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

To achieve the desired measurements, various innovations 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 appropriate direction and location. For this purpose, the universal probe holder eoPoD provides an optimal solution regardless of environmental conditions. Various applications are explained in the video below.

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

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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 output power of 2.5 W at a 1 dB compression point in the frequency range of 150 kHz to 40 MHz, it can generate test level Class 1 and Class 2 compliant 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, 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.

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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. The generation of pulse signals is also standard, and it can control common third-party USB power sensors to provide power supply that compensates for cable loss.

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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 to facilitate transmission analysis of common protocols such as Bluetooth and WLAN testing in IoT devices, with a maximum analysis bandwidth of 40 MHz. The optional EMI function enables efficient interference and electromagnetic pre-compliance measurements. Furthermore, the platform is designed with scalability in mind, allowing for upgrades in bandwidth and functionality even after purchase.

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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 due to its extremely 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 USB compact class. Any number of devices can be cascaded 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.

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**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

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【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

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The precision sleeve dipole is a non-directional antenna with low VSWR and an electrical dipole pattern similar to a half-wavelength resonant dipole. Thanks to the sleeve dipole design, which eliminates interactions between the cable and feed point that could 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.

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The logarithmic periodic antenna, known as LPDA, is a broadband directional antenna that provides combined 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. A typical VSWR for 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.

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

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【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 signal testing up to 3Hz ■ Capacitance testing function ■ Maximum diode test voltage of 5V ■ Can store up to 10,000 data entries

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

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【Features】 ● DC short lightning protection ● Low VSWR ● Uniform gain ● Coupling performance database ● Electrical specifications

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【Features】 ● DC short lightning protection ● Low VSWR ● Uniform gain ● Coupling performance database ● Double ridge horn antenna 18GHz to 40GHz ● 6061 aluminum alloy ● Stainless steel 2.92mm female

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【Features】 ● High power 100W (peak) ● DC short lightning protection ● Low VSWR ● Uniform gain ● Linked performance database

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【Features】 ●Uniform gain ●Aluminum alloy ●Linked performance database ●Stainless steel 2.92mm-female ●Waterproof structure ●PTZ control function ●Tripod or antenna mounting design ●Color customization

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【Features】 ● High power 500W (CW) ● DC short lightning protection ● Low VSWR ● Uniform gain ● Coupling performance database ● Designed for outdoor use ● Dual-ridge broadband waveguide outdoor jamming horn antenna with a frequency range of 400MHz to 8GHz ● 6061 aluminum alloy ● Stainless steel N-female ● Directional

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【Features】 ● High power 500W (peak) 300W (continuous) ● DC short lightning protection ● Low VSWR ● Uniform gain ● Coupling performance database ● 700MHz to 6GHz double ridge broadband waveguide horn antenna ● 6061 aluminum alloy ● Stainless steel N-female ● Directional

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●Frequency: 26.5GHz to 40GHz ●Waveguide coaxial adapter model: WC-28-UBR-A1-KF ●Waveguide input model: WI-28-UBR-20

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The Impulse Winding Tester ST-6K 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. Additionally, it can display the innovative features of the ideal coil waveform as a master and calculate the inductance values of partial discharges, making the ST-6K particularly effective for production and quality control.

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【Product Overview】 The TBSCP1-5M300 is an RF surface current monitoring probe that expands Tekbox's range of affordable EMC pre-compliance testing equipment. This probe exhibits a very flat response from 5 MHz to 300 MHz and is characterized over a frequency range of 30 kHz to 400 MHz. The TBSCP1-5M300 is designed for RF current monitoring applications that require measuring RF currents flowing on surfaces such as PCB ground planes or traces, metal planes, or wires. The footprint of the RF current monitoring probe is 40 mm x 15 mm. The transfer impedance is -7 dB ohms, with a typical 3 dB bandwidth from 5 MHz to 300 MHz.

