Filter Results By:

Products

Applications

Manufacturers

Faraday Cages

a space surrounded by an electromagnetic radiation barrier

See Also: RF Enclosures, Shielded Box, Shielded Cabinets, Shielded Enclosures, EMI Test Systems


Showing recent results 1 - 13 of 13 products found.

  • Mu-Copper Faraday Cages

    Holland Shielding Systems B.V.

    Mu-copper foil is used to create a Faraday cage in an existing room or building.

  • Measurements on Faraday Cages & Enclosures

    Holland Shielding Systems B.V.

    We can perform electromagnetic radiation tests on your device on emission and immunity. These electromagnetic radiation tests can also be performed on fully shielded rooms, such as Faraday cages.

  • Freestanding Modular Faraday Cage

    Holland Shielding Systems B.V.

    A freestanding (independent of the host building) prefabricated modular Faraday cage provides a superior screening of RF-signals and is applicable in a wide range of situations for a wide range of purposes as described below.

  • Picoamp Booster and Faraday Cage

    CHI200(B) - CH Instruments, Inc.

    With the CHI200(B) Picoamp Booster and Faraday Cage, current down to a few picoamperes can be readily measured. The CHI200 is compatible with the Model 600/A, 700/A series of instruments, while the CHI200B is compatible with Model 600B/C and 700B/C series. When used with 700/A/B/C series bipotentiostat, the Picoamp Booster will affect the primary channel only.

  • Hybrid Vibration Reverberation Chamber

    HY-VRC - EMCTEST Tecnologia Eletronica e TelecomunicaƧao Ltda.

    Hybrid Vibration Reverberation Chamber: HY-VRC is the last up-to-dated performing and improved solution than conventional reverberation chambers for testing small object. It is based on a vibrating Nickel metalized tent structure inside a Faraday cage. It was developed for testing of small antennas and phones for any wireless communications standard.

  • Safety Digital Multimeters

    AMPTEC RESEARCH

    Digital Multimeter is used to measure stray voltage and current in harsh weather environments. Additionally, all internal circuits are conformal coated, it contains an internal all-metal Faraday cage, and has a built-in self-test to ensure ultimate integrity of measurement. The 601ES DMM is NASA Range Safety Board and USAF Space Wing Board approved, proving its intelligent design is ultra-safe.

  • Low current Enclosure

    EverBeing Int'l Corp

    This is the shielding box,so called the dark box made as the Faraday Cage for EMI protection.EMI is really concern especially for low current measurement.The better metal hielding,the lower current you can measure. The structure is composed of two feedthru panels left & right.The feedthru on the feedthru anel have to be specified prior to ordering.Mostly they are female to female x 8 cs/panel.

  • Low Voltage DC/Battery Powered High Voltage Amplifier

    WMA-005 - Falco Systems

    The Falco Systems WMA-005 is a high voltage amplifier that runs from an 24 - 30V DC power supply and can be battery powered if required, e.g. for use in a Faraday cage. Its internal high voltage generator is inductor-free and hence does not spread magnetic interference in sensitive experimental setups. The output noise is impressively low at 3mVrms. For extremely low noise applications where bandwidth is not an issue, a dedicated WMA-005LF version is available that contains an output low pass filter capacitor which reduces the bandwidth to 50Hz, but makes the noise drop to below 0.1mVrms. This bandwidth-limited amplifier is ideal for MEMS or piezo positioning with manual voltage adjustment.

  • Low Voltage DC/Battery Powered High Voltage Amplifier

    WMA-02 - Falco Systems

    The Falco Systems WMA-02 is a high voltage amplifier that runs from an 24 - 30V DC power supply and can be battery powered if required, e.g. for use in a Faraday cage. Its internal high voltage generator is inductor-free and hence does not spread magnetic interference in sensitive experimental setups. The output noise is impressively low at 4mVrms. For extremely low noise applications where bandwidth is not an issue, a dedicated WMA-02LF version is available that contains an output low pass filter capacitor which reduces the bandwidth to 50Hz, but makes the noise drop to below 0.2mVrms. This bandwidth-limited amplifier is ideal for MEMS or piezo positioning with manual voltage adjustment.

  • Low Voltage DC/Battery Powered High Voltage Amplifier

    WMA-01 - Falco Systems

    The Falco Systems WMA-01 is a high voltage amplifier that runs from an 24 - 30V DC power supply and can be battery powered if required, e.g. for use in a Faraday cage. Its internal high voltage generator is inductor-free and hence does not spread magnetic interference in sensitive experimental setups. The output noise is impressively low at 3mVrms. For extremely low noise applications where bandwidth is not an issue, a dedicated WMA-01LF version is available that contains an output low pass filter capacitor which reduces the bandwidth to 50Hz, but makes the noise drop to below 0.1mVrms. This bandwidth-limited amplifier is ideal for MEMS or piezo positioning with manual voltage adjustment.

  • Cell Stand

    CS-3A - ALS Co., Ltd

    The CS-3A Cell Stand is adopted with CHI series Electrochemical Analyzers and other apparatus directly. The cell is enclosed in a Faraday cage to reduce electrical interference. A built-in gas control allows purging a sample. Gas line is provided to purge next sample, while analyzing the present sample separately, thus increasing productivity. Magnetic stirrer allows for controlling the mixing of the sample for experiments requiring mass transport of electrolyte or analyte to the electrode surface. Cell top positioner with detachable cell cap allows easy removal and replacement of the cell vial as well as the electrodes for rinsing, cleaning, and replacement.

  • EMF Measurements/EM Measurements/Electromagnetic Radiation

    Holland Shielding Systems B.V.

    Electromagnetic fields cause interference in electronic devices and may affect the health of people close to where the fields are generated. It is important to recognize this at an early stage in a construction process, for instance at a future construction location or while construction is already underway, so that budgets are not exceeded. By means of field-strength measurements one can chart the existing electromagnetic fields and radiation emitted by GSM, UMTS antennas and transformer spaces, to mention a few examples. These measurements can help determine the best location in the new building for rooms where sensitive measurements are to take place, e.g. in hospitals or nano laboratories. And last but not least, field-strength measurements can detect sources of interference and can be part of a scheduled check of existing screened spaces and Faraday cages.