OUR HISTORY
2002
SIGLENT founders began a preliminary study of digital oscilloscopes.
2009
SIGLENT began sales under its own brand name.
2014
SIGLENTNA AND SIGLENT EU were established.
2017
SIGLENT's SDS1002X-E was chosen as Best Seller on Amazon.
APPLICATION
Automotive Electronics
Intelligent Manufacturing
Power
Internet of Things
The solutions provided by SIGLENT can quickly locate source of interference, eliminate potential safety hazards and prevent dangerous operations such as misignition.
There are more than 100 electronic control units (ECUs) in a car, which control the engine, air conditioning, steering, camera, brakes, wireless communication and other systems to form an in-vehicle network system. When a car is working, a large amount of information needs to be exchanged between different nodes, and there are both high-speed signals and low-speed signals. In order to improve communication quality and save costs, a large number of bus communication protocols are used in automobiles. I2C and SPI are heavily used in ECUs. Controller Area Network (CAN) and Local Interconnect Network (LIN) are used in applications where reliability is greater than speed requirements. During the design of automotive, engineers need reliable test tools, and SIGLENT can provide you with:
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Triggering and decoding of I2C, SPI, CAN, LIN, CAN-FD, FlexRay protocals;
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Use the handheld oscilloscope for automotive wiring test, portable and easy to operate;
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Cooperate with current probe to measure large current safely;
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Power analysis software
SIGLENT provides test and measurement equipment with a standard SCPI instruction set to help customize a personalized intelligent test system.
In the era of Industry 4.0, people's lifestyles have changed a lot. Digital technologies enable more and more items to be 'intelligent', and connect many aspects of modern lives and work together, such as IoT, e-health, driverless, smart city and so on. This development has a higher demand for the performance of next-generation electronic devices. As a global leader producing electronic test and measurement equipment, SIGLENT could provide you with the following solutions:
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Power commissioning analysis, such as loop analysis, battery life test, etc.
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Measurement and analysis of analog/digital signals, such as serial signal analysis, simulation and analysis of sensor signals, etc.
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Wireless signal testing, such as WIFI, Bluetooth, etc.
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EMI debugging
Power stability test
SIGLENT provide solutions to solve the request of EMI testing at low cost. With SSA3000X/SVA1000X spectrum analyzer and near field probes, it can find the source of problem before go to professional labs.
Electronic devices are now an indispensable element of everyday life, and power plays a pivotal role for all electronic devices. With the rapid development of the semiconductor industry, computers, mobile phones and other devices are increasingly miniaturized and refined, thus the requirements for power designs are getting intensely higher. Power designers must further consider how to face new technical challenges such as higher precision and higher stability.Stability is one of the most important factor in power design. Frequency response test is often required in stability tests. SIGLENT Technology provides a complete solution: with oscilloscopes equipped with Bode Plot II software, a Siglent waveform generator, you can get perform power supply loop control measurement to get to know the power performance for future designs.
SIGLENT’s DC power supplies, multimeters and electronic loads could provide a series of power test and measurement with high-precision to meet the engineers’ debugging requirements.
IoT smart devices could be interconnected or connect to the Internet through wireless communication. Before going on the market, these devices must pass rigorous and complicated verification tests to meet the specifications and design needs. SIGLENT’s spectrum analyzers and vector network analyzers could play an important role during this process. Their functions of VNA, spectrum monitoring, channel power measurement and antenna design could provide a series of test and measurement in the applications of WIFI, Bluetooth, RFID and other communication technologies.