Showing results: 1 - 15 of 15 items found.
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EMP -
Keystone Compliance
An electromagnetic pulse (EMP) is a short burst of electromagnetic energy that can be extremely damaging to electronic equipment. EMP energy can be transferred in the form of electromagnetic radiation, an electric field, electrical conduction or a magnetic field. Since EMPs have a short duration, their impact can occur across large ranges of frequencies. EMPs can be produced naturally, occur from man-made equipment. Natural EMPs include lightning strikes and electrostatic discharges (ESD), geomagnetic storms/coronal mass ejections of solar origin. Man-made EMPs include power line surges, pulses created by ignition systems, nuclear electromagnetic pulses (NEMP) and non-nuclear electromagnetic pulses (NNEMP).
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National Technical Systems
The effects of electromagnetic pulses (EMP) on electronics can be severe, but pose an even more devastating threat to the processes and infrastructures that they support. Designing equipment and systems to withstand the effects of EMPs now will reduce the impacts of potential EMP attacks on our electronics in the future.
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PXIe-1209 -
Astronics Corporation
The Astronics Test Systems PXIe-1209 PXI is a high-performance, 2-channel, 100 MHz Pulse Generator. Occupying a single PXI Express peripheral slot or hybrid slot, the PXIe-1209 provides dual independent pulse generation with fullcontrol of all timing parameters with extremely high resolution.
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785033-01 -
NI
2-Channel, 100 MHz PXI Pulse Generator - The Astronics PXIe-1209 provides dual independent pulse generation with full control of all timing parameters with extremely high resolution. Both channels are fully independent, and you can configure pulse delay, double pulse spacing, pulse width, and period. Each channel offers front panel trigger inputs with software-programmable thresholds and PXI backplane triggering.
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3172 -
Astronics Corporation
The Racal Instruments™ 3172, a 200 MS/s Waveform Generator and Dual 50 MHz Pulse and Timing Generator, combines multi-instrument density and highfrequency performance in a single-slot, C-sized VXIbus format.Waveform output in the range of 100 μHz to 30 MHz with 16-bit vertical resolution (12-bit vertical for 3171 emulation) and pulse output to 50 MHz make the 3172 a powerful solution to a variety of test stimulus requirements.
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TECHNO-AC
Cable fault location by electromagnetic and acoustic methods (with high-voltage pulse transmitter, which is not included into the set)Detection of insulation deterioration on cables by contact and non-contact methods
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HRRD730 Series -
HighReach Measuring & Controlling System Co.,Ltd
At The Radar Level gauge Antenna emits and Narrows at The Microwave Pulse. This Pulse propagates in Space AT at The Speed of Light. The When IT Encounters at The Surface of at The the Measured Medium, Part of the ITS Energy IS the REFLECTED the Back and Received by at The Same, Antenna. At The Time interval The Between the transmitted pulse and the received pulse is proportional to the distance from the antenna to the surface of the measured medium.Because the electromagnetic wave propagation speed is extremely high, the time interval between the transmitted pulse and the received pulse is very small (on the order of nanoseconds). It is difficult to confirm. The 90X series 26G radar level gauge uses a special demodulation technology To accurately identify the transmitted pulse and the time interval of the pulse is received to further calculate the distance of the antenna from the surface of the measured medium.
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Suzhou 3ctest Electronic Co.,Ltd.
Surge pulses occur due to direct or indirect lighting strokes to an external circuit. This leads to current or electromagnetic fields causing high voltage or current transients. Another source for surge pulsed is switching transients originating from switching disturbances and system faults.
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National Technical Systems
NTS provides lightning protection engineering, certification plan preparation and verification testing services to airframe and aerospace systems manufacturers around the world. With a lead role in major commercial and military design programs, our engineers take a system-wide approach to assuring that lightning protection is compatible with space and weight limitations, electromagnetic compatibility and electromagnetic pulse. Our experience includes traditional designs, all-composite and fly-by-wire aircraft, as well as avionic upgrades and engine modifications.
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Insight Product Company
Insight Product Company offers ultrafast superconducting hot-electron bolometers (HEBs) operating at terahertz frequency range. from 0.1 to 70 THz. Superconducting hot electron bolometers HEBs are designed to detect and register the electromagnetic radiation pulses in the frequency range from 0.1 THz to 70 THz.
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IP-292/296 -
Ono Sokki
These detectors are electromagnetic induction type detector designed to detect the number of ignition pulses produced in the gasoline engines. The IP-292 pinches a primary cord (low voltage) and the IP-296 pinches a secondary cord (high voltage) of the ignition coil. The compact, light-weight and clip-on design of these detectors offer a simple and easy detection of the number of pulse. Since the detector and its cord are made of heat resistance materials, these models are not affected by the high temperature in the engine room. These detectors are used with the engine tachometers made by Ono Sokki. (AR-7240B, CT-6700, HT-6200, SE-1620, FT-2500 or GE-2500)
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Novx MiniPulse -
SIMCO-ION, Technology Group
Simco-Ion's Novx MiniPulse ESD Event Detector is designed for tool and process monitoring. This affordable, small footprint embeddable monitor has been developed to warn of product damage risks at the point of electrostatic discharge. The MiniPulse uses time domain and threshold discrimination to detect pulse electromagnetic energy. Through the use of specific antenna configurations and placement, the MiniPulse can provide ESD event detection for well-defined small areas.
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E8267D -
Keysight Technologies
Test advanced receivers with realistic wideband radar, EW and Satcom waveforms with metrology-grade performance and versatile capabilitiesSimulate complex electromagnetic environments with up to 4 GHz of bandwidthReduce the time you spend creating complex signals with Signal Studio software: pulse building, noise power ratio (NPR), multi-tone signals, wireless & moreMaster your most complex signal requirements with the industry's best SSB phase noise: 143 dBc/Hz at 1 GHz (10 kHz offset)
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Hybrid -
Hilo Test
Surge pulses occur due to direct or indirect lightning strikes in a circuit or by switching transients caused by switching inductive loads or short circuits. This leads to currents or electromagnetic fields causing high voltage or current transients. Surge voltages and currents can reach several thousands of volts and thousands of amperes. Our following Surge generators simulate these disturbances for all the necessary level in accordance with IEC / EN 61000-4-5 and IEC / EN 60060.
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Insight Product Company
Travelling wave tubes remains a valuable type of amplifier for high output power in the microwave range. Its main advantages are of high output power, big bandwidth-duration and reliability. Insight Product Co. offers TWT packaged tubes providing output power from tens to several hundred watt in a continuous mode and to 1.5-2.0 kw in a pulse mode, and frequency bandwidth of 1.5 octaves. TWT applications include satelite communications (transponders) both on land and on satelite installations, radio relay communication lines, electromagnetic compatability (EMC) testing industry for immunity testing of electronic devices, and radars (maritime, weather, airplanes, land).
