Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.
1～30 item / All 545 items
A test device that measures and displays RF signals. Achieves accurate real-time measurements.
The RF Real-Time RF Signal Analyzer (RF JTFA) is a testing device that measures and displays RF signals in real-time. RF signals are considered very complex and difficult to measure due to their very short cycles and susceptibility to environmental influences.
PXI architecture with a touch screen control panel
The RADX Corporation's LibertyGT 1200B (LGT1200B) series is a PXI architecture equipped with advanced measurement capabilities. It is optimized for high-speed processing and multifunctional parametric testing in digital/analog communications, avionics, smartphones, tablets, data links, and wireless communication systems. Furthermore, it excels in programmability, flexibility, performance, processing power, long-term product lifecycle support, and total cost.
The tightening characteristics of the actual work are displayed in the graph.
＝＝＝＝＝ Summary ＝＝＝＝＝ - You can simulate the best match of the three major elements in tapping screw design: "pilot hole diameter" + "tightening torque" + "type of screw." - The tightening characteristics on actual workpieces are displayed in a graph. What type of screw should I use? I changed the material of the counterpart, but is the pilot hole still okay as it is? I'm experiencing screw stripping right away. ↓ Immediate solution with the Torque Analyzer! ★ For more details, please request the materials and take a look.
Achieving high-speed testing under different measurement conditions with a single device.
This is a measuring instrument that combines an LCR meter and an impedance analyzer, capable of measuring frequencies from 4Hz to 5MHz and measurement levels from 5mV to 5V. ● For a high-end impedance analyzer that supports up to 3GHz, please visit our company website.
Achieve high-speed testing under different measurement conditions with a single device! Improve inspection efficiency with high-speed and high-precision measurements!
The "IM3570" is a measuring instrument that combines an LCR meter and an impedance analyzer, capable of measuring frequencies from 4Hz to 5MHz and levels from 5mV to 5V. It allows for LCR measurements using alternating current signals, resistance (Rdc) measurements using direct current, and sweep measurements where the measurement frequency and level can be continuously varied. Since it can perform high-speed continuous measurements under different measurement conditions and modes, it can replace multiple measuring instruments previously used in inspection lines with just one device. 【Features】 ■ Achieves continuous measurement and high-speed inspection with one device ■ Reduces measurement time ■ Ideal for production lines ■ Improves stability with low-capacity (high impedance) measurements ■ Wide range of measurement frequencies *For more details, please refer to the PDF document or feel free to contact us.
Covers a wide measurement frequency! Achieves measurements that balance high speed and high stability.
The "IM7580 series" is an impedance analyzer that covers a wide measurement frequency range from 1 MHz to 3 GHz. It achieves measurements that balance high speed and high stability. This shortens tact time and increases productivity. 【Features】 ■ Covers measurement frequencies from 100 kHz to 3 GHz ■ High-speed and high-stability measurements ■ Fastest in all models at 0.5 ms (analog measurement time) ■ Space-saving, half-rack size ■ Five models selectable by frequency *For more details, please refer to the PDF document or feel free to contact us.
Achieve flat amplitude and phase characteristics up to high frequencies! High-accuracy power analysis for any scene - New Ver2 with enhanced noise analysis features now available.
The PW3390 is a power analyzer that measures the power conversion efficiency of motor inverters. New features introduced in Ver2: ● Noise analysis function for evaluating conducted noise up to 150 kHz ● Trend display for visualizing efficiency and frequency variations Equipped with four channels of power input, it achieves a leading error of ±0.04%, full scale ±0.05%, realizing class-top level power basic accuracy. Furthermore, by achieving a measurement bandwidth of 200 kHz and flat amplitude and phase characteristics up to high frequencies, it is now possible to accurately measure power with high frequency and low power factor. 【Features】 ■ Achieves power basic accuracy of ±0.04%rdg. ±0.05%f.s. ■ Measurement bandwidth of 200 kHz with flat amplitude and phase accuracy up to high frequencies ■ High-speed simultaneous computation for 5 systems ■ Equipped with phase correction function for current sensors ■ High accuracy measurements in tough temperature environments *For more details, please refer to the PDF document or feel free to contact us.
Fast response time. Wide range from ultraviolet to visible light. Tail gas analyzer.
The tail gas analyzer (H2S/SO2 ratio analyzer) "TLG-837" uses a diode array detector. It enables multi-component analysis over a wide dynamic range. Its compact design allows for flexible installation. For more details, please contact us.
Measuring the concentration of carbon dioxide in carbonated beverages. Numerous achievements with beer companies and beverage companies.
The carbon dioxide (CO2) analyzer is a measuring device for carbon dioxide used by breweries and beverage companies. For more details, please contact us.
Reacts only to hydrogen! No false signals, enabling quick and accurate real-time measurements!
