Frequency Response Analyzers
Analyze a circuit's or system's response to different frequencies. Also known as: FRA
See Also: Impedance Analyzers, FRA, Potentiostats
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PNA-X Microwave Network Analyzer
N5247B
Simplify your test stations by replacing racks and stacks of equipment Increase productivity with the most integrated and flexible single-connection microwave test engine Reduce test time with the world's widest range of single-connection measurement applications Accurately test linear and nonlinear device characterization using advanced error correction Accelerate insight into component behavior using a multi-touch display and intuitive user interface Every spec verified, adjustments included Lock in support & peak performance from the start
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Frequency Meter
Pointer Type
*Frequency Meters pointer type with inbuilt transducer are available in size 72 X 72, 96 X 96 mm suitable for 110V, 230V & 440V AC*Scale 45-50-55 Hz.*Model : SF-72, SF-96.
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Frequency Synthesizer-Detector
SD-31
The Model SD-31 Synthesizer-Detector is a high output crystal signal generator of precisely known frequency combined with a sensitive, selective detctor for RF bridge measurements of AM antenna impedance. Packaged in a single light-weight battery-powered unit, the SD031 complements bridges such as the General Radio 1606, 916, and the Delta OIB-1.
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Digital frequency counters
The instrument is equipped, in addition to the 20 Hz-160 MHz input, a second input for measurement up to 2.4 GHz with an impedance of 50 Ohms.
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Audio/ Video
Our experts/ physicist can help you in the Implementation of your algorithms including BPR, NUC , Edge Detection and movement analysis algorithms.Our development environment is based on C++ and LabVIEW libraries or tools such as Vision Builder for Automated Inspection from National Instruments.
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Audio Frequency Oscillator
PD-5
2.5- 100 volt output6 position output voltage selectorCompatible with all "Mark" receivers (Mark II, III, IV, V)Pulse "Identifying" signalBattery charging circuit built-inLED impedance meter
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Frequency Converter
FC5-29M
Frequency converter FC5-29M is a measurement instrument which is designed for spectrum conversion of 75 - 170 GHz to 1 MHz ÷ 2,6 GHz range and automatic frequency measurement of sinusoidal signals. When combined with the 1 MHz - 3,0 GHz spectrum analyzer, FC5-29M can be used for examination of the continuous and periodically repeating pulse signals.The instrument is meant to be used for measurement of various signal sources, radio-transmitting instruments, synthesizers, frequency converters, measurement generators and also for adjustment and verification of various radio-transmitting or communication instruments in laboratory and workshop conditions.
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Frequency Counters/Timers
The Tektronix FCA Series frequency counter / timer / analyzer packs the functionality of a frequency counter, frequency meter and timer into one feature-rich instrument. With unprecedented resolution, you can capture very small frequency and time changes. Tektronix frequency counters and timers offer comprehensive analysis modes, including measurement statistics, histograms, and trend plots.
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Frequency Converter Unit
FCU
The Astronics Frequency Converter Unit (FCU) provides frequency conversion of variable frequency aircraft power. Recent trends in aircraft power systems use variable frequency (VF) generators instead of fixed frequency of 400Hz. While the majority of aircraft loads can use VF power, select loads still exclusively require 400Hz and are best addressed by the use of FCUs. The FCU performs the task of converting the power line frequency by leveraging recent advances in solid-state technology to provide dramatic improvements in performance over traditional frequency converter solutions.
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Frequency Meter
Shenzhen Graigar Technology Co.,Ltd.
A frequency meter is an instrument that displays the frequency of a periodic electrical signal. Various types of frequency meters are used. Many are instruments of the deflection type, ordinarily used for measuring low frequencies but capable of being used for frequencies as high as 900 Hz.
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Frequency Demultiplexer
Becker Nachrichtentechnik GmbH
Modern receivers for broadcast have a large number of antenna inputs for the different radio bands. The devices of the FDMX series can be used to supply the antenna inputs with RF signals. The devices of the FDMX series splits a sum signal in frequency division multiplex into the individual broadcast bands and the L1 satellite navigation band (GNSS). Additionally, DC loads are provided for each antenna input to simulate active antennas. The presence of remote power supply is indicated by an LED on the units.
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Variable Frequency Modules
9554-( )
Utilizing the high voltage power source in the Model 9354-1 Universal Transient Generator, four individual modules can be connected to provide tuning of damped sine waves from 10 KHz to 50 MHz. A fifth module is available which, when used in conjunction with the Model 9354-1, provides 20% frequency steps from 30 MHz to 100 MHz
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Frequency Synthesizers
7 different types of synthesizers for a broad range of applicationsBroad bandwidth, fast setting, and low phase noiseLow-cost custom designs available
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VDI Millimeter-Wave Frequency Extension Modules for PXA, MXA, EXA Signal Analyzers
These modules offer low conversion loss and excellent noise figure. Standard features include dual operating modes. First, the module can function as a high performance down-converting mixer. The second operating mode functions as a block down-converter with a broadband IF up to 20 GHz. Power to the module is provided via an included external DC power supply. These frequency extenders minimize conversion loss by multiplying and amplifying the LO signal internally, thus taking advantage of the benefits of low harmonic mixing. This architecture also preserves the X-Series precision frequency resolution and low phase noise, extending those qualities into the millimeter and sub-millimeter bands.
