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Shielding Cube
CMQ200
The R&S®CMQ200 is a compact and fully integrated solution to cover most 5G devices in various applications. The drawer concept enables fully automated handling in manufacturing environments. The robust mechanical design ensures millions of test cycles for reliable mass production environments. The flexible cube design covers applications for smart devices, CPEs, RFIC and prototypes. R&S®CMQ200 is ready for 5G and other technologies in the frequency range from 20 GHz to 77 GHz.
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Shielding Cube
CMQ500
The R&S®CMQ500 is a compact and fully integrated solution to cover most 5G devices in various applications. The drawer concept enables fully automated handling in manufacturing environments. The robust mechanical design ensures reliable measurements in R&D environments. The flexible cube design covers applications for smart devices, CPEs, RFIC and prototypes. R&S®CMQ500 is ready for 5G and other technologies in the frequency range from 0.7 GHz to 77 GHz.
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Shock Response Spectrum Analysis
A Shock Response Spectrum (SRS) is a graphical presentation of a transient acceleration pulse’s potential to damage a structure. It plots the peak acceleration responses of a bank of single degree-of-freedom (SDOF) spring, mass damper systems all experiencing the same base-excitation as if on a rigid massless base. Each SDOF system has a different natural frequency; they all have the same viscous damping factor. A spectrum results from plotting the peak accelerations (vertically) against the natural frequencies (horizontally).
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Short Circuit Loop Impedance Meter
AMZC-304
Short circuit loop impedance measurement in networks with nominal voltage: 220/380V, 230/400V, 240/415V, with frequency 45…65Hz ; Short circuit loop impedance measurement with 15mA current, without triggering RCD. ; Detection of the replacement L and N in the socket and automatic swap in the meter
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Short-period Seismometer
S-13/GS-13
The Geotech Model S-13 is a high resolution, premium seismometer capable of meeting the noise and stability requirements of the most demanding seismic studies. It features adjustable natural frequency from 0.75 to 1.1 Hz (typical 1.0 Hz).
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Signal Acquisition
271
The Model 271 is designed around the Texas Instruments ADS42LB69 16-bit ADC. The 250 MHz sample clock is supplied by either the on-board frequency synthesizer or an external source. The frequency synthesizer can be phase locked to the local 10 MHz TCXO or an external reference can be used to achieve system-wide phase coherence.
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Signal Acquisition
277
The Model 277 is designed around the Texas Instruments ADS42LB69 16-bit ADC. The 250 MHz sample clock is supplied by either the on-board frequency synthesizer or an external source. The frequency synthesizer can be phase locked to the local 10 MHz TCXO or an external reference can be used to achieve system-wide phase coherence.
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Signal Analysis
Synchronous Accumulation (Order Analysis)
Order analysis is one of the most convenient and efficient methods for diagnostics and balancing of rotating mechanisms and transmission gears. With an RPM sensor and a vibration sensor, it is possible to study the time characteristics of gear vibration signals. It is a well-known fact that a signal from a vibration sensor is affected by signals from other sources. To tune out from the disturbing signals, the synchronous signal accumulation method is used. For each shaft rotation, the RPM sensor provides a rotation mark. This signal serves as a triggering strobe for the vibration sensor signal sweeping. The obtained signal sweeps are combined. All the sources of the signals related to the shaft frequency (frequency of rotation) are accumulated and increased in the accumulator linearly proportionally to the N number of rotations. All other signals that are not correlated with the shaft frequency are accumulated proportionally to N1/2 and in case of a greater number of averagings, the useful signal exceeds the interference level.
