Abstract: A compliant guide assembly in a tape transport provides a precisely calibrated biasing force to an edge of a magnetic tape to precisely position tile tape with respect to a read/write head. The compliant guide assembly includes a plurality of guide buttons and a spring assembly having a plurality of cantilever spring elements. Each guide button includes an elongated stem and a head. The stem of each guide button is fixedly attached to a distal end of one of the cantilever spring elements such that the head of each guide button is disposed a calibrated distance from the distal end of the spring element. The biasing force is exerted on each spring element with a predetermined force. This force varies the distance between each spring element and its corresponding guide button and maintains these distances while each guide button is attached to its corresponding spring element.

Abstract: A compliant guide assembly in a tape transport provides a precisely calibrated biasing force to an edge of a magnetic tape to precisely position the tape with respect to a read/write head. The compliant guide assembly includes a plurality of guide buttons and a spring assembly having a plurality of cantilever spring elements. A fixture is used for assembling and calibrating the compliant guide assembly. The fixture includes a base for receiving the spring assembly and the guide buttons and for aligning each guide button with one of the spring elements of the spring assembly. The fixture also includes a bias mechanism for biasing each spring element with a predetermined force. This force varies the distance between each spring element and its corresponding guide button and maintains these distances while each guide button is attached to its corresponding spring element.

Abstract: A compliant guide assembly in a tape transport provides a precisely calibrated biasing force to an edge of a magnetic tape to precisely position the tape with respect to a read/write head. The compliant guide assembly includes a plurality of guide buttons and a spring assembly having a plurality of cantilever spring elements. Each guide button includes an elongated stem and a head. The compliant guide assembly is calibrated by exerting a calibrated biasing force against each cantilever spring element to displace each spring element from an at rest position. The stem of each guide button is then fixedly attached to a distal end of one of the cantilever spring elements such that the head of each guide button is disposed a calibrated distance from the distal end of the spring element. The calibrated distance is determined by a displacement of the spring element resulting from application of the calibrated biasing force.