The HY-OPTIMA 700 model from H2scan is an inline hydrogen analyzer that can measure changes in hydrogen concentration in real-time, quickly, and accurately. It only reacts to hydrogen, allowing it to be used in the presence of multiple background gases. It has a simple operating method and can accommodate various connection methods.
Various simulation tests conducted prior to surge testing of high-voltage electrical equipment and power cables.
This is a system capable of testing large capacity loads such as power cables. It can also perform surge voltage application tests, twisting tests, and tests for large capacity loads. The system configuration has been completely renewed while maintaining the functionality of measuring instruments from about 30 years ago. 【Features】 - Capable of outputting surge waveforms with a pulse width of 5us to 400us at a maximum of 100Vpp - New features "Software-controlled time constant adjustment" "Touch panel adoption" "Time constant setting storage"
Equipped with a portable video test signal generator/monitor/analyzer.
The PHABRIX SxA is a handheld test and measurement device that supports 3G-SDI, HD-SDI, and SD-SDI formats, featuring a video signal generator, waveform monitor, and analyzer functions. It utilizes a practical 4.3-inch 16:9 TFT LCD monitor with an intuitive operation and easy-to-understand menu design, making it useful for professional broadcast equipment technicians. 【Features】 ○ Supports 3G-SDI, HD-SDI, SD-SDI, and AES/EBU digital audio ○ Equipped with a portable video test signal generator, monitor, and analyzer For more details, please contact us or download the catalog.
Equipped with a portable video test signal generator/monitor/analyzer.
Phabrix introduces a next-generation handheld test and measurement device that incorporates new technology. The SxTAG is a model widely used by broadcasting-related companies, professional equipment manufacturers, and system integrators. The SxTAG is a low-cost model that supports optical HD-SDI, composite, and digital analog audio. SD-SDI and HD-SDI are standard supported, with an optional upgrade to 3G-SDI (Level A, Level B). Additionally, composite analysis and generator are standard features, allowing for traditional analog composite signal analysis, black burst signal checks, and level verification of tri-level signals. 【Features】 ○ Low-cost model supporting optical HD-SDI, composite, and digital analog audio ○ Equipped with a portable video test signal generator/monitor/analyzer For more details, please contact us or download the catalog.
Low-cost USB analyzer supporting Full/Low. Other products in the same series support USB 2.0 (HS) and USB 3.0 (SS).
You can use it for the analysis of Full and Low Speed USB. There are also Beagle USB 480, Beagle USB 480 Power, which support up to the higher USB 2.0 (HS) in the same series, and Beagle USB 5000 v2, which supports USB 3.0 (SS). Although there are some functional limitations, the same GUI software can be used, making it efficient. Beagle USB features a function called live functionality. This means real-time display that sequentially shows the state of the bus, and it goes a step further by allowing analysis work to be performed during capture. This enables more efficient work compared to tools that cannot do anything until the capture is finished. Particularly during long captures (up to over 20GB on a Windows 7 64-bit PC with 32GB), being able to view necessary parts without stopping the capture is effective for troubleshooting rare issues. Another feature is that the API is publicly available. This allows users to create their own applications similar to the included GUI, which is convenient for integrating into special analysis or inspection devices.
A logic analyzer/protocol analyzer that standardly supports various protocol decodes. It can capture and analyze multiple buses simultaneously.
The TL4000 series is a logic analyzer equipped with protocol analyzer functionality. In logic analyzer mode, it supports over 100 types of protocol decoding across all models. The TL4000 series is the successor to the TL2000 series released in 2007 and the TL3000 series released in 2017 (which are sold in Japan by JDS, Inc. (jds.co.jp) under their brand as equivalent products), making it a series with over 15 years of proven performance in the domestic market. The top model, TL4234B, is a powerful tool that supports the latest or trending bus logic analysis such as SVID, eSPI, PMbus, and I3C all in one device. Its main target industries include PC, servers, automotive, and power/battery-related sectors. (Please note that some protocols, such as the SVID part, have restrictions and can only be used by parties who have signed an NDA with Intel, so please consult with the authorized distributor, Tateno Denno, first.) It also standardly supports a wide range of buses commonly used in IoT, microcontroller, and FPGA-equipped electronic device development, including I2C, SPI, and UART. If 16 channels are sufficient for the digital section, the MSO2216B, which offers 16 channels of analog input, is also available.
Protocol analyzer for I3C, I2C, SPI, and UART. In logic analyzer mode, you can view both digital and analog waveforms, making it very powerful.