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Frequency Expansion Modules
bsw TestSystems & Consulting AG
Up To 1.5THz For Network Analyzers Modern communication standards, like for instance 5G, place high demands on components (mixers, amplifiers, antennas, etc.), which have to be examined in high frequency bands (millimeter waves); the requirements include: broad frequency coverage, sufficient output power to operate the components under compression, high dynamic range and stability as well as a reduced dynamic content within the spectrum.
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Shaper Of The Reference Frequency
MFC
The mezzanine module (mezzanine) of the MFC is designed to reproduce on six output lines high-precision frequency values obtained by dividing the frequency from the built-in reference frequency generator.
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Analyzer
Nexus8630
Highly evolved and automated correlation, pattern recognition, & analytics allow communication service providers visualize and exploit real-time insights about their service and application behaviour across individual interfaces or end-to-end connections
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Power Frequency Transducer
PP1S
1. Measuring and conversion IEC 6882. Dielectrical strength IEC 688 4 KVac / 1 min.3. Impulse test ANSI C37.90 / 1989 IEC 255-3 5KV ( 1.2 x 50 us ) 3KA ( 8 x 20 us ) - current coil4. Surge test (ring wave) ANSI C37.90 / 1989 ( 3KV - 0.5us / 100KHz ) IEC 255-3 ( 2.5KV - 0.25ms / 1MHz )5. Adaptability for power system VDE 0110 6. Measuring reliability VDE 3540
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Standard 4.47 (127.00) - 12.00 (340.00) High Frequency Probe
K-50H-S
Current Rating (Amps): 6Bandwidth @ -1dB (GHz): 4.00Return Loss @ -20dB (GHz): 2.50Nominal Impedance (Ohms): 50Test Center (mil): 600Test Center (mm): 15.24Full Travel (mil): 100Full Travel (mm): 2.54Recommended Travel (mil): 90Recommended Travel (mm): 2.29Overall Length (mil): 1,205Overall Length (mm): 30.61
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VME Time & Frequency Processor
VME635091-SyncClock
Brandywine Communications’ VME635091-SYNCCLOCK is a time and frequency processor module that provides precision time and frequency reference to the host computer and peripheral data acquisition systems. Time is acquired from time code signals, typically IRIG B. Time is displayed on the front panel (hours, minutes, seconds) via LED digits.
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Shock Response Spectrum (SRS) Analysis Solution
Shock Response Spectrum (SRS) Analysis SolutionMechanical shock pulses are often analyzed in terms of the shock response spectrum. The shock response spectrum assumes that the shock pulse is applied as a base input to an array of independent single-degree-of-freedom systems. SDOF system assumes that each system hat its own natural frequency.
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Handheld RF Spectrum Analyzer (HSA), 3 GHz
N9340B
Obtain field-ready performance: portable, rugged, fanless design, clear viewing both day and night, maximum 4-hour batteryGet benchtop performance with 144 dBm DANL, 1.5 dB amplitude accuracy, and < 0.1 s full span sweep timeAchieve powerful measurements: spectrogram, AM/FM/ASK/FSK modulation analysis, AM/FM IBOC measurement, xDSL measurement, and more
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Redundant Frequency and Timing Systems
A unique feature of our frequency standards and distribution amplifiers is that the two separate parts of the redundant system are identical and can easily be inter-changed, for maintenance purposes. What we mean by this is that that we don't have a "Master" unit and a "Slave" unit. Whatever unit is powered up first becomes the master unit and the other becomes the slave unit.
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Analyzers
MC Series
The MC line of battery analyzers offers several new important features. This line expands upon Battery Metric's history of delivering features and flexibility in a system that provides excellent performance and value.
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PXI Vector Component Analyzer, 100 kHz to 44 GHz
M9817AS
The PXI vector component analyzer enables complex multiport device characterization with continuous wave and modulated signal measurements.
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Frequency Response Analyser
DP-cPCI-7554
DP-cPCI-7554 is a cPCI module capable of analyzing the phase and gain characteristics of a system. The system under test is stimulated by the user defined waveform. The obtained response is correlated with the applied stimulus by the on-board DSP processor to determine the phase difference and the gain.Gain and the face analysis is carried out only at sine waveform.
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