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Showing results: 2986 - 3000 of 3352 items found.

  • MMCX Connectors

    Pasternack Enterprises, Inc.

    Pasternack MMCX connector category has many part numbers, most are RoHS and REACH compliant. MMCX connector series in this category will terminate to coax or PCB (printed circuit board). Our MMCX connector product line is built to precise microwave and RF industry specifications. MMCX connector items are constructed in jack or plug gender with 50 Ohm impedance. Connectors in the MMCX seris are available in straight or right angle versions, as well as, mountless options. These MMCX connector designs include crimp/solder or solder attachment methods. We offer MMCX connection products with standard or high performance levels constructed with brass or stainless steel bodies. As with the other over 40,000 RF, microwave and millimeter wave products from Pasternack, this MMCX connector series is in-stock. Not only in stock, but they also will ship the same day as purchased.

  • BNC Connectors

    Pasternack Enterprises, Inc.

    Pasternack BNC connector category includes many part numbers, most are RoHS and REACH compliant. BNC connector series in this category will terminate to coax, PCB (printed circuit board) or terminal. Our BNC connectors are built to precise industry specifications. BNC connector items are constructed in male or female gender in standard polarity or reverse polarity threads, with 50 Ohm impedance. Connectors in BNC series are available in straight or right angle versions, as well as, 4 hole flange, bulkhead, 4 hole panel or mountless options. These BNC connector designs include clamp/solder, crimp/solder, field replaceable, solder or solder/solder attachment methods. As with our other over 40,000 RF, microwave and millimeter wave products from Pasternack, this BNC connector series is in-stock. Not only in stock, but these BNC connectors will ship the same-day as they are purchased.

  • 8/16-CH 16-Bit Analog Output Cards

    PCI-6208/6216 Series - ADLINK Technology Inc.

    ADLINK PCI-6208/6216 series are 8 or 16-CH, 16-bit, analog output cards. The PCI-6208V-GL offers 8 voltage outputs with ±10 V range, featuring 15-bit monotonicity and 10 V/μs slew rate. The on-board analog switches minimize the power-on glitches. PCI-6216V expands the voltage output channels to a total of 16 for higher analog output density requirements. In addition to the voltage output functions, the PCI-6208A features 8 current outputs with ranges of 0-20 mA, 4-20 mA, and 5-25 mA. The daughter board EXP-8A provides high-quality voltage to current transducers. The PCI-6208A device is capable of delivering 14-bit monotonicity with 1.3 mA/μs slew rate. ADLINK PCI-6208 series devices provide high-resolution, high-density analog output functionalities and are suitable for ATE, signal generation, industrial process control, servo control and other industrial control applications.

  • PCIe Carrier For PMC And PrPMC

    PCI104 - Vadatech Inc

    The PCI104 is a PCIe carrier for PCI Mezzanine Cards (PMC) or Processor PCI Mezzanine Cards (PrPMC). The PCI104 carrier allows simplified testing of PMC/PrPMCs and their associated PMC I/O Modules (PIMs) by using a PC environment during board development or deployment. The PCI104 can also reduce the costs of manufacturing PMC/PrPMCs by allowing manufacturers to use off-the-shelf PCs for functional testing. The PCI104 converts the PCIe x4 edge connection to PCI-X via a PCIe to PCI-X bridge. The trace lengths to the PMC/PrPMCare kept to a minimum so the PMC/PrPMC can run with a133MHz PCI-X clock speed. The J4 connector of the installed PMC/PrPMC is routed to a 96-pin DIN connector per theVITA-35 specification. The PCIe to PCI-X bridge can run in either transparent or non-transparent mode and can also operate in forward or reverse mode. The PCI104 has a fan mounted on the board to cool the PMC/PrPMC. The fan can easily be removed for testing and probing of hosted card.

  • FPGA PXIe High-Performance Digital I/O Card

    GX3700e - Marvin Test Solutions, Inc.

    The GX3700e is a user configurable, FPGA–based, 3U PXI Express card offering 160 digital I/O signals which can be configured for single-ended or differential interfaces. The card employs the Altera Stratix III FPGA, which can support SerDes data rates up to 1.2 Gb/s, digital I/O clock rates of 700 MHz, and features over 45,000 logic elements and 1.836 Kb of memory. The GX3700e is supplied with an integral expansion board providing access to the FPGA’s 160 I/Os. Alternatively, users can design their own custom expansion cards for specific applications - eliminating the need for additional external boards which are cumbersome and physically difficult to integrate into a test system. The design of the FPGA is done by using Altera’s free Quartus II Web Edition tool set. Once the user has compiled the FPGA design, the configuration file can be loaded directly into the FPGA or via an on-board EEPROM.

  • High Performance 50 MHz Dynamic Digital I/O PXI Subsystem

    GX5960 Series - Marvin Test Solutions, Inc.

