The EH022 EMC Horn combines stable gain performance and low VSWR with wide band frequency operation. The horn is single linearly polarized with excellent cross-polar discrimination. The unique horn design suppresses any possible excitation of higher order modes in the aperture and maintains a well-defined smooth radiation pattern in the direction of the boresight axis throughout the operational bandwidth.

EMC test equipment to evaluate the resistibility of electronic devices and components when energy charged on a human body or object is discharged to the electronic devices and components. NoiseKen brand ESD simulator is available to see malfunctions or function declines of electronic equipment for appropriate evaluations compliant with IEC 61000-4-2 Ed.2 Test Standard, ISO 10605 Ed.2 Test Standard & ISO 10605 Ed.3 Test Standard. 

The ESS-S3011A features a function which enables the user to pre-program test settings to minimize setup errors as well as having the unit be incorporated into a remote or autonomous testing setup. Another feature that sets apart NoiseKen ESD guns to that of competitors is the discharging gun separation design which helps achieve the lightweight. 

For conventional ESD guns, that have generators that are inseparable from the gun, you may experience having to replace the whole unit even only when certain parts of the unit are broken. However, with the NoiseKen’s separation design, replacement parts can be minimized to lower the running cost.

See "Specifications & Details" tab for more information.

• Multi Tester with 16AMP CDN
• EFT/Burst 5kV IEC 61000-4-4
• Surge, Combination Wave 7kV IEC 61000-4-5
• Surge Magnetic field IEC 61000-4-9 (MSURGE-A loop antenna required)
• Ring Wave, 7kV IEC 61000-4-12 & ANSI
• Telicomm Wave, 7kV IEC 61000-4-5 & ITU
• AC Dips/Drops IEC 61000-4-11 (DIP 116 dips transformer required)
• DC Dips/Drops IEC 61000-4-29 (2x DC supplies required)

The EH1840 EMC horn combines stable gain performance and low VSWR with wide band frequency operation. The horn is single linearly polarized with excellent cross-polar discrimination. The unique horn design suppresses any possible excitation of higher order modes in the aperture and maintains a well-defined smooth radiation pattern in the direction of the boresight axis throughout the operational bandwidth.

• 1 - 6 GHz, 40dB Gain, 2.5dB N.F.
• Compensation long cable loss for EMI Measurement
• Improve system noise floor flatness
• High EMI performance
• High linearity LNA for EMI measurement
• High dynamic range
• Unconditionally Stable
• State-of-the-Art Technology

Stable high current calibrator with 120 A AC/DC range, built-in multimeter, floating outputs and both real and simulated transconductance amplifier functions.

• High accuracy throughout all ranges
• 8 Vpk floating outputs
• Real and simulated transconductance amplifiers

The EMC test system is designed for testing electromagnetic immunity of the electrical installation of vehicles and components against supply line transients. EMC - Test Equipment for the electrical installation of vehicles.

• Pulse #1 1-5/2000us, 600 V
• #1 1-5/1000us, 600 V
• Pulse #2a 1 / 50us, 600 V
• Pulse #3 5/100 ns, 800 V

The TEM horn antenna is an antenna used for conducting close proximity radiation immunity evaluation test (near electromagnetic field immunity test) of electromagnetic waves radiated from various wireless transmitters such as mobile devices. 

In the future, close proximity radiation immunity evaluation test using the TEM horn antenna is expected to expand to various product standards such as medical equipment (IEC 60601-1-2) and multimedia equipment (CISPR 35).NoiseKen's TEM horn antenna has a wide band, low VSWR, and wide electric field uniformity offering an ideal solution for an efficient close proximity radiation immunity test. 

• A TEM horn antenna compliant with IEC 61000-4-39 Ed.1. 
• Test without changing the antenna in the frequency range of 380MHz to 6GHz. 
• Low VSWR and high GAIN enable efficient electromagnetic wave radiation. 
• Wide field uniformity reduces the number of times of movement of the antenna when radiating the EUT. 
• Since the maximum point of the near electric field distribution for each frequency is at the center, enables radiation on the EUT based on the axis of the antenna. Hence, significantly simplifies test point alignment.