Filter Results By:

Products

Applications

Manufacturers

Standards

A controlled reference or acknowledged technical criterion.

See Also: IEC, IEEE, Mil, Interoperability Test, Compliance


Showing results: 6091 - 6105 of 6683 items found.

  • GPIB-RS232, Instrument Control Device - Taiwan 110VAC

    779732-11 - NI

    The GPIB‑RS232 is an IEEE 488 controller device for computers with an RS232 port. You can use this device to integrate an instrument into your system using GPIB. This device transforms a computer with an RS232 serial port into a talker, listener, or controller on the GPIB bus. It can also interface RS232 instruments and peripherals to the GPIB bus. It can implement the physical and electrical specifications of the IEEE 488 and RS232 standards, as well as interpret and execute high-level commands from the serial port, including RS232‑to‑GPIB and GPIB‑to‑RS232 protocol conversions. This device is IEEE 488.2 compatible. The device includes a license for the NI‑488.2 driver software, providing maximum reliability for connecting to third-party instruments with GPIB.

  • GPIB-RS232, Instrument Control Device - Swiss 220VAC

    779732-02 - NI

    The GPIB‑RS232 is an IEEE 488 controller device for computers with an RS232 port. You can use this device to integrate an instrument into your system using GPIB. This device transforms a computer with an RS232 serial port into a … talker, listener, or controller on the GPIB bus. It can also interface RS232 instruments and peripherals to the GPIB bus. It can implement the physical and electrical specifications of the IEEE 488 and RS232 standards, as well as interpret and execute high-level commands from the serial port, including RS232‑to‑GPIB and GPIB‑to‑RS232 protocol conversions. This device is IEEE 488.2 compatible. The device includes a license for the NI‑488.2 driver software, providing maximum reliability for connecting to third-party instruments with GPIB.

  • GPIB-RS232, Instrument Control Device - Japan 100VAC

    779732-07 - NI

    The GPIB‑RS232 is an IEEE 488 controller device for computers with an RS232 port. You can use this device to integrate an instrument into your system using GPIB. This device transforms a computer with an RS232 serial port into a talker, listener, or controller on the GPIB bus. It can also interface RS232 instruments and peripherals to the GPIB bus. It can implement the physical and electrical specifications of the IEEE 488 and RS232 standards, as well as interpret and execute high-level commands from the serial port, including RS232‑to‑GPIB and GPIB‑to‑RS232 protocol conversions. This device is IEEE 488.2 compatible. The device includes a license for the NI‑488.2 driver software, providing maximum reliability for connecting to third-party instruments with GPIB.

  • GPIB-RS232, Instrument Control Device - Korea 220VAC

    779732-09 - NI

    The GPIB‑RS232 is an IEEE 488 controller device for computers with an RS232 port. You can use this device to integrate an instrument into your system using GPIB. This device transforms a computer with an RS232 serial port into a talker, listener, or controller on the GPIB bus. It can also interface RS232 instruments and peripherals to the GPIB bus. It can implement the physical and electrical specifications of the IEEE 488 and RS232 standards, as well as interpret and execute high-level commands from the serial port, including RS232‑to‑GPIB and GPIB‑to‑RS232 protocol conversions. This device is IEEE 488.2 compatible. The device includes a license for the NI‑488.2 driver software, providing maximum reliability for connecting to third-party instruments with GPIB.

  • GPIB-RS232, Instrument Control Device

    779732-10 - NI

    The GPIB‑RS232 is an IEEE 488 controller device for computers with an RS232 port. You can use this device to integrate an instrument into your system using GPIB. This device transforms a computer with an RS232 serial port into a talker, listener, or controller on the GPIB bus. It can also interface RS232 instruments and peripherals to the GPIB bus. It can implement the physical and electrical specifications of the IEEE 488 and RS232 standards, as well as interpret and execute high-level commands from the serial port, including RS232‑to‑GPIB and GPIB‑to‑RS232 protocol conversions. This device is IEEE 488.2 compatible. The device includes a license for the NI‑488.2 driver software, providing maximum reliability for connecting to third-party instruments with GPIB.