    The GX5960 digital subsystem represents the highest level of performance available for PXI-based digital instrumentation and features high performance pin electronics and a timing generator / sequencer in a compact, 6U PXI form factor. The GX5960 series consists of the GX5961 clock generator board with 16 driver / sensor channels and the GX5964 driver / sensor board which supports 32 bi-directional I/O channels. Up to 528 digital I/O channels can be supported by the GX5960 digital subsystem. Each digital channel features a wide drive / sense voltage range of -14 V to +26 V (maximum swing of 24 volts) which can be individually programmed for a drive hi, drive lo, sense hi, sense lo, and a load value (with commutation voltage level) – offering the user complete flexibility when creating test programs and fixtures for multiple UUTs. In addition, each channel offers a parametric measurement unit (PMU) for DC measurements.

  • VITA 57.4 FMC+ HSPC Loopback Card

    Samtec Inc.

    Samtec's VITA 57.4 FMC+ HSPC Loopback Card provides FPGA designers an easy to use loopback option for testing low-speed and high-speed multi-gigabit transceivers on any FPGA development board or FPGA carrier card. It can run system data or BER testing on all channels in parallel. This makes evaluation and development with an FPGA much easier and is an ideal substitute for 28 Gbps test equipment.

  • Actuation Methods for Functional Test Systems

    Circuit Check, Inc.

    Functional test typically applies full operational power to a final product or a loaded printed circuit board in order to determine if the Product/ PCB performs functions as designed. This type of test often involves custom built test equipment and custom test fixturing. Circuit Check supports all forms of functional test strategies within its Signature Series functional test fixtures.

  • Microwave/RF Cable Test Assemblies / General Purpose

    W.L. Gore & Associates

    For test applications that require consistent and highly repeatable measurements, GORE® Microwave/RF Assemblies for general purpose test applications provide reliable electrical performance with proven phase and amplitude stability. The smaller diameter and highly flexible, yet durable construction simplify the routing process while ensuring long-lasting electrical performance after installation, particularly in board-to-board and inside-the-box systems.

  • Mezzanine Cards

    ESD Electronic System Design

    PMC and XMC are the quasi standard for mezzanine cards in VME systems. esd's PMC and XMC modules extend your system with a bus interface (CAN, EtherCAT, Ethernet) or an intelligent sub system (e.g. XMC-CPU/2041, PMC-CPU/440). Furthermore esd develops customized PMC and XMC modules. VME systems without PMC slot can be extended with an esd VME-PMC-Caddy or PCIe-XPIMC-Carrier board.

  • NI STS

    RF Test and Measurement Solutions, LLC

    RFTMS is a leader in configuring systems to meet your needs, as well as designing load board, writing SW, and integrating the final solution. We do this for wafer test, packaged parts, and modules. RFTMS can address any level of integration that your parts employ, from a single functional block, i.e., Power Amplifier (PA) to System-on-a-Chip (SOIC). We test all sorts of RFICs.

  • Test & Development Platforms

    ELMA Electronic, Inc.

    Taking a new board-level product or system from concept to deliverable requires feature-rich development and testing tools. Elma has a varied selection of system development platforms to help you, from our E-Frame and smaller D-Frame to the L-Frame. Select the right backplane for the architecture you are developing on - CompactPCI, CompactPCI Serial, OpenVPX or SOSA - and either air-cooled or conduction-cooled guides to support the development boards.

  • In-circuit and Functional Tester

    Compact SL - SEICA SpA

    This configuration offers a completely automated solution via an integrated, SMEMA-compatible conveyor system, allowing completely automatic board handling and easy integration into high volume production lines. Configurable as ICT, pre-functional, functional and combinational. The compact footprint and the compliance with WCM criteria, enable easy and successful integration both in-line and/or within an automated test island. Cost reduction and high throughput guaranteed.

  • Test Patterns

    DisplayMate Multimedia Edition - DisplayMate Technologies Corporation

    DisplayMate Multimedia Edition is the most advanced and powerful version of DisplayMate ever, with lots of proprietary and highly innovative suites of test patterns for setting up, tuning-up, calibrating, testing, evaluating, diagnosing, and analyzing CRTs, analog and digital LCD, Plasma, DLP, LCoS, and SXRD monitors and projectors, microdisplays, video boards, color printers, TVs and HDTVs, NTSC/PAL Television encoders and decoders, and more.

  • Embedded Computer

    ARCX-4000 - Acromag, Inc.

    Typical applications include military/aerospace deployable systems such as: vetronics, C4ISR, payload management, as well as command and control for drones and robotics. More specifically the ARCX is perfect as a portable data acquisition system in an aircraft by adding a 1553 interface board to a dual unit. Add a FPGA and high-speed graphics card for high-speed video transfer. For multi-sensor monitoring on mobile applications simply add a CAN bus interface.

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