Showing results: 271 - 285 of 286 items found.
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Scientech Technologies Pvt. Ltd.
Oscilloscopes are essential tools for anyone designing, manufacturing or repairing electronics equipments. In today''s fast paced world, engineers need the best tools available to solve their measurement challenges quickly and accurately. Scientech Oscilloscopes are the key to meet today''s engineer measurement challenges. Today, Scientech Technologies is a prominent figure in the market as an Oscilloscopes manufacturer and supplier. It has built a big territory of oscilloscopes implementing all the newfangled techniques. These Oscilloscopes are the finest solution for quick analysis, faster debugging and testing of your newest designs. Scientech as an oscilloscope manufacturer has gifted researchers, professors and students with the first-rate model of scope for various test & measurements and laboratory experiments.
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Test Coach Corporation
Test Coach has been delivering the highest quality in-circuit test programs since 1998. Our engineers have the education, experience and expertise needed to solve your most challenging test requirements. We partner with our customers to provide comprehensive test solutions, including consulting on: design for test, recommendations on the best hardware and software options to implement, test strategy, and long term planning for multi board projects. Our expertise allows us to really understand customer requirements, so that quotes are accurate and timely. However, we also understand that sometimes projects can change scope. At Test Coach, we have the flexibility to adapt to changes with as little impact to delivery as possible.
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Fraunhofer IPM
The "QSDrive Scan Kit" evaluation kit enables small and medium-sized companies in particular to operate ResoLin components from the Fraunhofer IPMS in accordance with the specifications without the time-consuming in-house development of control electronics. The evaluation kit consists of a ResoLin component – a cardanic MEMS scanner with a linear axis and an optional, orthogonally oriented resonant axis – and control electronics that enable the components to be operated with an optimized trajectory supplied. The component is held by a scan head, which is also included in the scope of delivery and which, thanks to its special construction, can easily be integrated into common optical test setups. Depending on the design of the MEMS component, controlled operation of the component and synchronized operation of the resonant axis are also possible. The function is controlled by software that communicates with the electronics via USB.
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Keystone Compliance
The reliability test program includes a number of qualification tests based on the type of product, the environment within which it is anticipated to operate in and estimated product weaknesses. Establishing an effective but practical and affordable test program can be a challenge. Reducing the number of units tested or the scope of testing might not yield a sufficient sample of results. Testing multiple units or having an expansive test program can be very time consuming and expensive. A very good resource for establishing a reliability test program is MIL-HDBK-781: Handbook for Reliability Test Methods, Plans and Environments for Engineering, Development, Qualification and Production. This handbook provides test methods, test plans and test environmental profiles which can be used in reliability testing during the development, qualification, and production of systems and equipment.
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Eurofins E&E
The Radio and Telecommunications Terminal Equipment Directive (R&TTE Directive 1999/5/EC) has been in place in the EU for many years serving radio and telecoms technology. To accommodate developments in radio equipment technology and to align with the requirements of the New Legislative Framework (NLF), the EU R&TTE Directive has been re-written. As of 2016, the European Commission replaced the R&TTE Directive with the Radio Equipment Directive (RED), which establishes safety and electromagnetic compatibility (EMC) requirements for equipment using the radio spectrum. Following June 13, 2017, after a one year transition, the RED 2014/35/EU replaced the R&TTE Directive. All new and existing products within the scope of the RED must comply in order to achieve CE marking.
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IEC61000 -
Newtons4th Ltd
N4L are the only IEC61000 EMC test system manufacturer in the world* with an on site UKAS ISO17025 calibration laboratory offering accreditation to IEC61000-3-2, IEC61000-3-3, IEC61000-4-7 and IEC61000-4-15. Calibration and trace-ability are a vital aspect of any EMC test solution and the coverage provided through N4L’s UKAS Laboratory is comprehensive. N4L’s IEC61000-4-15 calibration procedure is particularly noteworthy as it covers the entire test protocol detailed in Annex C of IEC61000-4-15. It is commonplace for specific parameters within IEC61000-4-15 (d parameters are frequently omitted from calibration procedures) to remain untested during typical flicker calibration due to the difficulty in providing trace-ability for such measurements. All tests within the test protocol of Annex C are included within the scope of accreditation and calibration procedures at N4L.
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BaySpec, Inc.
