ESDguns.com package for ESD equipment verification is everything you need to verify or calibrate an ESD simulator, less an oscilloscope usually available to most customers anyways.

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  The ESD Guns CST2 ESD Target Current Sensing Transducer is a cost-effective solution that allows the user to take measurements conforming to the requirements of the most recent version of the IEC 61000-4-2 compliance standard up to 4GHz. ESD Guns CST2 Features: Meets MIL-STD-461G CS118 as well as IEC 61000-4-2 and almost every other ESD test standard Input Resistance 2.08 Ohm (±1%) (2.00 Ohm when matched with 50 Ohm load) Wideband up to 4GHz < ± 0.5 dB up to 1GHz < ± 1.2 dB up to 4GHz 0.5A/V transfer impedance, ±1% (with a 20dB attenuator, 5A/V) Voltage Non-linearity <2% up to 20kV, < 5% up to ± 30kV ESD Guns CST2 Includes: CST2 2 Ohm ESD Current Target 20dB or 30dB Precision Attenuator RG400 Coaxial Cable N to SMA SMA to BNC Adapter Traceable Calibration Certificate User Manual Hardware and Nut Driver

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The measurement adapter type MD 101 as per informative annex B of IEC/EN 61000-4-2 serves to verify pulse amplitudes and pulse shapes. It is designed for mounting in the side wall of a Faraday cage in which an oscilloscope has been installed. This measurement adapter, also known as a 'Pellegrini-Target' has the flat impedance curve to well over 1 GHz that is necessary for the purpose. Use of this adapter is only worthwhile in conjunction with a test rig that is laid out in strict conformity with the relevant standard (see section 7).The Teseq MD 103, Pommerenke target, is a more advanced coaxial measuring target with flat response characteristics up to the multi-GHz range. It may be used instead of the Teseq MD 101.

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The ESVM High-impedance voltmeter for ESD Gun output voltage verification is a compact, cost effetive solution to verify the electrostratic discharge produced by simulators, guns pistols and generators. The ESVM ESD electrostatic voltmeter has a Measurement range: ± 1V ~ 100kV(customization), Accuracy: ± 1% ± 2 counts, Input impedance: ≥ 10 GΩ (customizable, like 30GΩ, 100GΩ), Display: 4 1/2 large LCD, Resolution: 1V. ESVM Includes: High Voltage Meter Input Tube Monitoring Probe AC Adapter Grounding Cable NIST Calibration Certificate User Manual Carrying Case ESVM Applications: Electrostatic voltage measurement ESD generator/simulator calibration Electrostatic voltmeter calibration High-impedance high-voltage measurement Suitable for use for ANSI C63.16, ISO 10605, Mil-STD 461G CS118 and more... ESVM Specifications: Range: ± 1V ~ 100 kV (customizable) Accuracy: ± 1% ± 2 counts Input impedance: 100 G ohm Display: 4 ½ large LCD/LED Resolution: 1V 20×15×50 cm (7.85×5.91×19.68 inch) 2 kg (4.41 lb) 

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Not compliant to edition 3, contact us for retrofit guidance, it still can be used with a tripod to get data pretty close to the fully compliant setup. Mount your ESD current target in a high quality, mobile vertical ground plane. The VGP Mobile has locking wheels allowing for easy mobility and placement during waveform verification of ESD generators.

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The EM Test CTR2 is a coaxial current target to monitor Electro Static Discharges built as required by EN/IEC 61000-4-2 Ed.2 standard. The target can be purchased as an option to the ESD generators, model dito or ESD 30. It can be used for measurements up to 30kV. Additional attenuators are available to match the output signal with the input capability of the oscilloscope. EM Test CTR2 Features: Current target as per IEC/EN 61000-4-2 2Ohm impedance +/- 5% Test voltage up to 30kV Insertion loss +/- 0.5dB up to 1GHz Insertion loss +/- 1.2dB up to 4GHz Includes 20dB attenuator and 1m cable RG400 Additional attenuators available (optional) 50ohm Adapter line CTR 2-AD available (option)   EM Test CTR2 Includes: CTR2 Calibration target 2ohm for ESD verification 20dB attenuator Coax cable 1m ESD Current Target Traceable Calibration Certificate