  • Single-ended, Direct Connect Probe, 34-Channel, 4 X 160-pin

    U4206A - Keysight Technologies

    The U4206A is a direct-connect probe/cable with a standard soft touch pro connector at one end that routes to four 160-pin connectors that plug into the front panel connectors of a U4164A logic analyzer module. The U4206A is designed to be used with either the quad state mode or ¼ channel 10 GHz timing mode of the U4164A logic analyzer module. For use in quad state mode only, the U4206A includes two flying leads to connect additional clock qualifier signals into the clock inputs on Pods 3 and 7. Please refer to the U4164A installation guide for specific details on the operation of the U4164A quad sample state or ¼ channel 10 GHz timing modes of operation.

  • PCIe-8381, x8 Gen2 PCI Express Host, 3.2 GB/s, Copper or Fiber-Optic Cable MXI-Express Device for PXI Remote Control

    782361-01 - NI

    The PCIe‑8381 is an MXI‑Express remote controller for devices or systems cabled over PCI from a computer with a PCI Express slot. The PCIe‑8381 remote controller provides a x8 PCI Express link over a copper or fiber-optic cable to the PXIe‑8380 remote control module when used for PXI system control. Fiber‑optic MXI‑Express solutions are ideal for long‑distance‑device control and electrical isolation. This link is transparent to software applications and drivers, so industry‐standard desktop computers and servers can control connected devices with no additional programming. With NI remote controllers, PXI modules can be used as if they are PCI devices directly installed in the computer.

  • Non-Contact H.V. Detector

    381 HP - Standard Electric Works Co., Ltd

    ● Protection class : IP65.● 7 voltage settings : 120V, 4kV, 15kV, 25kV, 35kV, 46kV, 69kV● Bright LED visual indication● Vibration function● Frequency range : 40~70Hz● Audible indication● Easy-to-prove method● Power source: 9V alkaline battery ● Non-contact detection by proximity● Compatible with most hot sticks● Lightweight, robust & compact● Special ranges are available upon request● Flashlight function● Safety standard : EN 61326-1   CISPR 11● Operating temperature and humidity :      0°C ~ 40°C / 80% R.H. Max. ● Dimensions : 262(L) × 85(W) × 56(D)mm● Weight: Approx. 345g

  • Non-Contact H.V. Detector

    380 HP - Standard Electric Works Co., Ltd

    ● Protection class : IP65.● 7 voltage settings : 120V, 4kV, 15kV, 25kV, 35kV, 46kV, 69kV●  Bright LED visual indication●  Vibration function●  Frequency range: 40~70Hz●  Audible indication●  Easy-to-prove method●  Power source : 9V rechargeable battery● Can be charged with the automotive● Non-contact detection by proximity● Compatible with most hot sticks● Lightweight, robust & compact● Special ranges are available upon request● Flashlight function● Safety standard :  EN 61326-1   CISPR 11● Operating temperature and humidity : 0°C ~ 40°C / 80% R.H. Max. ● Dimensions: 262(L) × 85(W) × 56(D)mm● Weight: Approx. 330g

  • Voltage/Continuity Tester

    VOT-52 - Standard Electric Works Co., Ltd

    ● Voltage test: 12V to 1000V AC/DC (8 LEDs) with indication by buzzer.● Voltage range: 12V, 24V, 50V, 120V, 230V, 400V, 750V, 1000V.● Test leads positioned at 19mm apart.● Interchangeable probe tip for 2mm and 4mm.● Polarity test : LED +/-● Audible continuity test.● Phase rotation test : /● Self-test button to ensure proper function of the device prior to testing.● Waterproof design, protection class: IP65.● Phase / Neutral identification.● Rubberized double-molded housing.● ELCB / RCD trip test.● Flashlight function.● Safety standard : IEC/EN 61010-1 III 1000V IEC/EN 61010-1 IV 600V IEC/EN 61243-3 EN 61326-1

  • PXIe-5451, 145 MHz, 16-Bit, 512 MB, PXI Waveform Generator

    781204-02 - NI

    PXIe, 145 MHz, 16-Bit, 512 MB, PXI Waveform Generator—The PXIe‑5451 is a 145 MHz, dual‐channel arbitrary waveform generator capable of generating user-definied waveforms, standard functions, and I/Q communications signals. It is an ideal instrument for including in systems for testing devices with I/Q inputs, or as the baseband component of an RF vector signal generator as wells as time-domain signals like envelope tracking. The PXIe‑5451 also features onboard signal processing (OSP) functions that include pulse shaping and interpolation filters, gain and offset control, and a numerically controlled oscillator (NCO) for frequency shifting. The PXIe‑5451 also features advanced synchronization and data streaming capabilities.

