Showing results: 631 - 645 of 966 items found.
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Ohm Loads Powertek Inc.
The DC SERIES load banks are designed for connection to DC Power Supplies , Aircraft Power Converters, Telecom Rectifiers, Batteries, Fuel Cells or any other DC power source. The DC SERIESis ideal for integration into racked test systems or bench - top testing. These standard models are easily configured for other voltage and current ratings.
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64970 -
Lisle Corp.
Replaceable in-line fuses protect both the meter and tester in the event a high current source on the vehicle is left on. The multimeter is bypassed with the switch during connection in case of a power surge. The tester and meter can remain connected until other computer systems shut down, isolating the drain. As a convenience, stacking banana connectors are used on the tester. This allows voltage to be measured on various locations on the vehicle during the drain test, using standard test leads.
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LEDRACK-100W192P -
Lisun Electronics Inc.
• Application range: LED driver and multi channel driver power aging. It has equipped with computer operation and monitor system. The working condition can be set by the computer, and the computer will record real time data to do statistical analysis. • The parameters of load can be set freely on the software, to monitor the real time voltage, current, and power etc • Load mode: CC, CV, CR, CP, and LED • Aging Control System includes: ON/OFF control signal output; Signal of relay switch control; K type thermocouple temperature acquisition • The channels are parallel connected under arbitrary load mode, which can allow product power expansion • The LED Driver Aging rack will design according to customer’s LED driver power and aging quantity per time • Automatic current switching function (optional) • AC power meter to measure modules, and test power input characteristics (optional) • Temperature monitoring function at product zone (optional) • PWM dimming and two sets of logic control signal function (optional)
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SL1730A -
Keysight Technologies
Keysight’s SL1700A Scienlab Battery Test System – Pack Level Series allows to realistically emulate the environment of the future battery pack application in order to test the high-power battery pack comprehensively and improve its functions and safety. The growing demand of e-mobility increases the need of vast battery test labs for EV battery development. Keysight developed the SL1700A Series to accelerate the development and validation of batteries. It offers a voltage range of up to 1500 V and power options between 100 and 300 kW including a Performance Bundle to increase the power up to 330 kW. The new high-voltage SiC (silicon carbide) technology provides a high energy efficiency on a small footprint and helps to minimize your operating costs.
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SL1740A -
Keysight Technologies
Keysight’s SL1700A Scienlab Battery Test System – Pack Level Series allows to realistically emulate the environment of the future battery pack application in order to test the high-power battery pack comprehensively and improve its functions and safety. The growing demand of e-mobility increases the need of vast battery test labs for EV battery development. Keysight developed the SL1700A Series to accelerate the development and validation of batteries. It offers a voltage range of up to 1500 V and power options between 100 and 300 kW including a Performance Bundle to increase the power up to 330 kW. The new high-voltage SiC (silicon carbide) technology provides a high energy efficiency on a small footprint and helps to minimize your operating costs.
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SL1710A -
Keysight Technologies
Keysight’s SL1700A Scienlab Battery Test System – Pack Level Series allows to realistically emulate the environment of the future battery pack application in order to test the high-power battery pack comprehensively and improve its functions and safety. The growing demand of e-mobility increases the need of vast battery test labs for EV battery development. Keysight developed the SL1700A Series to accelerate the development and validation of batteries. It offers a voltage range of up to 1500 V and power options between 100 and 300 kW including a Performance Bundle to increase the power up to 330 kW. The new high-voltage SiC (silicon carbide) technology provides a high energy efficiency on a small footprint and helps to minimize your operating costs.
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Keysight Technologies
Keysight’s power meters and power sensors measure the power of RF and microwave signals accurately with sensors of various types (CW, average, and peak and average), covering numerous frequencies and power ranges. We offer a wide selection of power meters and power sensors for nearly all application needs — wireless communications, radar pulse measurements, component test, and more. Applications include testing the output power of communication base-station transmitters, radar system equipment, wireless devices, and much more.
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LadyBug Technologies LLC
LadyBug True RMS Average Power Sensors deliver reliable, accurate power measurements for CW, Pulse, and modulated signals. These diode based sensors feature a wide dynamic range and a great VSWR. The optional external triggering input feature can be used without any external components. Recorder and Trigger outputs are also available. Our patented NoZero NoCal technology make these sensors ideal for calibration systems, automated test stations and other embedded applications.
