Laboratory measuring devices: measuring precisely and reliably
Laboratory measuring instruments are used in a variety of areas to carry out measurements and analyses precisely and reliably, whether in quality assurance, development departments or scientific laboratories. By using these measuring devices, complex processes can be monitored, controlled and optimized, resulting in higher product quality and efficiency. From analyzing electrical signals to monitoring environmental conditions, laboratory measurement technology is important for reliable and accurate results.
➡️ Learn more about the technology – and discover what makes these devices unique!
VTI Instruments
VT-EX1400-Serie
Price on request
GW Instek (Good Will Instruments)
GW-GKT-003
GW Instek (Good Will Instruments)
GW-GKT-001
GW Instek (Good Will Instruments)
GW-AFG-3000-Serie
GW Instek (Good Will Instruments)
GW-AFG-30xx-Serie
GW Instek (Good Will Instruments)
GW-MFG-2000-Serie
Tabor Electronics
TB-PS-Proteus-Serie
Price on request
bsw TestSystems & Consulting
BSW-SRCONF-141SMAMM-Serie
GW Instek (Good Will Instruments)
GW-LCR-12
GW Instek (Good Will Instruments)
GW-LCR-06B
GW Instek (Good Will Instruments)
GW-LCR-07
GW Instek (Good Will Instruments)
GW-GKT-002
Technical Features and Benefits of Laboratory Test Instruments
Laboratory test instruments support precise and reproducible measurements in research, development, and industry. Depending on the instrument class, different measurement functions, frequency ranges, and options for system integration are available.
- High Precision: Laboratory test instruments enable accurate and reproducible measurements for analyzing electrical signals, components, and systems.
- Reliability: Many instruments are designed for regular measurements and extended test sequences and provide stable measurement results under defined conditions.
- Ease of Use: Modern user interfaces, clear measurement displays, and interfaces simplify the setup of measurement tasks and integration into existing systems.
- Versatility: Spectrum analyzers, signal generators, data loggers, signal amplifiers, and LCR meters cover a wide range of tasks, from signal analysis to component characterization.
Types of Laboratory Test Instruments
Spectrum analyzers display the amplitude of a signal as a function of frequency. This makes it possible to analyze unwanted signal components, interference, harmonics, and other spectral components. They are used, among other applications, in high-frequency and communications technology.
Signal generators produce defined electrical signals with adjustable frequencies, amplitudes, and waveforms. They are used to test, characterize, and develop electronic circuits and devices with reproducible input signals.
Amplifiers and Signal Amplifiers
Signal amplifiers increase the amplitude of electrical signals and prepare them for subsequent measurement, test, or control tasks. They are used, for example, when the output power of a signal generator is insufficient for the DUT.
Data loggers and data acquisition systems record measurement values over extended periods or at multiple measurement points. Depending on the system, temperature, voltage, current, pressure, or other sensor signals can be recorded and subsequently analyzed.
LCR meters measure the inductance (L), capacitance (C), and resistance (R) of electronic components. Depending on the instrument, additional parameters such as impedance, phase angle, or ESR can also be determined. This makes LCR meters particularly suitable for development, component characterization, and quality control.
Frequently Asked Questions About Laboratory Test Instruments
What Role Do Modern Interfaces Play in Laboratory Test and Measurement?
Interfaces such as USB, LAN, or GPIB enable remote control of test instruments, transfer of measurement data, and integration into automated measurement and test systems. The required interface depends on the instrument and the respective test setup.
How Do Real-Time Analysis Functions Support Signal Analysis?
Real-time analysis functions help make short-term or dynamic signal events visible and allow them to be evaluated immediately. Especially with spectrum analyzers, this facilitates the investigation of time-varying signals and interference.
Why Is Wide Frequency Coverage Important for Spectrum Analyzers?
The required frequency range depends on the signals and applications being analyzed. Sufficient frequency coverage makes it possible to capture fundamental signals, harmonics, unwanted emissions, and other spectral components within the relevant frequency range.
LXinstruments: Laboratory Test Instruments for Development and Industry
When it comes to purchasing laboratory test instruments, LXinstruments is your competent partner. Our online shop offers a wide selection of test instruments for a broad range of applications in research, development, and industry.
In addition to our range of test instruments and suitable accessories, we place great emphasis on individual consultation. Our expert team supports you in selecting suitable instruments and configuring measurement and test solutions for your application.
Contact us to learn more about our products and services:
Phone: +49(0)7032 / 895 93-3
Email: sales@lxinstruments.com