EM601-6 ESDEMC TEM-cell Transverse Electromagnetic Wave Chamber

Product Description:

Product Principle:

EM601-6 is produced by the United States ESDEMC and authorized by EUTTEST agent sales of TEM-cell transverse electromagnetic wave chamber, can be used for IC integrated circuits standard IEC61967-2 and IEC62132-8 TEM test method and strip line test method, the maximum frequency of the test can be used up to 6GHz, the intensity of the radiated field of up to 80 V/m @ 1V (static field up to 240 kv/m, transient field up to 400 kv/m).

Range of product applications:

ESDEMC's EM 601-6 is a DC-6GHz Transverse Electromagnetic Wave TEM Cell, which can generate a uniform and controllable electromagnetic field in the chamber cavity after inputting an RF signal at the input side for eut immunity testing of the module or IC under test. IC or other modules are mounted on a test fixture and placed into the cell, and an EMI receiver can be used to test the RE characteristics of the IC or module. Because it works on the same principle as the TEM Cell, the E/H field in the test chamber is proportional to the input voltage and inversely proportional to the height of the chamber, and the device works with a wide frequency band, so it can be used in many fields such as EMI, EMS, receiver sensitivity testing, etc.

What is a TEM-cell?

"TEM" stands for "transverse electromagnetic (mode)". A transverse mode of electromagnetic radiation is a specific field pattern radiated in a plane perpendicular to (i.e., transverse to) the direction of propagation of the radiation.The TEM unit is a rectangular coaxial transmission line that tapers at each end to form a geometry specifically designed to create a TEM mode over a given frequency range (typically DC to several hundred MHz).

The useful frequency range of a TEM cell is determined by its geometry, but generally follows the rule that the larger the TEM, the lower the upper frequency range available. Above a certain cutoff frequency, higher order modes are created (as shown below), which can make all test volumes unstable throughout the test volume. Perhaps the easiest way to explain the TEM is through what it does: the TEM allows you to measure the radiated field strength of a product and subject the product to a given field strength. Learn more about the TEM and contact EUTTEST for more information.

For more information about TEM-cell, please refer to the following article:

TEM-cell Test Guide for Radiated Emissions and Radiated Immunity

Satisfies EMC standards:

• Electromagnetic Immunity Testing of ICs
• Electromagnetic Radiation Testing of ICs
• ESD field sensitivity testing of ICs
• IEC 61967-2:2005 Integrated circuits - Measurement of electromagnetic radiation from 150 kHz to 1 GHz - Part 2: Measurement of radiated emissions - TEM cell and broadband TEM cell method
• IEC 61967-8:2011 Integrated circuits - Measurement of electromagnetic radiation from 150 kHz to 3 GHz - Part 8: Measurement of radiated emissions - IC strip line method
• IEC 62132-8:2012 Integrated circuits - Electromagnetic immunity measurements, 150 kHz to 3 GHz - Part 8: Radiated immunity measurements - IC stripline methods
• SAE 1752-3 Measurement of Radiated Emissions from Integrated Circuits - TEM / Broadband TEM (GTEM) Cell Method; TEM Cell (150 kHz to 1 GHz), Broadband TEM Cell (150 kHz to 8 GHz)

Learn moreList of IC-EMC test standardsThe

Technical parameters：

Product Specification Sheet:

Product calibration data:

Over the entire frequency range of the test, you can have an insertion loss close to 0 dB.

EM601-6 Insertion Loss

Order No. EUTS0151

ESDEMC Official Authorized Distributor:

EUTTEST is an official authorized distributor of ESDEMC, the full official name of the company is: ESDEMC Technology LLC

Ltd. is authorized by ESDEMC to sell all products in China region and provide technical service for the products sold.

Click to view the image of the authorization