Introspect Technology’s Post

When making precision measurements, the noise floor conveys valuable information about the time-domain statistical noise distribution while providing insights into the distribution of noise power across different frequency ranges. This becomes a valuable tool to predict the SNR and understand the optimal modulation frequency in practical experiments. Learn flexible and efficient new ways to analyze quantization noise and noise bandwidth with reconfigurable, #FPGA-based instrumentation: https://hubs.ly/Q02Nsqn60

"Advanced Pressure Measurement Calibration: Utilizing HART Protocol and the 4-20 mA Range for 0 to 70 bar Accuracy" In this calibration process, the HART (Highway Addressable Remote Transducer) protocol plays a crucial role. HART is a widely adopted communication protocol in industrial automation that allows for both analog and digital communication over the same 4-20 mA signal. The standard range for analog signals in industrial applications is 4-20 mA. This range is used to provide a live zero, meaning that 4 mA indicates the lowest measurement (0 pressure) and 20 mA indicates the highest (70 Bar). #Instrumentation

Remote Testing with RF Power Sensors. Performing power measurements of RF devices and systems is an essential part of ensuring accurate, repeatable characterization. A variety of instruments are capable of measuring RF power, including power meters, vector network analyzers, spectrum analyzers, and power sensors. In many cases, the Device Under Test (DUT) and the measurement instrument will be some distance apart due to physical constraints, electrical isolation requirements, a hostile environment or other possible restrictions. When this is the case, awareness of remote testing and its implications comes into play. Read more via Mini-Circuits: https://lnkd.in/dQsEtykc

RF Amplifier and Filter Testing with Mini-Circuits Power Sensors. When measuring common RF components, such as filters and amplifiers, RF power sensors provide an accurate, cost-effective way to obtain meaningful data. For RF filters, parameters such as insertion loss, return loss, and desired frequency response (passband and stopband) should be considered. For RF amplifiers, gain and one dB compression point (P1dB) can be added to the list of key measurements. Read more via Mini-Circuits: https://lnkd.in/dET-Htzn

The Yokogawa WT5000 Precision Power Analyser and DL950 ScopeCorder have a function to measure electrical #angles. This function can be used to calculate the dq-axis #parameters of PMSMs. The following white paper describes how to calculate dq-axis parameters along with actual measurement results using the #WT5000 and #DL950: #yokogawa #precision #accuracy #scopecorder #scope #oscilloscope #daq #test #ac #dc #electronic #electrical

📡 Discover Precision with Rigol NFP-3 RF Near Field Probe Kit! 📡 Unleash the power of precision testing with the Rigol NFP-3 RF Near Field Probe Kit! Designed for accuracy and efficiency, this kit is your go-to solution for electromagnetic interference (EMI) testing of electronic products. Let's dive into the features that make the NFP-3 a must-have tool for professionals: 🔍 Key Features: Frequency Range: 30MHz to 3GHz Four types of probes included in one set, offering optimized sensitivity and resolution Minimum resolution of 2mm, enabling the capture of near-field radiation from a single circuit line Ideal for electromagnetic leakage testing inside cables and locating interference sources 💡 Innovative Applications: The Rigol NFP-3, when used with RIGOL DSA series spectrum analyzers, empowers you to conduct precise EMI tests with ease. By testing the magnetic field strength and coupling channels on electronic components' surfaces, you can swiftly identify interference sources and ensure optimal performance. 🔧 Easy Setup: Setting up the NFP-3 is a breeze! Simply connect it to your spectrum analyzer using the provided cables and adaptors. Then, perform short-distance, non-contact measurements on the device under test, keeping an eye on the probe's direction for accurate readings. 🌐 Versatile Testing: Whether you're pinpointing EMI radiation interference sources or determining the frequency and strength of spectral components, the Rigol NFP-3 offers unmatched versatility. It's your trusted companion for a wide range of testing scenarios, providing invaluable insights into electromagnetic phenomena. 🛒 Get Yours Today: Visit our website to explore the Rigol NFP-3 RF Near Field Probe Kit and other cutting-edge instruments. Connect with us on social media for the latest updates, news, and insights on precision testing and measurement solutions: Facebook: [https://lnkd.in/em5YMWZT] Instagram: [https://lnkd.in/ehDZxUjQ] LinkedIn: [https://lnkd.in/e6EW6_Xh] Twitter: [https://lnkd.in/e397DQNT] Pinterest: [https://lnkd.in/ehW5RDJy] TikTok: [https://lnkd.in/e_KePtn2] Elevate your testing capabilities with the Rigol NFP-3 RF Near Field Probe Kit — where precision meets performance! 🔍🔧 #RigolNFP3 #EMITesting #PrecisionTesting #EpsilonInstruments

Modern #Electronic #InstrumentClusters are the collection of various sub-units like telltales, switches, digital sensors, etc. Integrated testing of such instrument clusters requires a compact setup of sub-units. #Precisol's IO module is an advanced and integrated system that facilitates both manual and automated testing of instrument clusters, including all the necessary features for simulating the input/output units. You can manually control the inputs/outputs or write scripts to run the long-run/overnight tests!!! #precisolautomation #IOmodule #Manual #automation

Now available from Danisense A/S, the leader in high-accuracy current sense transducers! Designed for demanding applications, these current transducers with voltage output simplify workflows for engineers using DAQ systems. Precision and reliability meet seamless integration, empowering engineers to achieve superior performance. #CurrentTransducers #DataAcquisition #EngineeringExcellence #PrecisionTechnology #electronicsnews #technologynews

The ASHE TX-series range of Signal Conditioners, Isolators, Transducers, Transmitters, and Repeaters represents an array of precision instruments that are applied in the conversion, amplification, isolation and multiplication of analog signals and process sensor inputs.   #ashecontrols #instrumentation #processcontrol #manufacturing #industrialautomation #processautomation #Transducer #factoryautomation #sensors #Technology #Innovation #TechThursday.

Dewetron Oxygene Software and the Data Aquisition & Power Analyzer Hardware to go with it: # Easy to use and Intuitive Software for Data Acquisition, Recording, Post processing, Analyzing, Reporting and much more. # State of the art hardware for mixed signals, high speed and high accuracy. # Extensive connectivity like Ethernet, EtherCAT, CAN, Modbus and more. # Unique Power Measurement Capabilities to analyze multiple Phases, Energy or Efficiency. # High Voltage (1000/2000 Volt) and High Current (20 Amp, higher with external shunt). # Extensive triggering (IRIG, PPS, PTP, GPS, Digital) to synchronize large installations with thousands of measurement channels. # Battery backup DC-voltage for mobile measurements in a vehicle or power measurements in the field. Contact System Technology Sweden AB to know how you can simplify your Data Aquisition & Power Measurements and for a demonstration of the Oxygen Software. This is the stationary DEWE3-PA8 for larger installations: https://lnkd.in/gVbCu8xe