Speed. Precision. Signal Insight.
Digital Test Instruments
Gain accurate insight into electronic signals with oscilloscopes, digital multimeters, and waveform and function generators designed for signal capture, precision measurement, troubleshooting, and device validation.
About Digital Test Instruments
Concilium offers digital test instruments for applications ranging from routine bench measurements to advanced design validation and high-speed compliance testing. Our range includes oscilloscopes for waveform and protocol analysis, digital multimeters for accurate electrical measurements, and waveform and function generators for creating standard, modulated, and complex test signals. With options spanning Essential, Advanced, Expert, and Pro performance levels, engineers can select the measurement capability, accuracy, bandwidth, and automation features suited to their application.
Oscilloscopes
From everyday debugging to advanced design validation and standards compliance testing.
We offer a range of oscilloscope solutions designed to support applications from basic signal analysis and troubleshooting through to complex design verification and compliance testing. Available in multiple performance levels and configurable to specific measurement requirements, these solutions provide the flexibility needed across research, development, manufacturing, and quality assurance environments.
KEY BENEFITS
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- High bandwidth and accurate signal capture
- Detailed analysis of timing, jitter and signal integrity
- Fast detection of faults and intermittent issues
- Improved debugging and design efficiency
Keysight Oscilloscopes
Benchtop Essential
Oscilloscopes for everyday debugging, troubleshooting, and basic signal analysis.
Keysight Oscilloscopes
Benchtop Advanced
Enhanced performance for design validation, signal integrity analysis, and protocol testing.
Keysight Oscilloscopes
Benchtop Expert
High-performance solutions for complex high-speed digital, mixed-signal, and RF applications.
Keysight Oscilloscopes
Benchtop Pro
Industry-leading measurement precision for advanced research, and next-generation technology development.
Digital Multimeters
From product characterization and validation to troubleshooting, maintenance, and repair.
We offer a range of digital multimeter (DMM) solutions designed to support accurate electrical measurements across laboratory, manufacturing, field service, and maintenance environments. Available in Essential, Advanced, and Pro performance levels, as well as portable and modular configurations, these solutions provide the flexibility needed for a wide variety of testing applications.
KEY BENEFITS
- High-resolution measurements, offers resolution from 5.5 to 8.5 digits, supporting routine testing through to metrology-grade applications.
- Broad measurement capability, measures voltage, current, resistance, frequency, temperature, capacitance, continuity, and diodes from one instrument.
- High-speed signal capture, advanced triggering and digitising capture fast-changing signals at rates of up to 100,000 readings per second.
- Low-current sensitivity, microamp measurement ranges and picoamp resolution enable detailed analysis of low-power device consumption.
- Sustained measurement accuracy, low internal noise, strong DC voltage linearity, and automatic calibration minimise errors caused by temperature and internal drift.
- Remote monitoring and data analysis, LAN, USB, and SCPI connectivity support remote control, data logging, trend analysis, and automated test environments.
Keysight Multimeters
Benchtop Essential
5½-digit bench DMM for everyday electrical measurements, troubleshooting, validation, and data logging.
Keysight Multimeters
Benchtop Advanced
6.5- and 7.5-digit DMMs designed for high-precision measurements, reduced noise, and advanced signal capture applications.
Keysight Multimeters
Benchtop Pro
Metrology-grade precision and ultra-high-speed sampling for calibration, research, semiconductor, and high-performance test applications.
Waveform and Function Generators
From basic waveform generation and signal simulation to advanced design validation and research applications.
We offer a range of waveform and function generator solutions designed to support applications from everyday testing and troubleshooting to complex signal generation and advanced research. Available in Essential, Advanced, and Expert performance levels, these solutions can be configured to meet specific application, performance, and testing requirements.
KEY BENEFITS
- Versatile waveform generation, provides built-in standard, pulse, specialty, and arbitrary waveforms for circuit testing, simulation, and device characterisation.
- Advanced modulation capabilities, supports modulation types including AM, FM, PM, FSK, BPSK, and PWM for communication and protocol testing.
- High signal integrity, low jitter and minimal harmonic distortion produce clean, precise signals for dependable device characterisation.
- Complex signal simulation, variable-bandwidth noise, waveform summing, and flexible pulse generation reproduce demanding signal environments without additional hardware.
- High-performance waveform reproduction, wide bandwidth, fast sampling rates, and deep memory support long, complex waveforms with accurate high-frequency detail.
- Flexible control and synchronisation, remote connectivity and enhanced triggering enable automated operation and precise alignment with system events.
Keysight Waveform Generators
Waveform and Function Generators Essential
Reliable waveform generation with built-in modulation capabilities for education, troubleshooting, and general-purpose testing.
Keysight Waveform Generators
Waveform and Function Generators Advanced
High-fidelity waveform generation with ultra-low jitter and distortion for realistic signal simulation and advanced device characterization.
Keysight Waveform Generators
Waveform and Function Generators Pro
High-speed, high-precision waveform generation for complex simulations, advanced validation, and demanding aerospace, automotive, and IoT applications.
Digital Test Instruments Frequently Asked Questions
How do I select the right oscilloscope for my application?
Selection should consider bandwidth, sample rate, channel count, memory depth, noise performance, triggering capability, protocol support, and compliance requirements. Concilium can assist in matching Essential, Advanced, Expert, or Pro models to your measurement needs.
Which digital multimeter resolution is suitable for my measurements?
A 5.5-digit DMM supports general laboratory and production measurements, while 6.5- and 7.5-digit models provide greater accuracy and sensitivity for advanced characterisation. An 8.5-digit DMM is suited to metrology, calibration, semiconductor, and other precision applications.
Can these instruments capture fast-changing or intermittent signal events?
Yes. Advanced triggering, digitising, segmented memory, deep waveform memory, and high sampling rates help isolate transients, timing errors, signal anomalies, and other intermittent events.
Can oscilloscopes, digital multimeters, and waveform generators be used in automated test systems?
Yes. Depending on the model, USB, LAN, and SCPI connectivity support remote control, data logging, instrument synchronisation, and integration into automated validation and production test environments.
How can waveform and function generators support device validation?
They generate standard, arbitrary, pulse, modulated, multitone, and noise signals to simulate operating conditions. Advanced models provide low jitter, minimal distortion, enhanced triggering, and deep memory for complex communication, radar, automotive, and electronic testing.
What calibration services does Concilium offer for digital test instruments?
Concilium provides calibration support for oscilloscopes, digital multimeters, waveform generators, and other electronic test equipment through its ISO/IEC 17025 accredited laboratory. Our local calibration and technical support help maintain measurement accuracy, traceability, and dependable instrument performance.