■ 6 1/2 digit reading up to 1,199,999 ■ Test speed up to 1000 / s ■ Compact and easy to place on a shelf ■ Displays histogram, bar graph, and trend chart ■ AC low frequency signals can be tested up to 3Hz ■ Capacitance testing function ■ Maximum diode test voltage of 5V ■ Can store up to 10,000 data entries

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

【Features】 ● DC short lightning protection ● Low VSWR ● Uniform gain ● Connection performance database

• Time-frequency measurements
• Other electronic measuring instruments