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Meggitt Announces New Endevco RCC

Company adds 5 mV/pC gain version to Endevco remote charge converter series.

Company adds 5 mV/pC gain version to Endevco remote charge converter series.

By DE Editors

Meggitt Sensing Systems has added a 5 mV/pC gain version to its popular Endevco model 2771C-XX series.

The 2771C-XX series is a family of ultra-low noise remote charge converters (RCC), designed to facilitate more precise measurements from piezoelectric transducers within mechanical system health monitoring,  nuclear power plant/regenerative energy and environmental testing applications. The model is now being offered at a lower price and as a lower-noise drop-in replacement for legacy Endevco 2771B models or industry equivalents.

Offered with additional individually fixed gains of 0.1 mV/pC; 1.0 mV/pC; and 10 mV/pC, the 2771C-XX offers a rugged two-wire (IEPE),  single ended design operating from constant current power (4-20 mA),  with a broadband noise range down to 5 µ Vrms and frequency response of 0.4 to 50 kHz. Both RCC signal output and input current are carried along the same wire. Housed in a rugged, small package, units are designed to withstand shock loads of up to 100 g peak and are radiation tested to 1.0 MRads.

Because of its low-impedance voltage, signal output from the unit is less susceptible to noise pick-up, according to the company. Also,  shunt capacitance of the cable connecting model 2771C-XX to the main signal conditioner does not significantly affect system noise or sensitivity. It can also support Transducer Electronic Data Sheet (TEDS, per IEEE P1451.4) for smart sensor and larger channel count applications, and includes an available M1 Version with male BNC to facilitate easy panel mounting. The RCC is designed for direct compatibility with both Endevco and other industry piezoelectric charge output accelerometers.

For more information, visit Meggitt Sensing Systems.

Sources: Press materials received from the company and additional information gleaned from the company’s website.


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DE Editors

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