Accelerating innovation to connect and secure the world

RF-microwave absorbers / dielectric

This technology includes low-loss dielectric materials such as filled polymers, moulded elastomeric and thermoplastic, reticulated foam, along with textile and liquids are also available. Explore technology

Analysers

With shrinking design schedules and increasing quality goals, you are under pressure to get products to market faster and faster. Because differentiation means survival in the marketplace, you often have to test unique functionality. To be confident in your results you need highly adaptable and efficient testing. Explore technology

Audio CTV and Video analysers

Our TV and video test instruments are used by world-leading electronics manufacturers to test smartphones, laptops, tablets, monitors, and more in the R&D development phase as well as in production line testing. Our compliance test tools can be used to verify that products are designed and work according to standards set by Video Electronics Standards Association (VESA) and Digital Content Protection LLC (DCP). Explore technology

Oscilloscopes

An oscilloscope is one of the most used pieces of test equipment in an electronic lab. It is used to capture, display, and analyse the electrical characteristics of electronic signals. These signals are then plotted on a visual graph to show the voltage signal over time. A big advantage of using an oscilloscope over another test device is an oscilloscope provides real-time analysis. Explore technology

Oscilloscopes

Whether you are looking for a digital storage oscilloscope (DSO), mixed-signal oscilloscope (MSO), or mixed domain oscilloscope (MDO), we have the right benchtop scope for your unique application. Our oscilloscopes provide faster rise times, higher waveform update rates, greater acquisition memory depth, a sufficient number of channels, and a large selection of probing options and suitable bandwidths. Explore technology

Network Analysers

Our portfolio of network analysers is designed for easy operation and enables portability, flexibility, automation, and modularity of your test equipment at a lower cost and easy maintenance. They feature great RF characteristics and a wide variety of analysis functions that help you evaluate important parameters immediately. Explore technology

Oscilloscope probes and accessories

Power supplies and sources

Our power supplies and sources are suited to be utilised on a bench or in a system. The portfolio consists of AC and DC power supplies, electronic loads, source measure units, noise sources, and power quality solutions. These solutions offer optimal choices in voltage, current, capability, and precision. Explore technology

Spectrum and Signal Analysers

As market forces necessitate ‘cost down’ programs, compromising quality is not an option and reliability is paramount. Whether your application is consumer electronics R&D, manufacturing bench repair, RF-related education, or spectrum management projects, you need an affordable spectrum analyser that is equipped with essential functionality and the required performance. Explore technology

DC power supplies

DC power supplies produce a DC voltage output and generate the output power by converting an input signal into a DC output signal. Available as a benchtop model or integrated into a system, single or multiple channel, programmable or non-programmable, constant or variable output, we have a solution to meet your exact application needs. Explore technology

AC power sources and analysers

An AC power source is a device that is capable of supplying stable and reliable power to a load. Since your product will have to operate in the real world of unpredictable AC power, you need to design and verify its correct operation under a wide range of AC power inputs. Basic sources provide reliable power while high-performance sources provide advanced measurements and waveform generation. Explore technology

DC electronic loads

Electronic loads sink current and dissipate power in an accurate and controlled way out of a power source. From benchtop models to modular solutions (combination of a mainframe with modules), we ensure that our solutions meet your expectations by offering the right instrument and support to enable you to succeed on your project. Explore technology

Source measure units

A source measure unit or SMU is a source and measurement resource for test applications requiring high accuracy, high resolution, and measurement flexibility. SMUs are sometimes also referred to as source monitor units. An SMU can precisely force voltage or current and simultaneously measure voltage and/or current. An SMU combines the features of a digital multimeter, true current source, electronic load, power supply, and pulse generator, all into a single, tightly synchronised instrument. Explore technology

Noise sources

Noise measurements are key to assuring that added noise of a network is minimal. The need for highly repeatable, accurate, and meaningful measurements of noise without the complexity of manual measurements and calculations has led to noise figure measurement instruments with simple user interfaces. Our portfolio of noise sources is designed to cover the majority of measurement applications with a range of frequencies, Excess Noise Ratio (ENR), and coaxial connector types. Explore technology

