Showing results: 406 - 420 of 656 items found.
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Teledyne Lincoln Microwave
Teledyne Lincoln Microwave has a proud heritage of designing and manufacturing world class Receiver Protector / Limiter products. Our devices are used across the globe, in the air, on the ground to shield mission critical systems from damage by synchronous and asynchronous sources of RF Power.
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SwiftComm -
BEI Industrial Encoders
SwiftComm uses a point-to-point frequency-hopping 2.4 GHz RF protocol and will interface directly with any incremental or SSI absolute encoder. Simply connect the SwiftComm transmitter to the encoder and the SwiftComm receiver to your control system and apply power. That's it! No complicated cabling required.
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MS 2015 -
Meltronics Systemtech
Receiver shall receive the telemetry signal transmitted by the airborne TGS unit. This unit is a single conversion super heterodyne FM receiver operating at 1486.5MHz. This unit has four connectors. They are RF input connector (J1), Power connector (J2), Signal connector (J3) for AGC signal and a Video output connector (J4). This unit operates at 28V DC and consumes a typical power of 5.6 watts.
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83000-A -
Coaxial Dynamics
When you need Peak power measuring capability in the 2 to 2300 MHz frequency range and from 100 mW to 10 kW, then you need to get your hands on our Model 83000-A RF Peak Reading Wattmeter -- only from Coaxial Dynamics.
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Analog Devices Inc.
Analog Devices RF switch modules include the highest bandwidth switch modules. SPST, SPDT, SP4T, SP6T, and SP8T versions (reflective and absorptive) are available for a wide range of power (up to 27 dBm) applications, including antenna switching, filter switching, and tuner applications.
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VM-7 -
TEGAM Inc.
The TEGAM Model VM-7 is a 30MHz receiver that performs precise measurement of RF power ratios over a wide dynamic range. It offers averaging, high resolution, and offset features to improve measurements and speed accessible through front panel keystrokes, or remotely through a GPIB controller.
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1OVX312VZK-1X11 -
ELMA Electronic, Inc.
This 14 slot 3U OpenVPX backplane (12 payload +2 power supply slots) supports high speed signals on all data paths plus has VITA67.3 modular connectors compatible with legacy VITA 67.1 and VITA 66.4 RF and optical I/O connectors.
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LP Technologies
LPT-3000 Portable Spectrum AnalyzerThe LP Technologies LPT-3000 Spectrum Analyzer is a fully synthesized RF Spectrum Analyzer featuring simple user controls which allow the novice or the seasoned expert to use the LPT-3000 right out of box. The LPT3000 provides you with a powerful RF test and measurement tool for CDMA and WCDMA RF systems, broadcast RF systems, EMI/EMC. The features include 6.4 color display, centronics printer, internal memory, USB host, built in CDMA measurement (ACP, Channel Power and Occupied bandwidth). The LPT 3000 Spectrum Analyzer gives educational institutions, mobile and communication system manufactures and RF product service centers a quality RF test instrument at an unbelievably affordable price.
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SE-UDPS -
Salland Engineering
Load boards for applications like mixed signal, analog and RF require active components. To drive these active components multiple utility power supplies are needed. The SE-UDPS from Salland Engineering is an economical way of adding more utility power supplies to your Advantest™ V93K to drive op-amps, buffers, relays and switches. The SE-UDPS extends the usefulness of your current fleet of V93Ks. You can also minimize the need to add external power supplies on your load boards.
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X-COM Systems
Our Components product line consists of standard RF components and unique designs for custom microwave applications. We provide rugged, reliable and quality solutions for low and high power attenuation, termination, coupler, and power-divider applications. In addition to our extensive line of standard products, Bird has a reputation for designing custom solutions for custom applications. Bird has done hundreds of special versions of RF components to meet the unique needs of our customers. Common requests for customization include: Special Connectors, Non-Standard Attenuation Values, Mismatch Loads, Exceptional Peak or Average Power Handling Capability, Extremely Low VSWR Requirements, Custom Test Requirements and many others!
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Bird Technologies
Bird RF Laboratory Sensors have been depended upon for decades to provide highly accurate power measurement of laboratory and semiconductor production processes. Ranging from the 4020 Series sensors capable of 3% accuracy and the more advanced 4027 Series sensors capable of 1% accuracy. These highly accurate sensors have also been integrated into turnkey calibration carts that integrate all the components required to measure, display and dissipate power from RF delivery systems. Even more sophisticated systems, the VIP and BDS have been developed to not only measure voltage and current but also the phase relationships between them to enable a higher degree of insight into modern, complex semiconductor processes.
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BSC Filters
Future RF systems must be flexible and adaptive to changes in spectrum and configuration, both in use and throughout their life cycle. As part of our adaptive filtering roadmap, BSC introduces novel approaches to market, which surpass the industry standards in terms of selectivity, power handling, miniaturisation and flexibility.
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MegaPhase, llc
Low Loss, Low VSWR for Integrated Systems: MegaPhase also manufactures high performance coaxial cables using GrooveTube® technology for high power and phase-defined systems, including electronic warfare, telecommunications equipment and many other RF platforms on the ground, sea, air and space.
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39E12WUX98Y2VCM0-SOSA1 -
ELMA Electronic, Inc.
3U OpenVPX development platform aligned with SOSA 1.0. It supports both SOSA and CMOSS profiles. It includes: 2 I/O intensive SBC, 7 primary payload, 1 radial clock, 2 switch and 2 power. Includes VITA 67.3 RF and optical I/O modules.
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NANO-POLE® Series -
Pole/Zero
The NANO-POLE® is designed for optimal size, DC consumption, RF power handling, insertion loss, signal purity and linearity. The NANO-POLE® provides a minimum center frequency step size of 10 MHz typically but can be modified based upon request. The NANO-POLE® requires a +3.0 V supply that typically draws 5 mA when not hopping. The supply voltage should be adequately filtered as noise present on this pin will influence the RF signal purity. The NANO-POLE® uses SPI control interface.