Showing results: 3706 - 3720 of 4155 items found.
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DCNTS -190 -
Eastern-Optx
The DCNTS is a two channel Phase and Amplitude noise analyzer. Its dual demodulator architecture allows the system to use cross-correlation to cancel its internal noise and limitation; it is like comparing the outputs of 2 systems and only display the similarities while rejecting differences. Its main extension is the Residual Noise measurement front-end which includes all necessary hardware to automatically measure residual noise on 2-ports devices either in RF frequencies or microwave. It could be a frequency multiplier or divider, an amplifier or any other phase coherent input to output device.
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Analog Devices Inc.
Analog Devices, the world-class supplier of complete MMIC-based solutions for communication and aerospace and military markets, offers two successive detection log video amplifiers (SDLVAs) that operate over the 0.6 GHz to 20 GHz and 2 GHz to 20 GHz frequency ranges, respectively. They feature power limiter circuitry at the RF input and carry a Class 1A ESD rating (250 V HBM). They are available in miniature connectorized module packaging and are ideal for designers with space and power-constrained applications, including EW and ELINT receivers, DF radar, ECM, IFM systems, and missile guidance.
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SEM-400 -
Beijing KeHuan Century EMC Technology Co,.LTD
Vehicles are our daily public transportation. Electromagnetic pollution in vehicles has attracted more and more public attention. The newly revised compulsory standard GB27630-201X "Passenger Car Air Quality Evaluation Standard" intends to require the electromagnetic field in the car as one of the indicators, according to GB/T37130-2018 "Measurement method of vehicle electromagnetic field relative to human exposure" The measurement method is to measure the intensity of the magnetic field in the car. In the frequency range of 10Hz-400kHz, the electromagnetic field measurement result should meet the public limit requirements of GB8702-2014 for electromagnetic exposure.
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SY024PR**Dual -
Synectic Electronics
The SY024PR**2 accepts a frequency input and produces 2 outputs. These can be 2 x 4-20mA or 2 x 0-10V or one of each. The input can be configured by jumpers to match a wide range of transducer signals, e.g. TTL pulse, open collector transistor, reed switch and coil. The reed switch inputs incorporates filtering to prevent false signals from contact bounce. The coil input accepts ac signals as low as 20mV pk-pk. The input board is a master and the second output board is a slave. Three versions are available dependent on user requirements that is;
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Apex Technologies
The new AP6051A stand-alone benchtop fiber-coupled polarimeter enables real time monitoring of the SOP, DOP, and power of a light signal in fiber. It can display SOP data information either on a Poincaré sphere, a Jones diagram or on a virtual oscilloscope. Covering the operating wavelength range from 1520 to 1610nm, it offers excellent performance, fast sampling rate, high SOP accuracy, and wide dynamic input optical power range. Optionally, it can be used in combination with an internal Optical Filter to measure the SOP as a function of frequency. Intuitive software and touch screen allows an easy manipulation of the device.
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TFG3800 -
Twintex Electronics Co., Ltd
TFG3800 series Arbitrary waveform generator has max. frequency range of 80MHz, 120MHz and 160MHz. TFG3800 series adopts digital filter technology, giving output of high accuracy, high stability, low distortion and low jitter waveforms. Its outstanding performance and system features make this instrument a perfect solution for your testing requirement. The simplified and optimized design of the front panel and 3.5-inch TFT display interface make your testing much easier for operation and observation. Additionally, the extendable optional functions can also improve your system characteristics.
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Carl E. Holmes Company
- Active Switching Rectifier, 2 KW, P/N 6016C- Input Range: 9 VAC to 35 VAC, 3 PH- Frequency Range: DC to 10 kHz- DC output: 13.5 VDC, 70 Amps without any heatsink (Test #1)- DC output: 13.5 VDC, 150 Amps with heatsink (Test #2)- Dimensions: 8″W x 8″L x 3″H or similar- AC to DC and DC to DC applications- Generates less heat as power MOSFET Switching is used- The output voltage is the same as the input voltage
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Kharkovenergopribor Ltd.