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**Product Overview** The TBSCP1-10M500 is an RF surface current monitoring probe that expands Tekbox's range of affordable EMC pre-compliance test equipment. This probe exhibits a very flat response from 10 MHz to 500 MHz and is characterized over a frequency range of 9 kHz to 600 MHz. The TBSCP1-10M500 is designed for RF current monitoring applications where it is necessary to measure RF currents flowing on surfaces such as PCB ground planes or traces, metal planes, or wires. The footprint of the RF current monitoring probe is 40 mm x 15 mm. The transfer impedance is -5 dB ohms, and the standard 3 dB bandwidth is from 10 MHz to 500 MHz.

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【Product Overview】 The TBCCP1-2K70 is a coaxial RF current monitoring probe that expands the range of affordable EMC pre-compliance test equipment from Tekbox. This probe exhibits a very flat response from 2 kHz to 70 MHz and is characterized over a frequency range of 10 Hz to 100 MHz. The TBCCP1-2K80 is designed to be used as a transducer for applications that require measuring RF currents in large loop antennas or coaxial cables. With a transimpedance of 0 dBΩ, it complies with the specifications for large loop antennas (LLA) as per CISPR 15 (EN 555015) and CISPR 16-1-4.

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【Product Overview】 The TBCCP1-3K100 is a coaxial RF current monitoring probe that expands Tekbox's range of affordable EMC pre-compliance test equipment. This probe features a 3 dB bandwidth from 3 kHz to 100 MHz and a very flat response from 9 kHz to 30 MHz. The transimpedance is characterized over a frequency range of 10 Hz to 100 MHz. The TBCCP1-3K100 is primarily designed for use as a converter for active loop antennas or for measuring RF currents in coaxial cables. The probe is equipped with an N connector and can be connected to a standard tripod via an attachment with a ¼-inch screw.

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**Product Overview** The TBCCP1-400K600 is a coaxial RF current monitoring probe that expands Tekbox's range of affordable EMC pre-compliance testing equipment. This probe features a 3 dB bandwidth from 400 kHz to 600 MHz and a very flat response from 1 MHz to 200 MHz. The transimpedance is characterized over a frequency range of 10 Hz to 100 MHz. The TBCCP1-400K600 is primarily designed as a transducer for passive loop antennas or for measuring RF current in coaxial cables. The probe is equipped with an N connector and can be connected to a standard tripod via an attachment with a ¼ inch screw.

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A 150 kHz high-pass filter protects the RF input of a spectrum analyzer or EMI receiver from residual 50 Hz voltage in high-amplitude subharmonics and conductive emission measurement setups.

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【Product Overview】 The TBCDN-M4 is a coupling decoupling network for conductive immunity testing in accordance with IEC 61000-4-6. The TBCDN-M4 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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An excellent cost-effective active antenna for low-frequency measurements. It fully covers the complete radio and television transmission frequencies up to 20MHz, including Tetra/BOS and ISM434. All BicoLOGXEMC test antennas undergo rigorous testing in the laboratory before shipment and are equipped with high-quality rubber paint that protects against mechanical damage and environmental influences, as well as the highest quality integrated tripod connections and SMA connectors. Typical calibration data All AaroniaEMC stand antennas come with a complete high-resolution (10MHz or 5MHz steps!) calibration dataset that includes numerous calibration points (Excel file, download link provided). This allows for very accurate EMC measurements with any spectrum analyzer.

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★Output with multiple combinations The SPS5000X series offers a wide range of output voltage combinations (40V, 50V, 80V, 160V) and current (7.5A to 90A), with rated outputs of 180W, 360W, 720W, and 1080W. The single-channel model supports up to two units in series and three units in parallel, while the two-channel and three-channel models also support series and parallel connections between channels. 【Main Features】 ● Rated output voltage: 40V, 50V, 80V, 160V ● Rated output power: 180W, 360W, 720W, 1080W ● Supports a wide range of output voltages and currents, achieving high-efficiency power supply ● CV and CC priority mode selection, effective for protecting the device under test ● Configurable timing output for three channels ● 170° wide viewing angle organic EL screen, remote web control

