Showing results: 166 - 180 of 204 items found.
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AWTS -
Eclypse International
The Automatic Wire Test Set (AWTS) is automated test equipment that aids wiring diagnostics of electrical and electronic devices. The Test Control Unit (TCU) uses resistance measurements, capacitance measurements, and AC/DC voltage measurements to perform continuity, insulation, and isolation tests. The AWTS Laptop CPU, hereafter referred to as CPU, controls the AWTS. The Eclypse Language Integrated Test Environment (ELITE) is application software that controls the TCU. The majority of the hardware for a test is contained in the TCU. The 128pin connector on the TCU front panel provides 128 energizable test points. Switch Modules (SM) can be connected in sequence or daisy chained to the TCU and provide an additional 1024 test points; 128 of those are energizable.
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63200E Series -
Chroma ATE Inc.
The 63200E series are high power DC loads that include a choice of three operating voltages, 150V, 600V and 1,200V, with power levels from 2kW to 24kW and up to 2,000A in a single unit. Power levels can increase up to 240kW when multiple units are paralleled.These high power loads are designed for testing a wide range of EV products including DC charging stations, car battery discharge, on board charger power components, and other power electronics components. With its high power capabilities, parallel control and dynamic synchronization functions make this load ideal for automotive batteries, fuel cells and more. The 63200E load's master/slave control application enables units with the samevoltage specification to be used in parallel and synchronized dynamically to meet the power testing requirements. In addition, a 255-set data storage function has been built-in for recall of the stored settings at any time. When used in automated testing, the save and recall functions can save a great deal of time.
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ACMAS Technologies Pvt. Ltd.
The high low temperature test chambers from Weiber are climatic test chambers, designed to simulate highly precise high and low temperature environments for the testing of electrical and electronics items, metallic products, automobile parts, food items, biological samples, chemicals, building materials and other wide variety of processed and packaged goods. These test chambers find widespread usage in manufacturing units, quality control units and scientific research organizations and are commonly employed for heat endurance test, cold endurance test and humidity and dryness endurance tests of products. These tests help in determining the product performance in specific environments and also help in identifying any manufacturing flaws and in determining its stability and shelf life.
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NI
The PXI Automotive Ethernet Interface Module communicates with Automotive Ethernet so that you can use the NI‑XNET driver or standard networking drivers to develop applications that require Automotive Ethernet to test and validate automotive electronic control units (ECUs). It provides up to four independent endpoints or up to two network terminal access points (TAPs). With onboard hardware timestamping and the ability to act as 802.1AS masters or slaves, the PXI Automotive Ethernet Interface Module can synchronize with an external network as well as the rest of a PXI system.
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NI
The Automotive Ethernet Interface Device converts unshielded twisted pair (UTP) Automotive Ethernet to standard Ethernet. This device is ideal for developing applications that require Automotive Ethernet to test and validate automotive electronic control units (ECUs). It includes ports for Automotive Ethernet connections and ports for 100BASE-TX Ethernet connections. You can use switches on the front panel to configure each 100BASE-T1 port as master or slave. The device also provides LED on the front panel so that you can monitor the linkage and activity on the various ports.
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TCG 01-G -
Tekron International Ltd
The TCG 01-G is a highly accurate, full featured GPS and GLONASS (GNSS) clock. With enhanced cyber security features that support NERC CIP requirements, the TCG 01-G is designed for use in modern day smart grid / smart substations, electricity distribution, transmission, generation protection and control systems. The clock synchronizes multiple IEDs (Intelligent Electronic Devices) within a network, including protection relays and remote telemetry units to enable accurate time stamping. The TCG 01-G supports IEEE 1588 v2 (PTP) and IEC 61850.
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bsw TestSystems & Consulting AG
Many tasks in the area of semiconductor characterization as well as in the testing of electronic assemblies are routine tasks. Test series of new building elements or samples from production are routinely measured in a large number of electrical parameters. For this, you do not need a measuring device with a complex graphical user interface. A simple interface for remote control with a PC is sufficient. The evaluation and visualization of the results is also carried out on the PC. With the Keysight E5270B and its "little brother" the E5260A two powerful modular SMU units are available for the purpose of the integration into automatic test systems.
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Spider-20 -
Crystal instruments
The Spider-20 series of products are compact yet powerful data acquisition and dynamic measurement systems. These units provide four 24-bit precise high-fidelity input channels, and a unique software-selectable tachometer-input/signal-source output channel. Each input is individually programmable to accept AC or DC voltage or output from an IEPE (ICP) sensor with built-in electronics. Input channels can be programmed to sample up to a rate of 256 kHz. The Spider-20E is a small scale (5 ⁵/16 x 4 ⁵/16 x 1 ⁵/16 inch) device weighing only 18 ounces. This handheld unit features three push-button controls and five LED status indicators. This little powerhouse can run over 6 hours on its internal rechargeable battery which can be replaced in the field with a backup battery.
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345B -
Oersted Technology
The Model 300-series magnetizers are designed to handle a variety of magnetizing applications and materials, from small Alnico parts to large blocks of neodymium-iron. Each of these magnetizers feature patented ECS (Electronic Capacitance Switching) technology, which allows the user to change the capacitance of the unit through the front panel. By setting the charging voltage and capacitance of the magnetizer properly, the user can then scale the output energy of the unit to match the magnetizing fixture being used. The 300-series magnetizers also includes a peak current meter, which automatically captures the peak current of the magnetizing pulse once it occurs. A safety circuit internally discharges the capacitor banks if mains power is removed from the magnetizer or if the cabinet is opened during operation. When connected to a suitable magnetizing fixture, the magnetizer is able to disable its front panel controls if the fixture overheats. Other features include a lockout keyswitch and a current sense output jack (this connects to an oscilliscope for viewing of the magnetizing pulse). All 300-series magnetizers can be modified for computer control, photocell trigger, or autocharge operation.