The MSO2008E is a high-performance protocol analyzer and 8-channel logic analyzer for I3C, I²C, SPI, and UART (RS232C) buses (supports analysis of 100 types of protocols, with analog input included). ■ In Pro Analyzer mode, you can select one from I2C, I3C, SPI, or UART and simply start capturing and displaying the decoded data sequentially. Filter and statistical functions can be used in conjunction. Depending on the communication content, there is also an option to directly log files to an SSD or stop capturing with a trigger. ■ In Logic Analyzer mode, you can trigger and capture bus data, and after stopping, it displays the digital waveform and decoded data of the protocol (standard support for 100 types). If you use the analog input, you can also display the analog waveform. The ability to capture and analyze multiple buses simultaneously, along with the capability to obtain analog waveforms, is very powerful during debugging. ■ Powered by USB 3.0 bus power, this portable MSO2K allows you to check both digital and analog waveforms, making it suitable for microcontroller development, debugging, remote work, and support applications on the go.
PC, peripheral device development, tools for maintenance vendors (protocol/logic analyzer + simple DSO) compatible with the latest standards from CPU vendors.
The MSO2216B is a recommended MSO-type portable analyzer tool for PC-related development and maintenance vendors, and it is the top model in the MSO2k series. In addition to digital logic capabilities, it features a simplified oscilloscope function that is particularly useful for power-related applications. It supports CPU vendor-specific standards such as eSPI, SVID, SVI3, SVI2, and power-on sequences. It also supports legacy standards like I2C, SPI, RS232, LPT, MDIO, PS/2, LPC, and system/power-related protocols such as SMbus, PMBus, AVsBus, SPMI, as well as MIPI-related standards like I3C, RFFE, SoundWire, D-PHY LP, display-related protocols like DP_Aux, DDC (EDID), memory-related standards like Serial Flash, Smart Card, eMMC 4.5, MicroWire, SPI-NAND, SD 2.0, and audio standards like I2S, S/PDI, among others, allowing for over 100 types of bus decoding. It supports a maximum of 16 channels, with a digital sampling frequency of up to 2 GHz and an analog sampling frequency of up to 200 MHz, and has an internal buffer of 1 GB. It connects to a Windows PC via USB 3.0 (bus-powered).
Next-generation powerful bus analyzer. Equipped with two operating modes for real-time protocol analysis and for capturing and analyzing multiple buses simultaneously.
The latest version of the TravelBus 2-in-1 Analyzer, which powerfully supports problem-solving with both protocol analyzer and logic analyzer functions. After installing the software, it can be used by connecting to a Windows 10/11 PC with a USB 3.0 (SS) port. ■ Protocol Analyzer Mode For a single bus protocol, it captures and sequentially displays the decoded results while transferring to the PC's memory. With high-speed transfer via USB 3.0, it allows for large captures according to the PC's memory capacity. ■ Logic Analyzer Mode It can simultaneously capture multiple buses, such as several I2C, SPI, DIO, etc., and after stopping, it can display all waveforms and decode specific buses. This mode is also effective for capturing rare issues using the trigger function. ■ For low-speed I2C, UART, or low-speed SPI, I3C, the TB3016F is generally sufficient. ■ The TB3016B also supports differential inputs for 10BASE-T1S, CAN(-FD), RS422/485. When used in conjunction with a separately sold oscilloscope, it can display analog waveforms on the same GUI.
A logic analyzer that serves dual functions: decoding DP_Aux and displaying it sequentially like a monitor, and triggering to show waveforms and decoded results in a data stream.
TB2016B is equipped with a dedicated input that allows direct connection of DP_Aux differential signals. In pro-analyzer mode, it displays sequentially while capturing. In logic analyzer mode, it can trigger on data sequences, and after capturing stops, it can display the waveform and protocol decode results. Since it captures to the PC's memory, long-term analysis is possible. In logic analyzer mode, by connecting an external DP_Aux Adapter (differential conversion board), it is possible to capture and analyze multiple DP_Aux signals simultaneously (or capture and analyze DP_Aux and I2C, etc. simultaneously).
The BF7264Pro BusFinder is a protocol analyzer and logic analyzer tool that supports various memory buses.
The BusFinder BF7264Pro from Acute Technology is a protocol analyzer that is useful for debugging various memory buses. It is used by connecting it to a Windows PC for analysis via USB 3.0. The protocol analyzer has the capability to decode signals in real-time while capturing them in internal memory and sequentially displaying the decoding results. By utilizing trigger outputs based on protocol data, you can also observe the analog waveforms of areas of interest using your existing DSO.
A new product of the A2B bus monitor has been released.
The Flextech AKT Pocket A2B Bus Monitor is a bus analyzer designed by audio engineers. The device is small enough to fit in a chest pocket and operates on USB bus power.
An interface expansion set equipped with two measurement ports capable of measuring RS-232C (V.24) and TTL/C-MOS signal levels.
The OP-SB5GL is an interface expansion set equipped with two measurement ports that can measure communication at RS-232C (V.24) and TTL/C-MOS signal levels.