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Due to the flat gain response, the LPDA provides a very simple conversion from power (dBm) to electric field strength (V/m or W/m²) when connected to a test receiver or spectrum analyzer. The small beamwidth of the test antenna results in high directivity, making it easy to identify the radiating RF source under test. 【Key Features】 - Specially designed radome for perfect antenna protection - Very wide bandwidth - Excellent forward/backward ratio - Suitable for electric field strength and EMC measurements due to high accuracy - Compact and robust design - For lab and open field applications - Steering compass/laser pointer is optional

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These excellent cost-effective broadband antennas for radial isotropic measurements cover most RF sources such as LTE, GSM, UMTS, and WLAN, ranging from 150 MHz to 18 GHz. The new OmniLOG PRO series consists of a cost-effective ultra-broadband receiving antenna (1 W [CW]) on one hand and a high-power transmitting and receiving antenna (100 W [CW]) on the other. Therefore, these broadband antennas are ideal for radial isotropic measurements, interference exploration, or frequency monitoring as needed, including measures in conference rooms. Depending on the type, they cover all RF sources from FM to K band (for example, radio and television, mobile radio, DECT, Bluetooth, and WLAN). Each OmniLOG PRO is equipped with a high-tech antenna housing (IP65 certified) suitable for outdoor use to protect against environmental influences. The magnetic antenna base allows for temporary installation on surfaces such as car roofs. The antennas have passed rigorous testing in the laboratory before shipment.

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These excellent cost-effective broadband antennas for radial isotropic measurements cover most RF sources such as LTE, GSM, UMTS, and WLAN, ranging from 150 MHz to 18 GHz. The new OmniLOG PRO series consists of a cost-effective ultra-broadband receiving antenna (1 W [CW]) on one hand, and a high-power transmitting and receiving antenna (100 W [CW]) on the other. Therefore, these broadband antennas are ideal for radial isotropic measurements, interference exploration, or frequency monitoring as needed, including measures in conference rooms. Depending on the type, they cover all RF sources from FM to K-band (for example, radio and television, mobile radio, DECT, Bluetooth, and WLAN). Each OmniLOG PRO is equipped with a high-tech antenna housing (IP65 certified) suitable for outdoor use to protect against environmental influences. The magnetic antenna base allows for temporary mounting on surfaces such as car roofs. The antennas have passed rigorous testing in laboratories before shipment.

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The 3DRF tracking antenna IsoLOG 3D DF includes a high-density, customizable sector array. Additionally, it can be expanded to a frequency range of up to 9kHz by adding 8 or 16 dedicated low-frequency antennas. It can be equipped with a total of up to 64 independent antennas. This is the ideal solution for counter-surveillance measurements or drone detection systems (unmanned aerial vehicles). The wide frequency range eliminates the need to set up various antennas to save space and system costs. This allows for installation on vehicles (e.g., drive test cars) and covert operations. The antenna, which looks like a satellite broadcasting reception antenna for camping vans, is not recognized as a tracking antenna. The integrated switch array uses high-end digital switches instead of common RF relays. This enables ultra-fast switching speeds and guaranteed operational lifespan even during 24/7 operation. The "automatic rotation switch function" allows it to be used with any spectrum analyzer.

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The TBRFH3 series RF housing is ideal for prototyping RF building blocks such as power splitters, directional couplers, and mixers. The housing is machined from aluminum and is equipped with N female connectors.

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The TBRFH4 housing is ideal for RF building blocks such as amplifiers. The housing is made from aluminum using a milling machine and is equipped with an SMA female connector and a feed-through capacitor for the power line.

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A 9kHz high-pass filter to protect the RF input of a spectrum analyzer or EMI receiver from residual 50Hz voltage in high amplitude fractional harmonic and conducted emission measurement setups.