Function Arbitrary / Waveform Generators

Function/ arbitrary waveform generators (AWG) are among the most important and versatile pieces of electronic test equipment. Our function generators offer the standard signals and features you expect — modulation, sweep, and burst. They also contain features that give you the capabilities and flexibility you need to get your job done fast, no matter how complex. Explore technology

Signal Generators

Our range of signal generators pushes your device within and beyond its limits with unmatched purity and precision. From basic to advanced functionality, each signal generator delivers benchmark performance in its class to address the requirements in the design and manufacture of radio transceivers and their components; and applications ranging from low-frequency navigation signals to cellular mobile radio, millimetre wave radars, and satellite systems. Explore technology

Data acquisition solutions

Data acquisition is the process of measuring, recording, and analysing an electrical or physical phenomenon. It includes measurements such as voltage, current, power, temperature, pressure, flow, level, strain, acceleration, pH, humidity, and more. It samples signals that measure real-world physical conditions and convert the resulting samples into digital numeric values that can be manipulated by a computer. Explore technology

Digital multimeters

We provide a variety of bench-top, hand-held, and USB modular digital multimeters to meet a range of requirements under different circumstances. Our digital multimeter (DMM) family offers exceptional performance and reliability from 3,5 to 8,5 digits resolution with speeds up to 100.000 readings/sec and is available in handheld or bench applications. Explore technology

Femto-picoammeter and electrometer / high resistance meters

Femto-picoammeters and electrometers/high resistance meters not only offer best-in-class measurement performance but also provide unprecedented features to maximise your measurement confidence. These meters are often used for: Material science, Devices and electronic components and Electronic/non-electronic systems. Explore technology

Frequency counters

The frequency counter products in our portfolio serve all of your frequency and time interval measurement needs. Speed, resolution, and accuracy are just a few benefits that our range offers. With unprecedented resolution, you can capture very small frequencies and time changes. Measurement functions include frequency, period time, pulse width, duty cycle, frequency ratio, RPM, phase A/B time interval A/B, event count, and may have an external clock input for maximum stability and accuracy. Explore technology

Handheld measurement instruments

From electronics troubleshooting to installation and maintenance of machinery, our handheld measurement instruments are designed to withstand harsh working conditions and improve safety. From digital multimeters (DMMs) and basic capacitance meters to oscilloscopes, spectrum/signal and network analysers, the handheld and portable test tools will address the test and measurement capabilities you need to complete your tasks – on the bench or in the field. Explore technology

Impedance, capacitance and LCR meters

Impedance and LCR meters are used to measure the inductance (L), capacitance (C), and resistance (R) of an electronic component. We offer a wide range of carefully selected LCR meters from our strategic partners, ensuring our range consists of high quality, accuracy, and performance. Explore technology

Power meters and sensors

Power meters and sensors measure the power of RF and microwave signals accurately with sensors of various types (CW, average, peak, and average), covering numerous frequency and power ranges. Our wide selection of power meters and sensors are suitable for practically all application needs—wireless communications, radar pulse measurements, component tests, and more. Explore technology

Source measure units

A source measure unit or SMU is a source and measurement resource for test applications requiring high accuracy, high resolution, and measurement flexibility. SMUs are sometimes also referred to as source monitor units. An SMU can precisely force voltage or current and simultaneously measure voltage and/or current. An SMU combines the features of a digital multimeter, true current source, electronic load, power supply, and pulse generator, all into a single, tightly synchronised instrument. Explore technology

Frequency counters

Frequency counters are test instruments used to provide very accurate measurements of the frequency of a signal. They are depended on in R&D and in manufacturing for the fastest, most accurate frequency and time interval measurements. The measurement functions include frequency, period time, pulse width, duty cycle, frequency ratio, RPM, phase A/B, time interval A/B, event count and may have an external clock input for maximum stability and accuracy. Explore technology

ATE system power supplies

Reduce integration and test time with a power supply designed for automated test Explore technology