BaySpec offers fully customized original design (ODM) and original manufacturing (OEM) integration of advanced spectroscopic solution. With diverse instruments range from handheld portable spectrometers, high-performance UV-VIS-NIR-SWIR spectrometers, hyperspectral imagers, and portable mass spectrometers. BaySpec’s innovative R&D team designs and develops the spectral instrument around customers’ specifications. BaySpec’s R&D team is made up of experienced engineers who work with the customer to fully understand the scope of the application requirements, whether it is to address a specific wavelength range, or for instrument operation in a particular environment. The design and manufacturing process all take place on-site at the BaySpec facility in San Jose, California, following strict processes of product quality and control. We have the expertise to take an idea and put it into action!
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ASTM D149 -
National Technical Systems
This test method covers procedures for the determination of dielectric strength of solid insulating materials at commercial power frequencies, under specified conditions. Unless otherwise specified, the tests shall be made at 60 Hz. However, this test method is suitable for use at any frequency from 25 to 800 Hz. At frequencies above 800 Hz, dielectric heating is a potential problem. This test method is intended to be used in conjunction with any ASTM standard or other document that refers to this test method. References to this document need to specify the particular options to be used. It is suitable for use at various temperatures, and in any suitable gaseous or liquid surrounding medium. This test method is not intended for measuring the dielectric strength of materials that are fluid under the conditions of test. This test method is not intended for use in determining intrinsic dielectric strength, direct-voltage dielectric strength, or thermal failure under electrical stress (see Test Method ASTM D3151). This test method is most commonly used to determine the dielectric breakdown voltage through the thickness of a test specimen (puncture). It is also suitable for use to determine dielectric breakdown voltage along the interface between a solid specimen and a gaseous or liquid surrounding medium (flashover). This test method is similar to IEC Publication 243-1. All procedures in this method are included in IEC 243-1. Differences between this method and IEC 243-1 are largely editorial. Note: The above information is taken directly from the test method Scope published in ASTM D149.
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Rapidox 3100 OEM-3 -
Cambridge Sensotec Ltd
The Rapidox 3100 OEM-3 is a three-channel version of our high-performance zirconia oxygen (O2) analyser. Supplied in a metal controller box, the Rapidox 3100 OEM-3 comprises three individual zirconia sensors on bespoke length cables with several options for gas fittings. All three sensor channels are controlled by a single RS485 digital communications link to a PC or PLC using a high-speed USB EasySync device which is included as standard. A special version of our Rapidox software is provided giving full LCD emulation and datalogging of all three channels simultaneously. In addition, a full set of analogue outputs and alarms are provided for each separate channel for more traditional communications needs. We offer a bespoke scope of supply service for customers, which gives a flexible, seamless and cost-effective integration into machinery, products or processes. Please ask us about this service.
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TTRM 102 -
Scope T&M Pvt, Ltd.
SCOPE introduces state of the art precision single phase Transformer Turns Ratio Meter (TTRM ) designed for field testing as well as factory testing of power transformers, instrument transformers and distribution transformers of all types. TTRM 102 along with turns ratio, measures ratio deviation, phase angle deviation, magnetizing current and detects tap-position of single phase transformer in charged switchyard condition. The range of AC voltage selection offers high accuracy in measurement.Both the instrument have in-built TFT display with touch screen and thermal printer. The user friendly, simple instrument makes the testing more easy. With the touch keypad it is possible to enter required DUT information.The ratio results are displayed with % error. Internal non-volatile memory gives the provision of storing test results.Further data can be downloaded to PC or copied to memory stick through USB port provided.
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D9010AUTP -
Keysight Technologies
- Set up your scope to show CAN, CAN FD, CAN XL, LIN, FlexRay, and SENT protocol decode in less than 30 seconds- Support CAN XL protocol trigger and decode of the SIC mode (or slow mode) signal in the arbitration phase as well as the FAST mode signal in the data phase- Get access to a rich set of integrated software-based protocol-level triggers- Save time and eliminate errors by viewing packets at the protocol level- Use time-correlated views to quickly troubleshoot serial protocol problems back to their timing or signal integrity root causeThis application (for Infiniium Oscilloscopes) includes a suite of configurable protocol-level trigger conditions specific to CAN, CAN FD, CAN XL, LIN, FlexRay, and SENT. When serial triggering is selected, the application enables software-based triggering. Application supports CAN-dbc symbolic debug.
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TTRM 101 -
Scope T&M Pvt, Ltd.
