The world's smallest rotary encoder has been developed by Avago Technologies, a leading supplier of analog interface components for communications, industrial and consumer applications, and the ...

Resulting from the paired talents of dc-motor maker FAULHABER Group and Avago Technologies, FAULHABER’s PA2-50 rotary encoder debuts in a compact 6-mm diameter package, laying ...

Avago Technologies Limited (AVGO) recently introduced the AEDR-87xx series of 3-channel reflective optical encoder devices.

Avago Technologies has announced a series of compact non-contact magnetic encoders for use in industrial applications that operate in harsh conditions. Avago's AEAT-60xx series of magnetic encoders ...

[August 22, 2006] To simplify the assembly of brushless dc motors common to industrial automation, the AEDB-9340 series 6-channel, optical incremental C-shaped encoder modules ...

Avago AEDT-981x is a family of industrial grade optical encoders offering from 2,000 to 5,000 counts per revolution (CPR) using a code wheel of 11mm optical radius. The devices are three channel ...

Leading analog semiconductor manufacturer Avago Technologies Limited ( AVGO) recently introduced the AEDR-87xx series of 3-channel reflective optical encoder devices. The series currently includes ...

Today's consumer devices are defined by portability. However, where these designs incorporate movement, how do product engineers integrate feedback? In portable medical applications, reflective ...

Avago Technologies has announced 3 new high-voltage line drivers, AEIC-7272, AEIC-7273 and AEIC-2631 for the industrial automation provides the additional supply voltage up to 30V. Avago says with ...

Avago extends incremental optical encoder family, with versions featuring up to 20,000 cpr Avago AEDA-3300 
Source: Company The new encoders include versions with resolution performance from ...

Avago Technologies today announced a reflective incremental optical encoder, the AEDR-8400, offered in a surface-mount package with dimensions 3×3.28×1.262mm (L×W×H).