York EMC Services Ltd


La York progetta, produce, commercializza e noleggia apparecchiature di prova EMC uniche nel loro genere ed utilizzate nei laboratori di test EMC in tutto il mondo. Se si utilizzano le antenne dalla famosa gamma Bilog allora ci si è già imbattuti in un prodotto studiato presso l’Università di York, forse senza neanche rendersene conto!


comb generator emitter CGE01R with Battery Pack BP01

CGE Comb Generator Emitters

Comb Generator Emitter CGE01 – 50 MHz to 18 GHz

Comb Generator Emitter CGE05 – 434 MHz to 26 GHz

Comb Generator Emitter CGE06 – 915 MHz to 40 GHz



CNE Comparison Noise Emitters

Comparison Noise Emitter V CNEV comparison noise emitter

Comparison Noise Emitter V+

Comparison Noise Emitter VI


YRS Combined Comb and Noise Sources

York Reference Source 01 comb and noise reference source YRS03 KIT02

York Reference Source 02

York Reference Source 03


HFG Harmonics and Flicker Generators

HFG01 harmonics and flicker generator 01

Harmonic and Flicker Generator 01

Harmonics and Flicker Generator 02


ARA Active Receive Antenna 

active receive antenna ARA01 with 2 x DAE01

The Active Receive Antenna (ARA01) is a compact dipole receive antenna for RF and EMC emissions testing with an antenna factor comparable to a conventional wideband passive antenna such as the Bilog™.

The small size makes the ARA01 particularly suitable for use in anechoic chambers; however it can also be used on an Open Area Test Site (OATS) or at on-site locations.

The ARA01 features two sets of interchangeable Dipole Antenna Elements (DAE). The standard set (DAE01) is optimized for 200 MHz to 1 GHz, with usable sensitivity down to 30 MHz. For improved sensitivity between 30 MHz to 300 MHz, the optional DAE02 set is available.


CCC Cable Coupling Clamp

The Cable Coupling Clamp (CCC01) is a reusable test jig for the purpose of measuring the shielding properties of cables.cable coupling clamp 01 ccc01

The CCC01 is designed to allow easy positioning of the test and injection feed cables in accordance with the layout described in IEC 96-1 Amendment 2 1993-06. This simplifies the process of making repeatable measurements aimed at assessing the coupling and shielding effectiveness properties of a wide range of cables.

The CCC01 design is based on the details of the “launcher” arrangement, described in IEC 96-1 Amendment 2 1993-06 section A.5.6 Line Injection Method (frequency domain). This arrangement is also used in IEC 62153-4-6: 2006 and mandated for the line injection method in EN 50289-1-6.