Showing results: 46 - 51 of 51 items found.
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Model UHV-CVD-5000 -
TEK-VAC INDUSTRIES Inc.
ur Ultra-High Vacuum CVD system is utilized for multi-wafer processing of doped and intrinsic high quality epitaxial films, including materials such as Silicon Germanium.End products include SiGe components (RF & microwave devices, amplifiers, switches, discrete HBTs, and low noise MMICs) utilized in wireless communications applications such as cellular phones, pagers, local area networks, telemetry and sensors.
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NI
VRTS provides automated radar measurement and obstacle simulation capabilities for 76 to 81 GHz automotive radar systems. With VRTS, you can perform precision RF measurements and simulate a wide range of test scenarios for radar hardware and software subsystems, including sensors, advanced driver assistance systems (ADAS), and embedded software. Use VRTS for all phases, from design to manufacturing, of ADAS and radar system test.
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Tessolve Services Pvt. Ltd
Tessolve provide Test & Product engineering Solutions & services from simple Logic ICs, high-speed digital, RF, Analog, PMIC, Mixed-signal, MCU/MPU, MEMS, Image Sensors, Memory to complex devices like ASIC/ASSP, SoC / SiP devices that go into Automotive, IoT, Wearable, Wireless, Computing, Network / Fiber optics and other consumer markets. We also engage ourselves in providing test solutions for emerging technologies in the 2.5D / 3D space.
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TS Series -
Micronor AG
Micronor now offers a complete range of fiber optic temperature sensors, probes and interfaces for temperature measurement in challenging environments. TS series fiber optic temperature probes offer immunity to RF and microwave radiation along with wide temperature range, intrinsic safety and non-invasive use. The fiber optic temperature probes can operate over -200°C to +300°C (-328°F to +572°C), and withstand harsh and corrosive environments. Typical fiber optic temperature monitoring applications include:
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Pure Engineering, llc
At Pure Engineering, we specialize in providing custom solutions to help our clients overcome their most challenging problems. Our services range from rapid prototyping to mass production of consumer products and are backed by our deep understanding of low power design, RF complexities, design for manufacturing, and product life cycles. Our team is skilled in a variety of areas, including strategic planning, product development, and architecture design. We use engineering principles to assess the feasibility and suitability of technology for a given design and can create proof-of-concepts, prototypes, and subject matter experts to solve design challenges. We also have expertise in the Internet of Things (IoT) and have experience developing low-power systems that run on batteries and efficiently transfer data. Additionally, we have extensive experience in Bluetooth Low Energy (BLE) technology, creating sensors that connect to modern phones and computers and creating custom protocols using off-the-shelf hardware. Whether you need help with a specific aspect of your project or support throughout the development process, we are here to assist you.
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Type HFDF -
National RF, Inc
National RF’s Type HFDF high frequency location system is a proven noise hunting and location directional antenna system that allows you, in many cases, to walk right up to the source of High Frequency (HF) noise! Used by several power companies around the United States, professional noise hunters, and other communications specialists, the HFDF has located noise sources that emanated from pole power transformers, arcing electric fences, CATV in-line amplifiers, plasma TV screens, and even Marijuana grower’s heating lamps! The system incorporates several plug-in, tunable magnetic loop sensors of a proprietary National RF design, that cover the frequency range between 1.8 MHz and 55 MHz. The unit is packaged in a hand-held, lightweight metallic enclosure, with a pistol grip and a magnetic compass mounted on top. The compass is used to get magnetic bearings to the noise source, which may be plotted on a map to triangulate, and ultimately pin-point, the location of the noise source. In certain cases, our customers tell us that they have been able to walk right up to the interfering noise source and correct the situation on the spot!