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Ideal for use with ESD Guns CST2 Current Target Suitable for use with any ESD calibration target Designed per IEC 61000-4-2 and ISO 10605 Insertion Loss: ≤ 0.3 dB up to 4 GHz Reflection: < -30 dB up to 1 GHz, < -20 dB up to 4 GHz N-Type Connector Standard

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ESDGuns.com CST Current Sensing Transducer for ESD Generator Tip Verification allows the user to take measurements conforming to the requirements of the most recent version of the IEC 61000-4-2 compliance standard up to 4GHz. ESDGuns.com CST Features: Wideband up to 4GHz < ± 0.5 dB up to 1GHz < ± 1.2 dB up to 4GHz 0.5A/V transfer impedance, ±1% (with a 20dB attenuator, 5A/V) Gold plating surface Excellent voltage linearity up to 30kV Meets EN/IEC61000-4-2 V2009, ISO 10605 V2008, GB/T17626.2 Input Resistance 2.08 Ohm (±1%) (2.00 Ohm when match with 50 Ohm load) Voltage Non-linearity <2% up to 20kV, < 5% up to ± 30kV ESDGuns.com CST Includes: CST ESD Current Target 30dB Precision Attenuator RG400 Coaxial Cable N to SMA PRP Portable Reference Plane 17" by 13" Traceable Calibration Certificate

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Calibration procedures on ESD generators call for high class test equipment and a carefully configured test rig. All the elements incorporated within the measurement chain must be matched to one another before highly accurate measurements with minimal uncertainties can be contemplated. Faster oscilloscopes enable more complete measurements and analyses of the fast ESD pulses but, of course, the rest of the components in the measurement chain must be up to the necessary standard and exhibit the appropriate frequency response. Therefore the Teseq MD 103 ESD Pulse Calibration set offers a complete measuring path from the target to the attenuator up to the high quality coax cable. The whole path has to be left together and should not be disassembled into parts, as the whole coupling path is calibrated in one piece. An important component in this chain is the measurement target. Through a collaborative effort with the Swiss Federal Institute of Technology, a new type of construction has been developed featuring a distortion-free, f at frequency characteristic up to at least 6 GHz. Standardization committees work on the pulse definitions of ESD generators to be specified more accurately and hence to ensure greater reproducibility during test trials. Simultaneously the description of the calibration test rig configuration and the measurement conditions have been newly and more precisely specified. The newest recommendations are written in the form of a draft standard that has been submitted to the ANSI as well as the IEC. Results from extensive round robin investigations confirm the feasibility and usefulness of tougher calibration requirements. The draft standard specifies the overall variation of the insertion loss of the whole measurement chain including cabling and any additional attenuators as follows: ±0.3 dB up to 1 GHz ±1 dB between 1 and 4 GHz As a result, the S21 parameter (insertion loss) of a target becomes a decisive factor. The classical measurement shunt can no longer satisfy these increased demands. The MD 103 target fulfils these specifications comfortably. The Teseq MD 103 is manufactured with the highest mechanical and electrical precision and therefore very narrow tolerances are assured. All the important elements are gold plated. The target is supplied ready for mounting in a screening wall. The Teseq MD 103 ESD Pulse Calibration Set for ESD Waveshape Verification is a measurement device for calibration laboratories and specialists, who work right at the cutting edge of the latest technological know-how. The set will be delivered as a complete chain, consisting of target, attenuator, cable and a ISO 17025 calibration certificate including all relevant calibration data and graphs. A calibration adapter is also supplied with each target as standard. Thanks to the excellent frequency characteristic and the accurately determined parameters this target cannot negatively influence the uncertainty budget of the measurement chain as a whole. Teseq MD 103 Includes: ESD target 20 dB attenuator High precision coax cable Solid case with spare place for INA 103 Special screw tool Manual Calibration certificate conform to ISO 17025 OPTIONAL: Teseq INA 103 calibration measuring adapter with N-connector

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The Brandenuburg 149-01 is a popular meter to verify and calibrate the output of electrostatic discharge simulators used for compliance testing. Contact ESD Guns for more information on this unit.