  • PXIe-5451, 145 MHz, 16-Bit, 128 MB, PXI Waveform Generator

    781204-01 - NI

    PXIe, 145 MHz, 16-Bit, 128 MB, PXI Waveform Generator—The PXIe‑5451 is a 145 MHz, dual‐channel arbitrary waveform generator capable of generating user-definied waveforms, standard functions, and I/Q communications signals. It is an ideal instrument for including in systems for testing devices with I/Q inputs, or as the baseband component of an RF vector signal generator as wells as time-domain signals like envelope tracking. The PXIe‑5451 also features onboard signal processing (OSP) functions that include pulse shaping and interpolation filters, gain and offset control, and a numerically controlled oscillator (NCO) for frequency shifting. The PXIe‑5451 also features advanced synchronization and data streaming capabilities.

  • PXIe-5451, 145 MHz, 16-Bit, 2 GB PXI Waveform Generator

    781204-03 - NI

    PXIe, 145 MHz, 16-Bit, 2 GB PXI Waveform Generator—The PXIe‑5451 is a 145 MHz, dual‐channel arbitrary waveform generator capable of generating user-definied waveforms, standard functions, and I/Q communications signals. It is an ideal instrument for including in systems for testing devices with I/Q inputs, or as the baseband component of an RF vector signal generator as wells as time-domain signals like envelope tracking. The PXIe‑5451 also features onboard signal processing (OSP) functions that include pulse shaping and interpolation filters, gain and offset control, and a numerically controlled oscillator (NCO) for frequency shifting. The PXIe‑5451 also features advanced synchronization and data streaming capabilities.

  • GPIB-RS232, Instrument Control Device

    779732-12 - NI

    The GPIB‑RS232 is an IEEE 488 controller device for computers with an RS232 port. You can use this device to integrate an instrument into your system using GPIB. This device transforms a computer with an RS232 serial port into a talker, listener, or controller on the GPIB bus. It can also interface RS232 instruments and peripherals to the GPIB bus. It can implement the physical and electrical specifications of the IEEE 488 and RS232 standards, as well as interpret and execute high-level commands from the serial port, including RS232‑to‑GPIB and GPIB‑to‑RS232 protocol conversions. This device is IEEE 488.2 compatible. The device includes a license for the NI‑488.2 driver software, providing maximum reliability for connecting to third-party instruments with GPIB.

  • Emissions Test System

    PC-114 - Com-Power Corporation

    Perform Radiated & Conducted EMI pre-compliance testing at your facility up to 1 GHz. Com-Power PC-114 EMI emissions test system is a ideal solution performing pre-compliance EMC testing from 9 kHz - 1 GHz.. It has essential equipment needed for radiated and conducted EMI emissions measurements. The system includes a spectrum analyzer, antennas, near field probes, a preamplifier, LISN and a non conductive antenna tripod. Pre-compliance testing in EMC is a commonly used term not easy to define. In general, it implies testing done prior to formal testing for legal compliance. Formal legal compliance is performed at a facility designed and equipped with test instrumentation that is fully compliant with the applicable EMC standards. Such facility and instrumentation is capital intensive and can be expensive even to rent and not easily available. Compliance testing is performed per exacting requirements of the Standards and other reference documents adhering to the test methods and last detail. In addition, the test facility may require to be accredited by an accreditation body such as NVLAP, A2LA. Often it is desirable to know prior to compliance testing at such facility, whether a product is close to compliance and also how close. Pre-compliance testing is specially useful for specifications such as FCC, Part 15, EN 55022 or EN 55011 (CISPR 22 or CISPR11). Pre-compliance testing usually means using the full compliance methods but making a few educated compromises in use of site or equipment to reduce costs and testing time. Here are some benefits of pre-compliance testing.

Get Help