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Signal Conditioner
SA420
Features • Works with a remote / external pulse frequency output sensor (NPN, PNP, or Mag Pick-up) • Accepts wide range of input frequencies 0.01 Hz to 10 kHz • 4-20 mA and 0-10 VDC outputs proportional to shaft speed • Field adjustable calibration • 115, 230 VAC (50-60 Hz) and 12, 24 VDC power options • DIN rail mount
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Signal Conditioners
General Purpose
Encore offers a complete line of General Purpose Signal Conditioning instrumentation to meet even the most demanding requirements. Packaged as interchangeable two-channel plug-in modules, Encore’s broad product line includes frequency to voltage converters, strain gage amplifiers, accelerometer conditioners, digital voltmeters and DC power supplies. All of our systems feature a common CAL input on the rear of the rack which allows for calibration of the entire rack. Calibration function varies based on the modules installed. For example, the Model 633 applies a shunt calibration resistor across the bridge, while the Model 149 applies a reference charge source to the input. Contact Encore today and let our team of design engineers help you determine which of our products is best for your application.
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Signal Conditioners
Frequency to Voltage
Encore Electronics offers a complete line of frequency to voltage converters ranging from the economically priced and compact DIN rail mounted Model FL228 to the rack mounted Model 225. For applications requiring performance between these two models, we now offer our FL236 DIN-rail packaged Digital Frequency/Voltage converter, featuring fast response time, low power and compact footprint.
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Signal Conditioning
The output of an inductive (magnetic reluctance) speed sensor is an alternating voltage in which both the frequency and magnitude depend on target speed. The TTL Interface Adaptor converts this voltage into a TTL logic signal whose frequency corresponds to tooth passing frequency. The magnitude of the output signal from the interface is independent of the tooth passing speed.
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Signal Converters
On one hand, there are signal converters which transform an input frequency range into an analog signal. These signal converters are very easy to program and control. Other signal converters can transform analog input signals into analog normalized signals with galvanic insulation. Due to the fact that these signal converters can be freely graduated, they offer endless possibilities and 110 combinations can be selected by means of a DIP switch. Other kinds of signal converters can be connected to devices with RS-232, RS-485 or RS-422 protocols.
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Signal Generator
bsw TestSystems & Consulting AG
Especially for signal generation above 50GHz and in waveguide bands is done with a standard lower microwave generator and then the signal is frequency multiplied to get to higher frequencies. The frequency multiplied signal may optionally be filtered to make it spectrally pure and/or amplified to come to an appreciable signal level.
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Signal Generator
8003
5 digit BCD, 1 latch control line, 25 pin female, D type connector. May take several minutes to achieve for the largest frequency steps. Normal switching mode, SSB phase noise will be degraded in the fast mode.
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Signal Generator
8002
25C, hysteresis eliminated. To within 10 MHz of the final frequency. Normal switching mode, SSB phase noise will be degraded in the fast switching mode.
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Signal Generator
SG-4162AD
Features:*Signal generator frequency range 100kHz~150MHz*8 digit LED display for Internal and External frequency*Built-in frequency meter, measuring external signal range 10Hz~150MHz*Internal and External modulation*Sine, Square waveform output, and amplitude adjustable
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Signal Generator
SG-1501B
Features :*Programmable up to 110MHz stereo*100 types of programmable steps*Phase-locked loop digital synthesis generator*Output level -200dBu to 100dBu (in 1dB step)*7digit LED frequency display*With auto test function
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Signal Generator
MAG-203D
Features:*Advanced circuit design with imported components ensure minimum accuracy deviation.* Signal frequency: 10Hz~1MHz, ±3%*Wave form:sine and square≤0.5*Intensity of output signal: ≥10Vp-p*60dB accurate attenuate in 6 steps
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Signal Generator High-Frequency GSM AXIe
The hardware-software complex "High-frequency GSM signal generator AXIe" is designed to generate harmonic sinusoidal signals with analog modulation (AM, FM, PM, IM) or without modulation in the frequency range from DC to 10 GHz.
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Signal Generators
SSG5000X Series
SIGLENT’S SSG5000X series of signal generators can generate analog and vector signals, and have a frequency range of 9 kHz to 4 GHz/6 GHz. They feature the industry-leading performance in phase noise, spectral purity, bandwidth, EVM, output power. The internal IQ modulation generator and waveform playback function make it easy to create even the most complex signal types. They also cover the most important RF band for digital wireless communications and include standard waveform files. The SIGLENT SSG5000X are powerful and cost effective sources that are ideal for R&D, education, and manufacturing.