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ESD generators are calibrated according to the standard IEC/EN 61000-4-2 Ed 2.0. The Haefely PET 4000 ESD Current Target Calibration Set allows the user to take measurements conforming to the new 4GHz requirement in accordance with IEC 61000-4-2 Ed. 2.0. Measurement of individual impulse parameters is performed using a special coaxial current shunt. This has a nominal impedance of 2 Ohms. Because ESD events can be generated as high as 120A, attenuators are required to reduce the impulse-voltage level so it can be displayed on commercial oscilloscopes. An oscilloscope with minimum 2GHz bandwidth is required to properly display the ESD impulse. Haefely PET 4000 (249997) Includes: ESD target 2 Ohm / 4GHz One 20dB / 18GHz attenuator (additional 20dB attenuator optionally, ordering number 0780841) Coaxial cable 1 meter User manual & test certificate

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The Tektronix TDS3054B oscilloscopes are the lowest priced, most portable Digital Phosphor Oscilloscopes (DPOs). Now every design engineer and technician can take advantage of the tremendous benefits of DPOs. DPOs deliver a new level of insight that makes dealing with complex signals simple. DPOs display, store and analyze in real-time three dimensions of signal information: amplitude, time and distribution of amplitude over time. Benefits of Tektronix TDS3054B DPO DPOs have an intensity graded color display that provides information about the frequency of occurrence of signal amplitudes and widths. This helps the user locate and characterize waveform anomalies that can be elusive on traditional Digital Storage Oscilloscopes. The fast update rate of DPOs also makes it easier to capture and display infrequent waveforms or waveform variations.Quick to Learn and Quick to Use The Tektronix TDS3054B graphical user interface offers a new operating mode called QuickMenu. This quick access user interface makes the main oscilloscope controls accessible with a push of a single button. Included with every scope is an On-line Tour disk that runs in the oscilloscope. This disk gives an overview of the product's operation and capabilities.Flexible Features for Every Application The portable form factor allows the instrument to go wherever it is needed. The Communication and Application Modules enable the instrument to be configured for specific applications or upgraded without returning it to the manufacturer. The TEKPROBETM Level II interface provides power to a range of application specific accessories. Application Modules With the application module concept, the Tektronix TDS3054B can be easily adapted to the needs of the user. These modules can be easily installed by the user, and upon power-up, the scope indicates which modules are installed. Currently, there are five application modules available for the Tektronix TDS3054B - a 601 digital video module, an extended video module, a telecommunications mask test module, an FFT module and an advanced trigger module. In addition, there are three communication modules available - a 10Base-T LAN/RS-232 module, a GPIB/RS-232 module and a VGA/RS-232 module. A Centronics port is standard.TDS3SDI - 601 Digital Video Module When this module is installed in the Tektronix TDS3054B, the scope becomes a one-tool solution that allows you to trace and identify ITU-R BT.601 video signals, examine their representative analog component and composite waveforms and analyze the bit stream. Features include: * Video picture mode with bright line select* Vectorscope (Pb/Pr)* Analog HDTV triggering - 1080i, 1080p, 720p, 480p* YPbPr, RGB and YC waveforms* All features in TDS3VID Video Picture Mode with Bright Line Select The TDS3SDI with a TDS3054B scope gives you fast access to the analog video behind the digital video stream. Check out the monochrome image of the originating camera or other source. Then use the on-screen line select to move quickly to any line in the picture.TDS3TMT - Telecommunications Mask Testing Module When this module is installed in the TDS3000 Series scope, the scope becomes a Pass/Fail test instrument for telecommunications standard compliance testing. * ITU-T G.703 (DSO, DS1, E1, Clk interface, DS2, E2, E3 and DS3 rates) standards supported* ANSI T1.102 (DS1, DS1A, DS2, DS3 and STS-1 rates) standards supported* Custom mask editing also available using WaveStarTM software for oscilloscopes V2.3* Properly terminate your device under test with Communication Signal Adapters* Use TDS3GM (GPIB) or the NEW TDS3EM (LAN) communication modules to program the TDS3000 for automated testing Typical Application of TMT Module When testing network line cards in manufacturing, one of the most important considerations is throughput! The combination of DPO waveform throughput and hardware assisted mask testing results in breakthrough test speeds for mask testing on single and multiple channel devices. TDS3FFT - FFT Module When this module is installed in the TDS3000 Series scope, the scope becomes an excellent troubleshooting aid for: * Testing impulse response of filters and systems* Measuring