Operational safety and reliability of electrical equipment and cables directly depend on the dielectric strength of the insulation. Portable and mobile high-voltage testers from KharkovenErgoPribor Ltd. are used for acceptance and operational testing of substation equipment and cable lines, as well as for checking the reliability of personal electrical safety equipment. Our testers range is represented by test systems that allow conducting high-voltage tests with DC and AC voltage, testing polymer insulated cables with very low frequency, testing and locating faults in cable sheath, as well as performing the initial burning of insulation on damaged sections of cable lines.
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XT512 -
Schonstedt Instrument Co.
Locates Blockages QuicklySchonstedt was the first to provide an RF link between transmitter and receiver—a major step forward in productivity. In 2003 we introduced the Schonstedt XT, the magnetic locator that single-handedly changed the way surveyors work.The new and revolutionary XT512 combines the portability of the holsterable XTpc package with the low frequency sonde and passive locating capability found in larger more cumbersome locators. With the XT512 you can locate and determine the depth of your sewer/pipe inspection camera or a small sonde such as the TM50910 from Schonstedt. The XT512 is useful in locating blockages and obstructions in non metallic pipe.
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WT2000A-CCFL -
Lisun Electronics Inc.
This tester is specially designed for analyzing the electrical characteristics of CCFL Electronic Ballast, meets the test requirements in international standard• Input characteristics analysis: measure Vrms, Irms, W, PF, Hz, phase angle Measure THD, 0 to 39th harmonic components, Accuracy: ±(0.4% reading+0.1% range+1 digit)• Output characteristics analysis: measure lamp voltage, lamp current, lamp power, oscillatory frequency, crest factor of lamp current, Accuracy: Class 2• Interface RS-232C provided for easier communication with PC for printing test report
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Ducommun Inc
Ducommun millimeter wave products include various passive components including multi-hole directional couplers (PCM), crossguide couplers (PCC), magic tees (PCT), coax power dividers (PPD), bandpass, low pass and high pass filters (PFB, PFL and PFH), waveguide diplexers (PDC), waveguide transitions (PRC and PTW), waveguide to coax adapters (PTC) and waveguide components (PWS, PWE, PWH, PWM and PWT). These passive components cover frequency range from 8.2 to 110 GHz and feature high performance and low cost.
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GT210PXIe -
Guide Technology, Inc.
With the GT210PXIe you can determine any frequency to 0.01 part per million (eight digits) in just 1 mS, and resolve each time measurement to 8pS. Couple that with 2300 measurements per second, one of the fastest rates available and you can acquire more data in a single second than a typical GPIB counter can in one minute! Faster measurements and higher resolution, along with built-in statistics functions give you a more thorough analysis of your signal. Standard deviation, peak to peak jitter, or a graph of the measurements are available at the push of a button.
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GT210PCIe -
Guide Technology, Inc.
with the GT210PCIe you can determine any frequency to 0.01 part per million (eight digits) in just 1 mS, and resolve each time measurement to 8pS. Couple that with 2300 measurements per second, one of the fastest rates available and you can acquire more data in a single second than a typical GPIB counter can in one minute! Faster measurements and higher resolution, along with built-in statistics functions give you a more thorough analysis of your signal. Standard deviation, peak to peak jitter, or a graph of the measurements are available at the push of a button.
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GT210PCI -
Guide Technology, Inc.
with the GT210PCI you can determine any frequency to 0.01 part per million (eight digits) in just 1 mS, and resolve each time measurement to 8pS. Couple that with 2300 measurements per second, one of the fastest rates available and you can acquire more data in a single second than a typical GPIB counter can in one minute! Faster measurements and higher resolution, along with built-in statistics functions give you a more thorough analysis of your signal. Standard deviation, peak to peak jitter, or a graph of the measurements are available at the push of a button.
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Teledyne Defense Electronics
Teledyne Advanced Electronic Solutions performs comprehensive testing at the CCA and system level assembly. Teledyne AES can perform testing developed by the customer or develop a complete test strategy for the customer’s products.- Bed of Nails FixtureIn-Circuit Test (Bed of Nails) or Flying Probe Testing for rapid feedback on CCAs- Functional testing of CCAs or complete systems- Environmental testing to include vibration, thermal cycling, HASS, etc.- CCA and system level test development- High frequency testing – currently to 40 GHz- High power system testing – currently to 4kW
