Showing results: 1156 - 1170 of 1806 items found.
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Tenmars Electronics Co., Ltd.
-Measuring electromagnetic fields of extremely low frequency(ELF) of 30 to 300Hz.-It is capable of measuring the electromagnetic field radiation intensity that is produced from electric transmission equipment, power line, air conditioner, refrigerator, computer monitor, video/audio device and so forth.
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SY8126 -
Hong Kong Songyang Industrial Ltd.
SY8126 single phase Energy Meter Test Equipment is a new generation, high precision, energy meter calibration equipment. It uses the international’s most advanced technology and components available in 90 decade. The equipment works under the control of keyboard or remote computer.
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ViaSat, Inc.
Find and fix design problems during developmental testing. Viasat’s RF signal environment generation surpasses ordinary simulation and computer modeling techniques to deliver a true-to-life, dense avionics environment for the most accurate analysis of RF communication system performance.
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BAR-E Series -
Zaber Technologies Inc.
Zaber's BAR-E Series products are computer controlled, motorized, ball screw driven, linear actuators (electric cylinders) with integrated feedback encoders. A built-in encoder allows closed-loop operation and slip/stall recovery features. Each electric cylinder is wired for use with Zaber's A-Series stepper motor controllers, or they can be used with any 2-phase stepper motor controller through the panel mount DB15 connector. When connected to our A-Series controllers, the actuators are designed to be "plug and play" just like all of Zaber's other products.
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LAR-E Series -
Zaber Technologies Inc.
Zaber's LAR-E Series products are computer controlled, precision lead screw driven, motorized linear actuators (electric cylinders) with integrated feedback encoders. A built-in encoder allows closed-loop operation and slip/stall recovery features. Each electric cylinder is wired for use with Zaber's A-Series stepper motor controllers, or they can be used with any 2-phase stepper motor controller through the panel mount DB15 connector. When connected to our A-Series controllers, the actuators are designed to be "plug and play" just like all of Zaber's other products.
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SMARC -
ADLINK Technology Inc.
SMARC form factor is the only computer-on-module form factor that truly is capable of supporting both ARM and x86 designs. With 314-pins on a high speed MXM3 connector, SMARC can fully cover both typical x86 interfaces as well as typical ARM type low level signals. Using ARM SoCs opens the possibility to leverage the product ecosystem of familiar devices such as tablet computers and smart phones. Alternative low power SoCs and CPUs, such as tablet oriented x86 devices and other RISC CPUs may be used as well.
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P104-DIO-96 -
Acces I/O Products, Inc.
Each I/O line of this card is buffered and capable of sourcing 32mA, or sinking 64mA. The board simulates Programmable Peripheral Interface chips (PPI) to provide a computer interface to digital I/O lines. Each PPI supports two 8-bit ports (A, B) and two 4-bit ports (Chi, Clow). Each port can be configured to function as either input or output latches. The I/O line buffers (types 74ABT240 and 74ABT245) are configured automatically by hardware logic for input or output according to the PPI Control Register direction software assignment.
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Res2dinv -
PASI srl
This very popular software, developped by M.H.Loke, uses the method involving the Sasaki minimum squares inversion (1992) to produce a 2D sub-soil model starting from the data of apparent resistivity (up to 2000 electrodes). It is completely automatic and does not require that the user formulates a starting model. When using a state-of-art computer, the inversion of a single pseudosection will require only a few minutes.RES2DINV supports spreading types like Wenner, Schlumberger, Pole-Pole, Pole-Dipole, line Dipole, equatorial Dipole and other non-conventional spreading types.
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Arxtron Technologies Inc.
Arxtron Technologies has been in the Agilent3070/HP 3070 (Medalist i3070) In-circuit test application development and fixture fabrication business since 2004 when it took over the Agilent Canadian application centre. Our engineers count more than 35 years of experience and have been serving a variety of customers focusing on high end/ high node count complex products (Telecom, Medical, Industrial computers etc.) as well as Automotive and consumer electronics customers. We are also an Agilent channel partner.
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104-IIRO-16 -
Acces I/O Products, Inc.
The 104-IIRO-16 is a low-cost board that provides isolated input and output for PC/104 Bus computer applications. The board has sixteen optically-isolated digital inputs for AC or DC control signals and sixteen electro-mechanical relay outputs. The Change of State Detection capability of ACCES’ Model 104-IIRO-16 sets this board apart from the competition. An Economy version can be ordered as Model 104-IIRO-16E which has no Change of State Detection or IRQs. Also available is Model 104-RO-16 which has 16 relay outputs only.
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PT2026 -
Metrolab Technology SA
Nuclear Magnetic Resonance is the most precise technology to measure magnetic fields, and the PT2026 is the most precise NMR magnetometer on the market. In optimal conditions, it achieves a precision of under ten parts per billion! But precision is just one of the features brought by the PT2026: high fields, robustness to inhomogeneous fields, 33 Hz measurement speed, improved search time – the list goes on. The key is an instrument design, using modern RF and computer technology. The result is an NMR magnetometer that opens up a host of new application areas. Magnetometer Gaussmeter
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AD12-2000 - Dual 12 bit, 2 GS/s, up to 7GB/s DMA -
Ultraview Corporation
The AD12-2000 series has two 2000 MS/sec 12-bit ADCs, 8GB of on-board memory and the ability to transfer data directly into the host computer's memory at up to 7 GB/sec. Streaming to the host computer can be performed simultaneously with acquisition to on-board memory, increasing the effective acquisition length by using the host computer's memory. Dual channel boards sample concurrently at the input clock frequency, and can also be software selected to run in single channel mode, at twice the effective memory depth and speed (up to 4 GSPS).
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AD14-500 Series - Dual 14 bit, 500 MS/s -
Ultraview Corporation
The AD14-500 series has two 20-500 MS/sec 14-bit ADCs, 8GB of on-board memory and the ability to transfer data directly into the host computer's memory at up to 4GB/sec (500MS/s * 2 bits per sample * 2 channels). Streaming to the host computer can be performed simultaneously with acquisition to on-board memory, increasing the effective acquisition length by using the host computer's memory. Dual channel boards sample concurrently at the input clock frequency, and can also be software selected to run in single channel mode, providing twice the effective memory depth.
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AD14-400 Series - Dual 14 bit, 400 MS/s -
Ultraview Corporation
The AD14-400 series has two 20-400 MS/sec 14-bit ADCs, 8GB of on-board memory and the ability to transfer data directly into the host computer's memory at up to 3.2GB/sec (400MS/s * 2 bits per sample * 2 channels). Streaming to the host computer can be performed simultaneously with acquisition to on-board memory, increasing the effective acquisition length by using the host computer's memory. Dual channel boards sample concurrently at the input clock frequency, and can also be software selected to run in single channel mode, providing twice the effective memory depth.
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AD16-250 - Dual/Quad 16 bit, 250 MS/s -
Ultraview Corporation
The AD16-250 series has two or four 250 MS/sec 16-bit ADCs, 8GB of on-board memory and the ability to transfer data directly into the host computer's memory at over 1 GB/sec. Streaming to the host computer can be performed simultaneously with acquisition to on-board memory, increasing the effective acquisition length by using the host computer's memory. Dual and quad channel boards sample concurrently at the input clock frequency, and can also be software selected to run in single channel mode, providing up to four (4) times the effective memory depth.