harmonic content and distortions in systems* Identifying and locating noise and interference sources* Analyzing vibration* Analyzing harmonics in 50 and 60 Hz power lines The TDS3FFT application module provides the following features: * FFT Windows: Four FFT windows (Rectangular, Hamming, Hanning and Blackman-Harris) let you match the optimum window to the signal you are analyzing* Analyze repetitive, single-shot and stored waveforms: An FFT waveform on any actively-acquired signal, last acquired signal or signal stored in the reference memory can be displayed* The FFT vertical graticule can be set to either dB or linear rms* The time signals and FFT waveforms can be shown on the display at the same time. This helps in the quick analysis of circuit or system problems Typical Application for the FFT Module In the design or analysis of power supplies, it is important to check the harmonics in the power supply's load current. The following figure shows the harmonic analysis of a 250 watt class D power supply. Using the scope's cursors, you can measure the frequency and magnitude of the individual frequency components.TDS3TRG - Advanced Trigger Module When this module is installed in the TDS3000 Series scope, an advanced trigger menu is added to the scope with the appropriate logic and pulse triggering capability. Logic Trigger Features Logic triggering is extremely useful in the troubleshooting of digital circuits. The oscilloscope is triggered when two signals meet a Boolean trigger condition. This module provides pattern and state logic trigger modes. Pattern Trigger. Pattern triggering triggers the oscilloscope when two signals become logically true or false. Basically, the pattern-triggering feature triggers the oscilloscope from the output of a two-input AND, OR, NAND or NOR logic gate. You can specify time constraints and signal threshold levels as part of the triggering condition. The trigger is useful for digital logic troubleshooting. State Trigger. State triggering triggers the oscilloscope when a state signal is true or false at the time a clock signal transition is true. This trigger is useful for troubleshooting digital logic synchronous state machines. Pulse Trigger Features Pulse triggering triggers the oscilloscope when a signal meets a timing or threshold condition. The advanced trigger module provides three pulse trigger modes: pulse width, runt pulse and slew rate. Pulse Width (or Glitch). Pulse Width triggering triggers the oscilloscope when a signal pulse width is less than, greater than, equal to or not equal to a specified pulse width. This trigger is useful for digital logic troubleshooting. Runt Pulse. Runt Pulse triggering triggers the oscilloscope when a signal pulse is less than a specified threshold level. You can also specify runt pulse-width parameters. This trigger is useful for troubleshooting bus-contention problems. Slew Rate. Slew Rate triggering triggers the oscilloscope when a signal's slew rate (rise or fall time) is less than, greater than, equal to or not equal to a specified slew rate. This trigger is useful for troubleshooting digital bus transceivers, transmission lines and op-amp circuits.TDS3VID - Extended Video Module All TDS3000 Series oscilloscopes come standard with NTSC, PAL and SECAM (all fields or all lines) triggering capability. The TDS3VID application module extends this basic video triggering by adding the following features. Video QuickMenu. This Video QuickMenu function allows you to display a bottom and side menu that contains video functions useful for displaying and measuring broadcast standard waveforms, including trigger source, when to trigger, video graticule and video autoset. Video Autoset. The autoset function automatically adjusts the vertical, horizontal and video trigger settings to display a video waveform triggered on all lines and fields. You can then manually adjust controls to optimize the display. This function is available in the Video QuickMenu and in the Acquire menu. Custom Video. Using the custom video function allows you to specify custom horizontal scan rates in order to trigger on nonbroadcast video waveforms, such as those used by computer monitors and medical equipment displays. This following figure shows the TDS3000 scope triggering on a scan rate of 26.2 kHz. Line Count Trigger. Sometimes it is necessary to view a single line of the video waveform. For example, the programming information in the NTSC signal is sometimes found on Line 20. Line Count triggering allows you to trigger on any particular line by scrolling through the line numbers and selecting the one you want. Field Holdoff. The field holdoff function provides the capability to specify a number of fields to wait before re-enabling triggering. This allows you to trigger on a single field (e.g. field 1 or field 3 of NTSC) instead of both field 1 and field 3. Video Graticules. The video graticule function provides the capability for the user to change the standard oscilloscope graticule to either IRE or mV depending on the signal format. Video graticules make it easier to measure and analyze video waveforms.

