Abstract: Embodiments described herein relate to a system. The system may include a base configured to be removably coupled to an electrical component. The base may include a first plurality of crossbar alignment features arranged in a first pattern. The system may also include a crossbar configured to be removably coupled to the base using a portion of the first plurality of crossbar alignment features. The crossbar may include a first plurality of adapter plate alignment features arranged in a second pattern. The system may also include an adapter plate configured to be removably coupled to the crossbar using a subset of the first plurality of adapter plate alignment features. The adapter plate may include a plurality of measurement device mounting features.

Abstract: Embodiments described herein relate to a system. The system may include a base configured to be removably coupled to an electrical component. The base may include a first plurality of crossbar alignment features arranged in a first pattern. The system may also include a crossbar configured to be removably coupled to the base using a portion of the first plurality of crossbar alignment features. The crossbar may include a first plurality of adapter plate alignment features arranged in a second pattern. The system may also include an adapter plate configured to be removably coupled to the crossbar using a subset of the first plurality of adapter plate alignment features. The adapter plate may include a plurality of measurement device mounting features.

Abstract: The quasi-absolute encoder module determines absolute position within one mechanical rotation. The encoder module includes a three channel position encoder and detection circuitry that includes a read-only memory (ROM). There are three channels: A, B, and I. Channels A and B have four periods and channel B is offset from channel A by 90.degree. in phase. Channel I has a unique sequence. The address generated by sampling this unique sequence corresponds to an address in ROM. The address indicates the position of the rotating shaft on which the code wheel is attached.

Abstract: The quasi-absolute encoder module determines absolute position within one mechanical rotation. The encoder module includes a three channel position encoder and detection circuitry that includes a read-only memory (ROM). There are three channels: A, B, and I. Channels A and B have four periods and channel B is offset from channel A by 90.degree. in phase. Channel I has a unique sequence. The address generated by sampling this unique sequence corresponds to an address in ROM. The address indicates the position of the rotating shaft on which the codewheel is attached.