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Signal Generators
Kuhne electronic Signal Generators are available in the following variations:RF Generator as Compact Module in the form factor of a power amplifier (frequency and power can be adjusted)Laboratory Instrument for immediate use with self-explaining user interface for adjustment of frequency and power as well as multiple monitor information possibilities
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Signal Generators
SSG3000X Series
SIGLENT’S SSG3000X series of signal generators have a frequency range of 9 kHz to 2.1 GHz/3.2 GHz. They provide normal analog modulation such as AM, FM, and PM. They also provide pulse modulation and pulse train generator. In addition, when used with baseband generator such as SDG6000X, They can generate IQ modulated signals. With their high accuracy and pure outputs, the SSG3000X series is the right choice for R&D, education, and manufacturing.
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Signal Level Meter
SLM-5870
Compact, light-weight, easy to carry With dual-channel measurement display Channel and single frequency mode
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Signature Analyzer + Multi-function Lab Instrument
SIG-101
Syscomp Electronic Design Ltd.
PC-Hosted Oscilloscope, Waveform Generator, Signature Analyzer Vector Network Analyser & Digital I/O. Wide amplitude and frequency range, calibrated signature analyzer. Save, retrieve, and compare signature displays. Powerful digital oscilloscope. Arbitrary waveform generator. Vector network analyzer. Digital inputs and outputs. Pulse (PWM) generator. Open-source software.
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Sine-wave Vibro Viscometer
SV-10 Series
Newly developed Tuning-fork Vibration Method* promises you high accuracy and wide measurement range without replacing sensor plates!! *Patent pending. Sine-wave Vibro Viscometer SV-10/SV-100 measures viscosity by detecting the driving electric current necessary to resonate the two sensor plates at constant frequency of 30Hz and amplitude of less than 1mm.
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Single Axis AC Magnetic Field Sensor
MGC-1
Macintyre Electronic Design Associa
The MGC-1 is a low noise high sensitivity single axis AC magnetic field sensor used for the measurement of audio frequency fields. Because of its innovative design, the MGC-1 amplitude response is insensitive to the frequency of the field over its 5 Hz to 10 kHz frequency band. Accuracy at 1 kHz is ±1%, and the amplitude response stays within 2 dB peak-to-peak over the bandwidth.
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Single Axis AC Magnetic Field Sensor
MGC-1A
Macintyre Electronic Design Associa
The MGC-1A is a low noise high sensitivity single axis AC magnetic field sensor used for the measurement of audio frequency fields. Because of its innovative design, the MGC-1A amplitude response is insensitive to the frequency of the field over its 30 Hz to 10 kHz frequency band. Accuracy at 1 kHz is ±1%, and the amplitude response stays within 2 dB peak-to-peak over the bandwidth.
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Single Channel Instrument for General Acoustic / Vibration Measurements
SVAN 979
SVAN 979 is the most advanced and powerful single channel instrument for general acoustic and vibration measurements ever made. The list of the instrument outstanding features and functionalities includes:- high accuracy sound and vibration measurements- most powerful frequency analysis package- time-domain (WAV) and Audio Events recording to Micro SD card- very high dynamic measurement range- extremely flat frequency response (digitally compensated)- extremely flexible set of interfaces (USB, Bluetooth, IrDA, RS232 and more)- USB Host port providing very flexible functional extensions capabilities- firmware ready for GPRS and WLAN communication (USB Host port)- GPS time synchronisation
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Single-Channel Oscilloscope
PenScopeDAQ
Digital oscilloscope PenScopeDAQ is a single-channel instrument with maximum frequency of sampling 100MHz and resolution 8 bits. PenScopeDAQ is realized in pen-type housing. Connected to the USB cable PenScopeDAQ doesn't require an external power supply - it enables the user to use this tool in any design, service or automotive measuring tasks. This device is also offered with BNC connector.