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330B -
Oersted Technology
The Model 300-series magnetizers are designed to handle a variety of magnetizing applications and materials, from small Alnico parts to large blocks of neodymium-iron. Each of these magnetizers feature patented ECS (Electronic Capacitance Switching) technology, which allows the user to change the capacitance of the unit through the front panel. By setting the charging voltage and capacitance of the magnetizer properly, the user can then scale the output energy of the unit to match the magnetizing fixture being used. The 300-series magnetizers also includes a peak current meter, which automatically captures the peak current of the magnetizing pulse once it occurs. A safety circuit internally discharges the capacitor banks if mains power is removed from the magnetizer or if the cabinet is opened during operation. When connected to a suitable magnetizing fixture, the magnetizer is able to disable its front panel controls if the fixture overheats. Other features include a lockout keyswitch and a current sense output jack (this connects to an oscilliscope for viewing of the magnetizing pulse). All 300-series magnetizers can be modified for computer control, photocell trigger, or autocharge operation.
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350B -
Oersted Technology
The Model 300-series magnetizers are designed to handle a variety of magnetizing applications and materials, from small Alnico parts to large blocks of neodymium-iron. Each of these magnetizers feature patented ECS (Electronic Capacitance Switching) technology, which allows the user to change the capacitance of the unit through the front panel. By setting the charging voltage and capacitance of the magnetizer properly, the user can then scale the output energy of the unit to match the magnetizing fixture being used. The 300-series magnetizers also includes a peak current meter, which automatically captures the peak current of the magnetizing pulse once it occurs. A safety circuit internally discharges the capacitor banks if mains power is removed from the magnetizer or if the cabinet is opened during operation. When connected to a suitable magnetizing fixture, the magnetizer is able to disable its front panel controls if the fixture overheats. Other features include a lockout keyswitch and a current sense output jack (this connects to an oscilliscope for viewing of the magnetizing pulse). All 300-series magnetizers can be modified for computer control, photocell trigger, or autocharge operation.
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340B -
Oersted Technology
The Model 300-series magnetizers are designed to handle a variety of magnetizing applications and materials, from small Alnico parts to large blocks of neodymium-iron. Each of these magnetizers feature patented ECS (Electronic Capacitance Switching) technology, which allows the user to change the capacitance of the unit through the front panel. By setting the charging voltage and capacitance of the magnetizer properly, the user can then scale the output energy of the unit to match the magnetizing fixture being used. The 300-series magnetizers also includes a peak current meter, which automatically captures the peak current of the magnetizing pulse once it occurs. A safety circuit internally discharges the capacitor banks if mains power is removed from the magnetizer or if the cabinet is opened during operation. When connected to a suitable magnetizing fixture, the magnetizer is able to disable its front panel controls if the fixture overheats. Other features include a lockout keyswitch and a current sense output jack (this connects to an oscilliscope for viewing of the magnetizing pulse). All 300-series magnetizers can be modified for computer control, photocell trigger, or autocharge operation.
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MaxiSys MS908S Pro -
Autel
One of the MaxiSys series devices, the MS908S Pro Diagnostic Platform bases on the revolutionary Android multitasking operating system, utilizes the powerful Cortex A7+A15 six-core processor, and equips with 9.7-inch LED capacitive touch screen. Supporting J2534 ECU Programming Device is capable of replacing the existing software/firmware in the Electronic Control Units (ECU), programming new ECUs and fixing software-controlled drivability issues and emission issues. MS908S Pro is an ideal tool for a truly trouble-free diagnosis of a maintenance plant by quickly, efficiently and effectively diagnosing automotive faults, managing customer data, and standardizing business processes.
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786169-01 -
NI
2-Channel, 4-Port, 100BASE-T1 to 100BASE-TX Automotive Ethernet Interface Device—The IVN-8561 is an interface that converts 100BASE-T1 unshielded twisted pair (UTP) automotive Ethernet to standard 100BASE-TX Ethernet. It is ideal for developing applications that require automotive Ethernet to test and validate automotive electronic control units (ECUs). The IVN-8561 provides two channels to convert data between 100BASE-TX Ethernet and 100BASE-T1 Automotive Ethernet. Each 100BASE-T1 port can be configured as master or slave, using switches on the front panel. The IVN-8561 also provides LED on the front panel so that you can monitor the linkage and activity on the various ports.
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787455-01 -
NI
The PXIe-1486 combines the Texas Instruments Flat Panel Display Link™ (FPD-Link™) interface with the Xilinx FPGA for high-throughput vision and imaging applications. This module provides a high-speed digital interface for using and testing modern advanced driver assistance systems (ADAS) and autonomous drive (AD) camera sensors and electronic control units (ECUs). Additionally, the PXIe-1486 makes use of a combination of FPD-Link™ serializers and deserializers with a Xilinx FPGA to provide a high-throughput and customizable FPD-Link™ interface on PXI. The included FlexRIO driver, with LabVIEW FPGA examples, provides access and control for power-over-coax, I²C back-channel communication, and general-purpose input/output (GPIO) communication on the FPD-Link™ channels. The PXIe-1486 is ideal for applications such as in-vehicle data logging, lab-based playback, or hardware-in-the-loop (HIL). FPD-Link is a trademark of Texas Instruments.
