Conducted Immunity


EMC/EMI Testing Services                 Radiated Immunity Testing                 Emissions Testing (RF, RE, CE)


Verifying your products vulnerability to unexpected electrical transients was once a tedious task and often overlooked. Manufacturers sending their DUT's to test labs only to be sent back not conforming. With pre-programmed scripts for most commercial and military standards, many firms are bringing the capability in house, allowing engineers to hook up and auto run the test to meet IEC, Mil-Std, ISO, CE marking and more.

Rent buy or lease conducted immunity test equipment for pre-compliance and certification. The EMC Shop specialies in RF, electrical transient and other electromagnetic compliance test standards.

Conducted Immunity Test Equipment:

Conducted Immunity Test Standards:

Conducted Immunity There are 91 products.


  • Turn Key Test Systems

    Conducted immunity has several sub methods of testing depending on the standard and type of DUT.  The EMC Shop provides turn key systems to meet most any conducted immunity standards as well as stand alone conducted immunity test equipment

  • Electrostatic Discharge Immunity Test


    Most engineers have fundamental EMC understanding, including the experience of witnessing the ESD testing in a test lab. The test lab often relies on the product manufacturer to determine the test points as they draft the test plan in accordance to the product compliance standard, IEC/EN 61000-4-2 is a common electrostatic discharge immunity test standard, often referred to in product standards.


    Most elecrostatic discharge testing, to most standards, will instruct the technician to run a test sequence of ten discharges in one second intervals in both positive and negative polarity. The test standard may notate a ‘test environment’ consisting of a test bench and grounding plane. For pre compliance testing, this may not be necessary. But take care to not discharge near other (expensive) electronics in use. With each electrostatic discharge, an EM pulse is emitted from the simulator and can affect nearby equipment. For precompliance, ESD generators have a voltage potentiometer to identify failure thresholds.

    What is an Electrostatic Discharge Immunity Test

    The primary goal is to replicate electric static and apply the event to a selected amount of test points. Common locations on todays commercial electronics include a USB port and the touch screen interface. Other locations on the chassis where a user may grab the product should be tested.

    Electrostatic Discharge Immunity Test Setup

    Electrostatic Discharge Immunity Test Setup


    Contact vs Air Electrostatic Discharge Testing

    The goal is to directly apply the electrostatic discharge to the product under test using the contact tip. However, in most instances where a test point is to a non-conductive surface, the air tip is used. The user pulling the trigger to charge the air tip and approach until the discharge. There may be instances where an ESD event is not observed, assuming your electrostatic generator is functioning properly, this is OK and your product passes.


    Videos Electrostatic Discharge Immunity Test

  • Harmonics & Flicker Compliance

    To attain the CE Mark in Europe your product must pass several harmonics and flicker susceptibility tests. The EMC Shop stocks a variety of harmonics, fluctuation, and flicker equipment to satisfy most EMC testing requirements.

  • Voltage Dips and Interruptions Testers

    Rent or buy used Voltage Dips and Interruptions Testers. The EMC Shop specializes in power quality test and compliance, stocking generators for conducted immunity testing.

    Power quality testing and compliance is a key element to for complying to CE, IEC, Mil-STD, DO-160 and more. AC and DC power dips, drops, fails and interruptions are accomplished using fast switching power sources with unique sustainability and preprogrammed waveforms and test routines.

  • Damped Oscillatory Wave

    Oscillating wave generators with defined open circuit waveforms parameters. The oscillating wave, also called a “damped sine” is used to test the immunity of electronic relays and relay systems mounted in an electrical substation or similar harsh environment. Standard met are: IEC 61000-4-12 Ed.1, IEC 61000-4-18 Ed.1 and ANSI C37.90.

  • Surge Simulation (Power & Telecom Lines)

    IEC 61000-4-5 is the most commonly referenced international standard to meet eelctrical surge/combo wave test requirements for power and telecom lines. Specialized surge simulators are available to meet specialized industrial and aerospace applications.

  • EFT Testing


    EFT testing is a routine test  of electronics to determine immunity to micropulse phenomena that occurs along the power and data lines inside facilities, homes and vehicles. It can occur when a light switch is engaged, or a product holding a charge is plugged into the wall. Similarly, PoE can be a source for electrical fast transients along data lines, such as ethernet cables. For the physics, mathematical equations as to why EFT events exist, go back to Google, there are many in depth articles. Most of our customers are satisfied with the general understanding of the test, then more importantly, passing it for compliance and/or improving their product.