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The TBOH02 is a high-precision self-powered active load. It operates at a low voltage of 2V without requiring individual power supply voltages. Its features include constant resistance and constant current modes. A 10-turn potentiometer with a dial, range switch, and high-precision reference allows for accurate setting of current or resistance. Additionally, it can be controlled by an external voltage. The design is completely analog. Power supply noise measurements using the TBOH02 as a load do not overlap with additional noise, unlike measurements performed with digitally controlled active loads. The TBOH02 can be used not only as an active load for power supply measurements but also as a current sink or current source for power supply LED testing and similar applications. It is also convenient for testing in the field where external power is not available. The TBOH02 operates from 2V to 70V. The maximum current is up to 10A, but it is important to note that the maximum power without additional cooling is limited to 25W. With a fan accessory that can be clipped to a heat sink, the maximum power rating can be increased to 100W.

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The acceleration of digital technology and the increasing complexity of devices have made it more difficult for engineers to isolate abnormalities in devices, as the signals being measured have become more complex. For testing tools designed for such applications, a wide dynamic range measurement is necessary to examine very small signals amidst relatively large amplitudes. Siglent's new high-resolution oscilloscope, the SDS2000X HD series, is available with bandwidths of 100, 200, and 350 MHz. Equipped with a 2GSa/s, 12-bit ADC front end, it achieves a very low noise floor, allowing for a more accurate understanding of signal details, enabling engineers to measure waveforms more accurately. The vertical resolution of an oscilloscope refers to the ratio of the maximum input signal that the oscilloscope can process to the minimum signal amplitude that can be detected. The higher the resolution, the clearer the details of the waveform become, reducing quantization noise and improving measurement accuracy.

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【Main Features】 - Combines the functionalities of an oscilloscope, multimeter, and waveform generator into one device. - 3.5-inch high-resolution, high-contrast color LCD display, suitable for outdoor use. - 18650 lithium battery, with a comprehensive power consumption of ≤3W, capable of operating continuously for about 6 hours. - USB Type-C interface, supports power banks, and supports PC software connection.

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OWON 4 1/2 Digit XDM1000 Series Bench Digital Multimeter ● Equipped with a 3.5-inch (480x320) high-resolution LCD ● 55000 counts, with a maximum accuracy of 0.05% for DC voltage ● Maximum reading rate of 65 times per second ● True RMS AC voltage/current measurement ● Dual-line display ● Trend analysis accessible in chart mode ● SCPI support ● Data recording function allows measurement data to be recorded in internal memory and processed by a computer ● Models available for different application scenarios: AC power (XDM1041) and lithium battery (XDM1241)

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The SHS series is a convenient and portable handheld device that integrates the functions of an oscilloscope, recorder, and multimeter. Weighing only 1.7 kg and battery-powered, it can be used for field tests, automotive applications, research and development, and industrial maintenance. It also meets the IP51 dust and water resistance standards, allowing for testing in various harsh environments, and features a fully insulated design up to CATIII 600Vrms. The SHS1000 series handheld oscilloscope is a versatile device that combines the functions of a digital oscilloscope, multimeter, and recorder (including trend and waveform recording) into a single unit. Users can perform measurements at the workbench or in the field, with a battery life of up to 5 hours. The lightweight SHS1000 handheld oscilloscope is equipped with two independent channels, allowing for the safe simultaneous floating and differential measurement of two signals.

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The SIGLENT SHS800X is a convenient and portable handheld device that integrates the functions of an oscilloscope, recorder, and multimeter. Weighing only 1.7 kg, the battery-operated SHS series can be used for field testing, automotive applications, research and development, and industrial maintenance. It also meets the IP51 dust and water resistance standards, allowing for testing in various harsh environments. The SIGLENT SHS800 series handheld oscilloscope is a versatile device that combines the functions of a digital oscilloscope, multimeter, and recorder (including trend and waveform recording) into a single unit. Users can perform measurements on a workbench or in the field, with a battery life of up to 5 hours.

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