USB 2.0 real-time monitoring and VBUS power measurement are possible!
This is a USB 2.0 measurement expansion board set designed to be installed in the interface expansion slot of the communication analyzer LE-8200A/LE-8200. It allows USB measurements to be performed without a PC, and it can measure the current, voltage, and power of the VBUS, making it useful for inspections and troubleshooting at the equipment installation site. ● Supports High/Full/Low speed (automatic detection) ● Efficient analysis using hardware filters ● Advanced analysis utilizing sequential triggers ● Convenient logging of VBUS current for troubleshooting at startup
A compact, lightweight, battery-powered portable communication analyzer that can also function as an analog logger.
● Equipped with a 4.3-inch color LCD with a touch panel ● Standard support for RS-232C, RS-422/485, TTL (UART/I2C/SPI) ● Expandable to a high-precision, 8-input analog data logger ● Standard measurement tests for HDLC/SDLC, Modbus, I2C, and SPI are possible ● Additional expansion set supports CAN, CAN FD, LIN, CXPI, etc. ● Additional measurement boards and cables support V.35, X.20/21, RS-449 ● Equipped with statistical analysis and program simulation functions ● AUTO SAVE to USB memory or SD card for safe and reliable long-term recording ● High-precision timestamp capable of recording year, month, day, hour, minute, second, and 10 milliseconds ● Logic analyzer analysis and signal voltage measurement ● PC integration and Wi-Fi connection for remote control support
Battery-operated portable communication analyzer, compact and lightweight, compatible with touch panel operation.
A standard model of a standalone communication protocol analyzer that inherits all the functions of the conventional models LE-2500/LE-2500R, equipped with necessary monitoring functions, simulation functions, and bit error rate test functions for communication analysis, and has further evolved with features such as a color LCD display with a touch panel and the adoption of a lithium-ion battery. ● Equipped with a 4.3-inch color LCD with a touch panel ● Standard support for RS-232C, RS-422/485, TTL (UART/I2C/SPI) ● Measurement tests for I2C and SPI are possible as standard ● Support for CAN, CAN FD, LIN, CXPI, etc., with the addition of an expansion set ● AUTO SAVE to USB memory and SD cards for safe and reliable long-term recording ● High-precision timestamp capable of recording year, month, day, hour, minute, second, and 10 milliseconds ● Logic analyzer analysis and signal voltage measurement ● PC integration and Wi-Fi connection for remote control support
Motor Drive Analyzer that simplifies analysis through the adoption of guided measurements.
The "MDA-510" and "MDA-550 Motor Drive Analyzer" save measurement time, eliminate the hassle of complex measurement setups, and simplify the troubleshooting process for variable frequency drives. By simply selecting a test, the connection points for voltage and current are indicated through a step-by-step measurement guide, allowing you to obtain all the necessary data from important motor drives according to a pre-set measurement profile, from input to output, DC bus, and the motor itself. 【Features】 ■ Guided test setup and automatic drive measurement ■ Simplifies troubleshooting of complex motor drives ■ Achieves reliable and reproducible test results *For more details, please refer to the external link or feel free to contact us.
High-sensitivity analyzer for bulk process gas analysis based on FTIR!
"MultiGas TM Purity" is an FTIR-based analyzer capable of detecting ppb-level impurities in high-purity bulk process gases. It excels in identifying impurities in bulk gases with high-resolution analysis. 【Features】 ■ Proven contribution to quality improvement in bulk gas manufacturing with gases such as NF3, NH3, and H2 ■ Configuration that accommodates corrosive high-purity gases ・Sample line and gas cell are made of welded 316SS ・Adopts a heated optical path to reduce contaminants from moisture and the atmosphere *For more details, please refer to the PDF document or feel free to contact us.
Atmospheric environment analyzer for continuous monitoring of chemical weapons and toxic industrial chemicals.
The "AIRGARD CWA/TIC" is an ultra-high sensitivity gas analyzer that rapidly detects toxic gases using Fourier Transform Infrared Spectroscopy. It is capable of detecting most CWAs and TICs at ppb levels below toxic IDLH levels within 20 seconds. With its low-level detection capability and fast response, it ensures sufficient time for appropriate action in the event of a need for air conditioning system shutdown, indoor evacuation, or evacuation from a disaster area. Thorough testing has been conducted by the U.S. Department of Defense to prevent unnecessary outdoor evacuations, associated business shutdowns, and emergency notifications. 【Features】 ■ Detection limit in the low ppb range - identifies and alerts on a wide range of harmful substances ■ Standard time to issue alerts and identify harmful chemicals is less than 20 seconds ■ Self-contained unit with built-in computer and sampling pump ■ Continuous atmospheric monitoring capability (7 days a week / 24 hours) ■ Remote troubleshooting capability *For more details, please refer to the PDF materials or feel free to contact us.