    Pass/Fail Criteria for EFT Testing

    The test sequences, clearly defined in IEC/EN 61000-4-4, are a variety of electrical fast transients delivered in bursts, in intervals over the course of several minutes. Most product specific standards give guidance as to what the failure criteria is. IE EN 55024 (ITE equipment) are determined by manufacturer, customer and best practice. This could range from allowing a soft reset during the EFT test sequence, a delay in processing or a system shut down. Usually, burning smells, melted plastic or a good old fashioned fire will be considered a fail. 

    EFT Testing Procedure

    Most modern EFT transient generators have test sequences pre-programmed, with the ability to manipulate test parameters such as pulse frequency and duration. The testing procedure constitutes:

    • Reading the test standard, manual and developing a test plan

    • Setting your product near to the EFT generator, while allowing the user to safely monitor the product.

    • Coupling your product into the generator

    • Starting the test sequence

    • Identify susceptibility areas and narrow down testing to troubleshoot and debug

    • Generate a test report

    EFT Test Setup and Overview

    Meet Electrical Fast Transient/Burst immunity test standards like IEC/EN 61000-4-4 with stand alone EFT/burst simulators.

  • 3-Phase Coupling / Decoupling Networks (CDN's)

    3-Phase Coupling/Decoupling Networks (CDN's)

  • Calibration / Verification Accessories

    Calibration / Verification Accessories

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Showing 1 - 12 of 91 items
    • 200 MHz up to 20 GHz
    • Excellent sensitivity (with preamplifier) of < –161 dBm (1 Hz)
    • All-in-one analyzer: spectrum analyzer, network analyzer and CAT
    • Internal tracking generator, VSWR bridge, bias tee
    • Rugged, splash-proof housing for use in the field
    In Stock
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    • Frequency range: 5 kHz to 6 GHz
    • Power Output: -114dBm to +13dBm
    • Resolution 0.1 Hz
    • Phase offset adjustable in 1° steps
    • For Receiver and EMS Measurements
    In Stock
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    • Input voltage: 220V ± 10%
    • Frequency: 50 Hz
    • Output voltage: continuously adjustable AC: 0-150V/0-300V
    • Output Current: continuously adjustable AC:0-16.8A/0-8.4A
    In Stock
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    • Pulse Voltage:6kV
    • CDN: 250V
    • 16A single phase
    • For IEC 61000-4-2/4/5/8/9/11/12/29 & ANSI
    In Stock
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    • 4 - 8 GHz Frequency Range (nominal)
    • 3.7...8.5 GHz Frequency Range (useable)
    • Linear polarized standard gain horn antenna
    • Use for Radiated Immunity or Conducted Immunity Testing
    In Stock
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    • Standard size: 2.5 by 1 by .9 meters
    • Copper Grounding Straps
    • Ideal for CISPR, MIL, IEC and more
    • 1 mm Copper Top
    • Heavy duty casters
    1-2 Weeks
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    • New Units Ship Immediately
    • 2 Year Warranty
    • 10% off Calibration Service for Life
    • Ideal EN/IEC 61000-4-5
    • 32 memory locations for custom test sequences
    • Built-in 16 Amp Coupling Network AC or DC up to 270V
    • Remote Control Software via USB or Fiber Optic
    • Configurable with EFT4-4 and PQF4-11
    • Integrated 1PH/3-wire CDN
    • Color Touch Screen Interface
    Typically In Stock
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    • Load Dump generator according to ISO 7637, ISO 16750-2, SAE J1113, SAE J1455, JASO, Nissan and most car manufacturer requirements 
    • Generates Clipped Load Dump pulses 
    • Built-in 0.5 - 38 Ohm source impedance, selectable in 0.1 Ohm steps 
    • Pulse duration up to 1,200ms
    Typically In Stock
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    • Multiple configurations in stock
    • Rentals ship same day
    • ISO 17025 calibration available
    • 3 Phase Coupling and Data Line Clamps Available
    In Stock
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  • Typically In Stock
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    • Our standard PIM #X modules cover the most common surge standards, such as EN, ETSI, IEC, Telcordia (Bellcore),FCC (TIA) 68, UL, ITU, ANSI, IEEE & more.
    • Any customized waveform can be easily realized and integrated in a new or existing PSURGE 8000 system.
    • Various coupling / decoupling networks for power lines 1-phase and 3-phase up to 690 V / 100 A are available.
    • A selection of coupling networks for data & signal lines up to 24 outputs are on-hand.
    • Test routine storage and recall, up to 36 tests & programs.
    • WinFEAT’R is a drag & drop control, measuring and reporting software for your full automated test procedure and test report.
    • WinFEAT’R is fully compatible with Windows XP/Vista/7
    In Stock
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Showing 1 - 12 of 91 items