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Carriers

Carrier devices are practical for adapting your product to a standard interface for testing on the bench or in the chamber.


Showing results: 646 - 660 of 732 items found.

  • Discrete Module for Multi Protocol 4000 Boards

    Excalibur Systems, Inc.

    Discrete Module for Multi Protocol 4000 BoardsThe M4KDiscrete is an interface module for the multimode, multiprotocol Excalibur EXC-4000 family of carrier boards. The M4KDiscrete provides a complete solution for developing and testing discrete voltage-level interfaces.The module contains control I/O registers that may be accessed in real time. The module supports 20 discretes. The user can set each discrete:• Either as input or output.• Either to TTL (0 – 5V) or Avionics (0 – 32V) voltage levels and• Either enable or disable external debounceOutput discretes are open collector, capable of handling up to 32V with a maximum current of 100 mA each. There is a 4092 word FIFO, capable of storing 1023 Discrete entries containing the discrete data and Time tags.

  • Qseven Rev 2.1 Application Board With LVDS, HDMI, Dual LAN And Audio

    Q7B301 - Axiomtek Co., Ltd.

    The Q7B301 is an ultra-compact Qseven reference carrier board which measures only 100 x 72 mm - the size is slightly bigger than a credit card. The Q7B301 is perfect for small box applications such as those found in the latest digital signs, kiosks and traffic control system. This Qseven application board offers various I/O connectors and flexible expansion features to reduce the design effort to the minimum. The Q7B301 also has an extended industrial grade operating temperature range of -40ºC to +85ºC to withstand the rigors of harsh environments. Axiomtek’s new Qseven Rev. 2.1 application board, Q7B301, is compatible with Qseven module – Q7M311 which is powered by the Intel® Pentium® Processor N4200 and Celeron® Processor N3350. Customers can emulate required functions on Q7M301 as a reference design board or integrate the Q7M301 directly into their product as the application board. Its minimum footprint also enables the maximum potential. The Q7M301 is especially suited for industrial IoT applications such as industrial control, medical imaging, digital signage, gaming machines, military, and networking. The Q7B301 comes with two PCI Express Mini Card slots and one SIM card slot for wireless communication (3G/4G, GPS, Wi-Fi and Bluetooth). For enhanced or high-definition audiovisual devices, the Qseven reference carrier board supports one HDMI and LVDS interfaces as well as HD audio and 4-channel digital I/O. More I/O interfaces include two Gigabit LANs with Intel® i211AT Ethernet controller, two RS-232/422/485, one USB 2.0, two USB 3.0, one SMBus, and one I2C. Furthermore, it has one SATA-600 interface for storage requirements.

  • ELT STALKER Vector-finder

    VF-121 - National RF, Inc

    The Vector-Finder Types VF-121 and VF 121A are unique in the Vector-finder series of direction finding antennas. They incorporate a proven design, electro statically shielded loop sensing element with modern solid state low noise analog and digital technology to allow detection and location of aircraft band signals. Both the VF-121 and the VF 121A incorporate a unique digital modulator which allows the user to more easily home-in on unmodulated carriers. Such cases occur at airports when transmitter may be accidentally keyed on during aircraft overnight layovers. The VF-121 is specifically designed to be used on airport premises where signal strengths are high. To compensate for very strong signals, an integral attenuator is also incorporated to allow the user to operate the unit close-in to aircraft. The VF-121A differs in that a high gain, low-noise preamplifier is utilized with the sensing element in order to hunt signals that may be weak or at a distance. The unit is ideally suited for the location of ELT transmitters in the field. Both units are tunable over the 118 MHz to 130 MHz aircraft frequencies and interface directly to the user’s aircraft band receiver or transceiver via the antenna jack. With the antenna system connected to the receiver, the user will hear the desired signal. If the signal is unmodulated, the digital modulator will generate a tone on the carrier. When the handheld unit is rotated about, an audible null on the received signal or the generated tone will be heard. This null aligns with the axis of the equipment case and represents the direction of the received signal. This direction may be read from the black dial compass mounted on the top of the enclosure. As the response is bi-directional, triangulation may be used to determine the true bearing when the true direction is not known.

  • OnyxFX FlexorSet 4-Ch 16-bit: 500 MHz A/D & 2 GHz D/A - PCIe

    Model 7070-324 - Pentek, Inc.

    The FlexorTM Model 3324 is a multichannel, high-speed data converter FMC. Itis suitable for connection to HF or IF ports of a communications or radar system. It includes four 500 MHz, 16-bit A/Ds, four 2 GHz, 16-bit D/As, programmable clocking, and multi-board synchronization for support of larger high-channel count systems. When combined with a Pentek 3U VPX or a PCIe FMC carrier, the 3324 is available as a FlexorSet, a complete turnkey data acquisition solution.

  • Automated Distortion Characterization and Information System

    ADCS - Matrix Test Equipment Incorporated

    The Automated Distortion Characterization and Information System (ADCS) is an extension of the Matrix equipment control software that automatically makes RF measurements selected from the following: Cross Modulation (XMOD), Composite Triple Beat (CTB), Composite Second Order (CSO), Carrier to Noise (C/N), Discrete Second Order, Discrete Third Order Distortion. Measurements are made, and the test results and a profile describing the test conditions are saved in a database for later retrieval or reporting.

  • FMC Loopback Test Board

    Kaya Instruments

    The FMC loopback tester board enables developers and assembly factories to test and characterize the FMC carrier board interfaces. The board features full differential loopbacks on all the FMC high pin count (HPC) connector interfaces including LA, HA, HB, DP and CLK. It also provides a 125MHz transceiver LVDS reference clocks on GBTCLK signals. The FMC loopback board is based on VITA 57 standard with ruggedized conduction or air cooling.

