Conducted Emissions

 

Evaluate your DUTs line outputs (power and data) for compliance per FCC, UL, MIL-461, DO-160 and any other test standards. A conducted emissions test setup is done with a few pieces of equipment and can be accomplished quickly by novice engineers. Having an appropriate and properly grounded test setup ensures consistent and reliable measurements when evaluating your products conducted emissions. The EMC Shop is an ISO 17025 accredited company, stocking all the equipment to test conducted emissions.

 

Application Overview - Conducted Emissions Testing

 

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EMC Conducted Emissions Test Setup

EMC Conducted Emissions Setup

Conducted Emissions There are 64 products.

Subcategories

  • Analyzers, Receivers and Scopes

    Most any signal or spectral analysis unit can be used to evaluate the quality of your electrical components and DUT's. Quasi peak detection and EMI filters are offered as options by many manufacturers. EMI Receviers and EMC analyzers have the required hardware and software to help identiry problem areas in both conducted and radiated applications, saving time on pre-certifciation and saving money but better identifing issues that may cause failure at the certification lab.

  • Impedance Stabilization Networks (Power and Data Lines)

    Impedance Stabilization Networks  also known as Artificial Mains Networks are the most common transducer to perform conducted emission testing. For testing electrical power lines a Line Impedance Stabilization Network (LISN) is required. To test data lines an Impedance StabilizatioN Network (ISN) is used.

  • Transient Limiters

    Used between the LISN and measuring device such as an EMI receiver or a spectrum analyzer to protect the unit from high voltage spikes. Most transient limiters are spec'd to meet commerical and military conducted emissions standards (9 kHz to 30 MHz)

  • Preamplifiers

    Used inbetween close field probes and the measuring device (Spectrum analyzer or EMI receiver) to maximize performance of the probes and help identify problem areas while taking real time measurements.

  • Probes and Clamps

    Close field probes, current probes, voltabe probes and abosrbing clamps are scondary components required in some commercial and military & aerospace conducted emissions standards. The EMC Shop is an ISO 17025 accredited company with inventory of many electromagnetic probes and clamps for conducted emissions testing.

  • Accessories

    Conducted Emissions Accessories

  • Turnkey Bundles

    Rent, buy or lease turnkey test equipment bundles for conducted emissions testing to FCC, MIL-STD and more. The EMC Shop specializes in emissions test, pre-certification and compliance.

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Showing 37 - 48 of 64 items
    • 10 kHz to 10 MHz Frequency Range
    • Price is for a pair of LI-125A line impedance stabilization networks
    • Frequency range of 10 kHz to 10 MHz
    • Fully compliant with MIL-STD 461
    • 100 Amp(AC) (forced air cooling)
    • “Air-core” inductors to prevent saturation
    • Individual Calibration Included
    • Three-Year Warranty
    Typically In Stock
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    • 30 MHz - 1 GHz Frequency Range
    • RF Disturbance power measuring, according to CISPR 14 (EN 55014)
    • Aperture Diameter: 34.9 mm (1.37 inches)
    • Insetion Loss: 14 dB to 21 dB
    • Typically in stock with calibration and 3 Year warranty
    Typically In Stock
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    • 30 MHz - 1 GHz Frequency Range
    • RF Disturbance power measuring, according to CISPR 14 (EN 55014)
    • Aperture Diameter: 12.7 mm (0.5 inches)
    • Insetion Loss: 14 dB to 21 dB
    • Typically in stock with calibration and 3 Year warranty
    Typically In Stock
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    • Frequency range: 1 MHz to 3 GHz (nominal range);200 kHz to 4 GHz (utilizable range)
    • Gain: typ. 12.5 dB
    • Gain flatness: ±0.3 dB (1 MHz to 1 GHz); +0.3 / -2.5 dB (200 kHz to 3 GHz)
    • RF-Input: N - female, 50 Ω
    • RF-Output: N - male, 50 Ω
    • VSWR (input): ≤1.5
    • Noise figure: typ. 4 dB
    • 1 dB-compression (output): >+12.5 dBm (119.5 dBμV)
    In Stock
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    • Artificial Network as per ISO 7637 or CISPR 25/ ISO 11452-4
    • Frequency range: 100kHz - 108MHz
    • DC voltage max. 400V
    • AC voltage max. 250V (up to 1kHz)
    • Current max. 50A AC/DC cont.
    • Insertion loss < 3dB
    • Compact design
    In Stock
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    • The only complete, compliant solution for ISO 7637-2 emissions testing
    • Clean, reliable 100 A operation with very low voltage drop
    • Industry standard relay footprint for a wide selection of relays (one 100 A relay included)
    • Separate control station with automatic, manual or external triggering of the switching behavior
    In Stock
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    • 1 kHz – 250 MHz Frequency Range
    • For laboratory and field testing
    • Probe has a small outer diameter
    • Approximately 71 mm with an internal diameter of 32 mm
    • DBΩ (Nominal): Ø
    • ZTΩ (Nominal): 1
    • Calibration Fixture: FCC-MPCF-3-32/71/19
    • DC to 400 Hz: 100 amperes
    In Stock
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    • Price is for a pair of LI-125A line impedance stabilization networks
    • Fully compliant to CISPR 16-1-2 / ANSI C63.4
    • "Air-core" inductors to prevent saturation
    • Provides a near 1:1 (<0.5 dB insertion loss) 50Ω coaxial measurement port (type-N)
    • Provides a defined, stable, impedance to the Equipment Under Test (EUT)
    • Individual Calibration Included
    • Three Year Warranty
    Typically In Stock
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    • Wide Frequency Range - 1 MHz to 1 GHz
    • Improved measurement system sensitivity during EMC compliance testing
    • Amplify the signals that were previously hidden below the noise floor
    In Stock
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    • Helps to protect spectrum and measuring receivers from damage
    • Filters very low frequencies <9 kHz
    • 10 dB Attenuator
    Typical Lead Time 3 - 4 Weeks
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    • E7400A Series EMC Analyzer
    • Close Field Probe Set
    • Biconical Antenna
    • Log Periodic Antenna
    • Line Impedance Stabilization Network (LISN)
    • Amplifier
    • Transient Limiter with High-Pass Filter
    Typically In Stock
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    • Broadband Frequency Range of 1 MHz - 1000 MHz
    • Low Noise Figure: less than 6 dB
    • High Gain: 33 dB
    • Low VSWR: 1.3:1 Max
    • Output Power: +4 dBm @ 1 dB compression
    • Flatness: ± 3 dB
    • Reverse Isolation: Greater than 30 dB
    • Impedance: 50 Ohms
    • Connector: N-type (f)
    Typically In Stock
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Showing 37 - 48 of 64 items