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780588-01 -
NI
Non-Enclosed, 300 Vrms, 50 kS/s/ch, 24-Bit, Simultaneous Input, 3-Channel C Series Voltage Input Module - The sbRIO‑9225 performs differential analog input. The wide measurement range is well suited for high-voltage measurement applications such as power metering, power quality monitoring, motor test, battery stack testing, and fuel cell tests. You can perform transient and harmonic analysis with high-speed simultaneous sampling. In addition, you can prevent ground loops and add safety to a system with 600 Vrms channel‑to‑channel isolation between the three sbRIO‑9225 channels. Non-enclosed modules are designed for OEM applications.
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eBIRST -
Pickering Interfaces Ltd.
The eBIRST toolset consists of three different tools that support 200-pin LFH, 78-pin and 50-pin connectors and a set of adaptors that allow connection to other connector types. A supplied application program controls the eBIRST tools via a USB2 port that also provides the tool power and controls the switching system using a Test Definition File to define the test sequence. These tools work by measuring the path resistance at the switching system external connectors using four-wire measurements, quickly establishing whether the path is good, has increased resistance or has failed. Below are links to various eBIRST tool information:
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1940000377-0000R -
ELMA Electronic, Inc.
The Universal 3U VPX RTM Breakout Board can allow a test engineer to access I/O signals on custom built VPX boards. The breakout board is designed for the utility, power, single ended or low speed differential signals during setup and testing of a new system. During system integration, it often is desirable to access certain utility signals such as VS1, VS2 or VS3, auxiliary voltages other signals such as Geographic address or the system management bus which are all available from the rear side of the backplane.
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S-102 -
Notice
The EDFA slot module of FOTS system with built-in power booster EDFA module offers a special function that is able to change the optical signal amplification feature variously, which is followed by user’s driving embedded pump LD freely. The output power of eash pump LD can be controlled separately by the program that is set up by user. When an optimum optical signal amplification particularity is needed, it is made up so that it can be materialized by choosing the Default mode provided along with User mode. More stable application of EDFA is possible through the monitoring of the factors such as in/out signal power, gain, alarm status and pump LD enabled by the application of FPGA processor which makes high speed driving possible. It is also set up that user’s present-time monitoring and control through LCD monitor of system main frame or GUI display for remote control can be possible. Through optimization of amplifier gain, noise figure, and saturated output power, this EDFA module will expand test capabilities in systems, components or sub-assembly manufacturing.
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ATOS -
Raytech AG
Raytech – The World leader in design and manufacturing of high-quality precision measuring instruments and systems, offering flexibility and versatility. Our modular Automatic Transformer Observation System (ATOS) allow you to create a unique and custom solution for any application. ATOS is designed to drastically reduce measuring time and increase test performance, without losing accuracy compared to individual test instruments. With the choice of up to three Multiplexers (primary, secondary, and tertiary), three Winding Resistance Meters, each with three maximum current range options (up to 15A, 50A, or 100A), Turns Ratio, and Integrated power security and safety panel (ISU R), Raytech can create a system with your needs and budget in mind.
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VCi-3™ -
ndb Technologies Inc.
The VCi-3™ system is designed for cable and phase identification, mainly for installation or maintenance purposes on three-phase electrical networks during power shutdowns.The transmitter module injects a low current on the cable conductors by direct contact or magnetic clamps methods. A voice message is recorded by the user and will be transmitted along with digital signals. Groundings stay connected at both ends of the three-phase circuit during the test. The detector module is used at the other end of the cable system.
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RP4030 -
Teledyne LeCroy
The Teledyne LeCroy RP4030 Power Rail Probe meets the specific requirements of those who need to acquire a low-voltage DC signal as part of a:-Comprehensive power integrity, digital power management IC (PMIC), voltage regulator module (VMR), point-of-load (POL) switching regulator, or low-dropout regulator testing- Complete embedded power management system that includes PMICs, VRMs, POLs, and LDOsThe RP4030 will faithfully acquire a low-impedance, low-voltage DC power/voltage rail signal without unduly loading the device under test (DUT), while providing high offset to allow DC power/voltage rail signal display on an oscilloscope with high gain.