  • Expansion Adapter Chassis

    TB3-TO-CMC-LP - Abaco Systems Inc

    The TB3-TO-CMC-LP is an expansion adapter chassis using the Intel Thunderbolt 3 interface. The adapter allows the use of a front I/O XMC or PMC card outside its normal confines of a single board computer (SBC) or PC hosted carrier card. The TB3-TO-CMC-LP enables the deployment of XMC or PMC modules in systems previously unable to host them -- laptops, small form factor PCs, and other computers lacking add-in slots.

  • LVDS Digital I/O with Virtex-6 FPGA - XMC

    Model 71610 - Pentek, Inc.

    - 32 bits of LVDS digital I/O- One LVDS clock- One LVDS data valid- One LVDS data suspend- Supports LXT and SXT Virtex-6 FPGAs- DMA controller moves data to and from system memory- Up to 2 GB of DDR3 SDRAM- PCI Express Interface- Optional user-configurable gigabit serial interface- Optional LVDS connections to the Virtex-6 FPGA for custom I/O to the carrier board- RoHS Compliant Lead-Free Version Available

  • 6U Form Factor PMC/PrPMC Carrier-VMEbus

    i4400 - AcQ Inducom

    The i4400 is a low-cost 6U form factor PMC / PrPMC carrier for the VMEbus and forms the basis of a flexible I/O system. It offers the user a means of integrating two single PMC modules or one double PMC module in a VMEbus system. The current version of the i4400 supports PMC modules and also supports Processor PMC modules on one PMC-site. The VME-to-PCI bridge is implemented in an FPGA for flexible VME-to-PCI mapping and to allow future updates and upgrades.

  • LTE/LTE-Advanced Multi-Channel, Reference Solution

    Keysight Technologies

    Gain greater insight faster with a compact, multi-channel LTE-A PXI signal generator and signal analyzer reference solution.This Reference Solution uses world-class Signal Studio software to create complex LTE-A waveforms and the 89600 VSA/WLA software to connect to multiple analyzers. The VSA software allows engineers to quickly view multiple antenna elements simultaneously and analyze the RF performance and modulation domains for timing and signal quality issues in complex carrier aggregation and MIMO/beamforming designs.

  • Voice Quality Solutions

    GL Communications Inc.

    Communications is dramatically changing right now, as “mobility” and “IP” technologies such as LTE, Advanced LTE, WiMax, 3G, and Broadband Internet, lead this transformation. As these technologies are rolled out, basic voice/video/data quality will ultimately determine the fate of carriers and end equipment manufacturers. Simple and effective methods of testing voice, video, and data are sorely needed - GL’s Voice, Video, and Data Quality Test Solution provides this flexibility of connecting to and between any network, any service, and any interface.

  • Battery Monitoring System

    BMS-3923 - Kongter Test & Measurement Co., Limited

    This battery monitoring system is an innovative solution to measure battery condition with communication way of Power Line Carrier (PLC). With multi-frequency measurement, users can monitor and analyze battery in all aspects: internal resistance, voltage, current, capacitance, temperature and so on.Based on our years experience for battery management system, we build very mature mathematical model that precisely predicts battery capacity. This will in another hand reduce the time that we spend on capacity measurement using a battery load bank.

  • UXG X-Series Agile Signal Generator, 10 MHz to 40 GHz

    N5193A - Keysight Technologies

    Get closer to reality: simulate increasingly complex signal environments for radar, EW & antenna-test Test sooner & increase confidence in EW systems by generating signal simulations when you need them: the UXG is a scalable threat simulator Use pulse descriptor words (PDWs) to generate long pulse trains & individually control pulse characteristics Accurately simulate multi-threat environments: 180-ns PDW update rate, chirps 10 to 25% of carrier frequency, pulses as narrow as 10 ns

  • External/In-Building Antennas

    Pulse Electronics

    Pulse’s External and In-Building antenna solutions are used worldwide, providing organizations and Public Safety entities with the coverage that they rely on every day. In both portable and fixed designs, for a variety of frequencies UHF, VHF, 4G LTE/5G, WiFi 6e, GNSS and more, our External/In-Building antenna products are critical to a network’s functionality. Our V-Thinity and Clarity series antennas offer sleek low profile, aesthetically pleasing designs that can be implemented in a variety of solutions throughout in-building applications. Our portable antennas are designed and tuned specifically to work with your handheld radios and devices of choice. Pulse’s capability to adhere to Passive Intermodulation (PIM) requirements while maintaining carrier grade quality has made us a leader in the In-Building market. You can search through our selection of catalog External/In-Building products using the table below to extend your wireless coverage.

  • TMD37003 cRGB Color and Proximity Sensor

    SEN-36004 - Playing With Fusion Inc

    Fully integrated carrier board designed to get the most out of the TMD37003 cRGB (color with IR compensation) and Proximity Sensor from AMS. This means that the board includes a 1.8V-5V input range LDO and high-speed signal voltage translation on all IO pins. In addition, we've added a high output white LED that is tuned to the light temperature range of the TMD37003 IC. This makes sensing color of close-proximity objects possible, such as in robotic color sorting operations. As on many of our boards, we've included 4-40 sized mounting holes to make installation easy. The IC functions are interfaced via a 0.1" header, which includes power (Vdd and GND), I2C interface (again, fully translated) and a 3.3V input to power the proximity (IR) LED. The on-board LED is turned on with a logic 'HIGH' applied to the LED pin and is powered with Vdd.

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