SCOPE introduces state of the art precision single phase Transformer Turns Ratio Meter (TTRM ) designed for field testing as well as factory testing of power transformers, instrument transformers and distribution transformers of all types. TTRM 101 measures only turns ratio where as TTRM 102 along with turns ratio, measures ratio deviation, phase angle deviation, magnetizing current and detects tap-position of single phase transformer in charged switchyard condition. The range of AC voltage selection offers high accuracy in measurement.Both the instrument have in-built TFT display with touch screen and thermal printer. The user friendly, simple instrument makes the testing more easy. With the touch keypad it is possible to enter required DUT information.The ratio results are displayed with % error. Internal non-volatile memory gives the provision of storing test results.Further data can be downloaded to PC or copied to memory stick through USB port provided.
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Northern Digital Inc.
The 3D Guidance® electromagnetic tracking solution delivers exceptional performance and value for OEM image-guided interventional and therapy systems and medical trainers that require real-time navigation tracking capabilities. The 3D Guidance solution tracks 6DOF sensors that can be embedded into OEM instruments such as ultrasound probes, rigid and flexible scopes, and laparoscopic tools. Continuous in-vivo tracking is maintained through difficult anatomy, even when sensors are out of sight. Low latency and fast update rates ensure the most subtle tool movements are instantly tracked and visualized within the OEM host interface. The 3D Guidance solution is available in the driveBAY™ and trakSTAR™ configurations, as based on the Electronics Unit. The trakSTAR is a standalone desktop unit that connects to a direct power source. The smaller driveBAY fits inside the drive bay of a computer, OEM imaging cart, or medical trainer/simulator, using the host’s power supply. Both share the same tracking accuracy and reliability. The ready-to-use configuration facilitates cost-effective integration and speeds time to market.
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UST500-517-FL -
Axiomtek Co., Ltd.
The UST500-517-FL is powered by the LGA1151 socket 7th/6th generation Intel® Core™ and Pentium® processors up to 65W with the Intel® Q170 chipset. The integrated 16 PoE ports are available in RJ-45 or M12 connectors for IP cameras. It provides a full scope of power protection that includes intelligent vehicle power management technology for ACC on/off delay, shutdown delay, and over/under voltage protection. Enhanced by its robust structure and system design, the UST500-517-FL is able to operate under a wide temperature range from -40°C to +70°C and vibration endurance up to 3 Grms. This transportation embedded box is in compliance with ISO 7637-2 and EN 50155 for mobile surveillance applications. There are 16 Gigabit LAN ports which support 802.3at/af Power over Ethernet with a total power budget of 200W. Its DVI-D, HDMI and VGA interfaces support three surveillance monitors. Furthermore, its external accessible SIM card slot enables users to easily change SIM card for different telecommunication service. With wireless LAN modules, this user-friendly transportation embedded system can real-time transmits the video to the control center. The two built-in or four swappable SATA hard drives are used for mass storage of video files.
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IRT303 -
Wuhan JOHO Technology Co., Ltd
Long-range Surveillance Thermal Imaging Camera IRT303IRT303 is extremely compact, durable uncooled day/night system, operating in 8-14 um waveband, with DDE image processing technology and high sensitivity, it is ideal for quick and accurate situational awareness in a variety of defense and security applications. It specially equipped with Dual-FOV, the wide FOV for find object in wide scope and then fast switch to narrow FOV looking at the target for details. IRT303 is the optimal device for super long observation purpose and target acquisition.ApplicationsLong distance surveillance or patrolLand border and coast surveillanceMarine navigation or rescueTechnical DataDetector Detector material Uncooled FPA Spectral range 8~14 m Pixels 320x240 Pitch 38 mx38 m NETD 50mK@25 C (f/0.7) Optics Lens 135mm/45mm FOV 5.2 3.9 /15.4 11.6 Focusing Motorized Optional lens 100mm/25mm, 120mm/40mm, 150mm/50mm, 180mm/60mm Image Presentation Video output 25Hz PAL/30Hz NTSC Electronic Zoom x2 Polarity BH/WH inverse Brightness & Contrast Auto/ Manual Gain Composition Auto/ Manual Power system Power supply 110~240VAC 9~14VDC (typical: 12VDC) Interfaces Command interface RS232 /RS485/ RS422 alternative Digital video interface(Optional ) Ethernet/LVDS/CameraLink Environmental Ambient temperature -40 C~+60 C Storage temperature -45 C~+60 C Range Performance Detection Range (2.3mx2.3m vehicle) 5500m Recognition Range (2.3mx2.3m vehiclet) 1800m Detection Range (1.8mx0.5m human) 2200m Recognition Range (1.8x0.5m human) 580m
