electromagnetic susceptibility


Also found in: Acronyms.

electromagnetic susceptibility

[i¦lek·trō·mag′ned·ik sə‚sep·tə′bil·əd·ē]
(electronics)
The tolerance of circuits and components to all sources of interfering electromagnetic energy.
References in periodicals archive ?
Reliability or resilience test Performance metric Electromagnetic Susceptibility Average phase noise spur (dB) Performance during shock Peak frequency deviation (ppm) Performance during Frequency deviation per g (ppb/g) sinusoidal vibration Performance during random Induced integrated phase vibration jitter (ps rms) Table 2.
WE-AM-OF-7: A Novel Method to Stimulate the Electromagnetic Susceptibility Problem
The Renesas M16C microcontroller is designed to minimize electromagnetic interference (EMI) and electromagnetic susceptibility (EMS) problems, which is an important consideration for RF design engineers.
The AMIS-42665 features very low-power operation, and due to the wide common-mode voltage range of its receiver inputs, is able to reach outstanding levels of electromagnetic susceptibility (EMS).
In addition, the wide common-mode voltage range of the receiver inputs allows the AMIS-42700 to offer very low electromagnetic susceptibility (EMS).
Tests at these seven specialized and capable facilities include vibration, shock, electromagnetic susceptibility and climatic extremes such as thermal shock and sand and dust exposure.
Carefully matched output signals eliminate the need for a common-mode choke by minimizing electromagnetic emission (EME), while the wide common-mode voltage range of the receiver inputs (+/-35V) ensures low electromagnetic susceptibility (EMS).
The AMIS-30660 has low levels of electromagnetic emission (EME) -- negating the need for an external common mode choke, low electromagnetic susceptibility (EMS) and high levels of protection against the electrical transients found in automotive environments.
based in Austin, Texas brings needed expertise to the testing of electromagnetic compatibility and electromagnetic susceptibility against the strict FCC and IEC standards for radiated emissions and immunity.
The electromagnetic susceptibility (EMS) is a major design concern for automotive industrial network designers.
Mitsubishi designed the M306S using its M16C/62 microcontroller especially because of its low electromagnetic susceptibility (EMS) and other on-chip noise management features, high-speed processing capability, and compact code and efficient code space usage which reduce ROM size and cost.
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