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BNC Connectors Impedance 50 Ω ±1.5 % 1 MΩ ±1 % at 15pF (meas.) Up to 16-bit vertical resolution Quickly find signal faults with 1 million waveforms/s Integrated spectrum analysis Trigger on any signal detail you can see LAN interface RJ-45 connector USB interface 2 ports, type A plug and 1 port, type B plug

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One million waveforms/s  Very low inherent noise of 100 µV at 1 mV/div and 1 GHz  Full measurement bandwidth up to 2 GHz, even at 500 µV/div  Up to 16-bit vertical resolution ❙ Memory up to 200 Msample  Minimal trigger jitter < 1 ps  Trigger hysteresis can be adjusted to signal quality The R&S®RTE was developed with the objective of minimizing noise, from matched BNC-compatible inputs with 18 GHz bandwidth to high-precision A/D converters and extremely low-noise frontends. At 1 GHz bandwidth and 1 mV/div input sensitivity, the R&S®RTE oscilloscopes have a very low RMS noise of 100 µV, allowing precise measurements even at the smallest vertical resolutions.

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Easily set up and verify the air discharge output voltage and waveform of your ESD simulators using the EMC Partner Veri-V. 

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The Tektronix TDS7254B 2.5 GHz, 20 GS/s, Digital Phosphor Oscilloscope Ideal for IEC 61000-4-2 is a favorite among EMC labs for calibrating and verifying the waveform generated by ESD simulator guns. It's high sample rate of 20 Gigasamples/second at 2.5 GHz gives a precise representation of the output voltage. Tektronix TDS7254B Features: 2.5 GHz Bandwidth Up to 20 GS/s Real-time Sample Rate Suitable for all ESD immunity compliance standards requiring ESD generator verification

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2 GHz is the minimum called out in IEC 61000-4-2. However, a recent study conducted determined an oscilloscope of 3 GHz minimum is required to accurately capture rise time of 600 picoseconds. Look for the next revision of IEC 61000-4-2 to require a minimum 3 GHx osiclloscope

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The Tektronix TDS7154 is a favorite among EMC labs for calibrating and verifying the waveform generated by ESD simulator guns. It's high sample rate of 20 Gigasamples/second at 1.5 GHz gives a precise representation of the output voltage. Tektronix TDS7154 Features: 1.5 GHz Bandwidth Up to 20 GS/s Real-time Sample Rate Up to 32 Megasamples Memory Depth Suitable for ISO 10605, ANSI C63.16, Mil-STD 461G CS118 and more >400,000 Wfms/second Maximum Waveform Capture Rate Optional Communications Mask Testing Up to 2.5 Gb/s Rates Optional Clock Recovery from Serial Data Streams Optional 32-bit Serial Trigger for Isolation of Patterndependent Effects 10 MHz Timebase Reference Input for Enhanced Accuracy and Repeatability Graphical User Interface Control via Classic Direct Controls, Touch-sensitive Color Display or Mouse Navigation Open Microsoft Windows Environment Built-in Networking

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