How to Improve Network Utilization and Save Costly Field Trips by Remotely Reconfiguring RF and Microwave Filters
Summary
On top of direct drive without slack, low building height, multiplexing of multiple motors and accuracy up to 1 micron, the big gains available to network carriers, according to PCBMotor, are: 1.“We adapted our standard ultrasonic piezomotor platform and mechanically engineered a new way of moving the lead screws to adjust frequencies in filters & duplexers,” adds Henrik.PCBMotor sell their technology to precision motion control application developers and engineers in industries spanning the telecommunications, manufacturing, automotive, marine, lenses, optics and lasers, and healthcare.Our technology handles all that remotely via an IP address,” says Henrik Staehr-Olsen, CEO at PCBMotor.A Simple, Adjustable Filter SolutionPCBMotor’s solution is a small, high-precision motor enabling filters and duplexers to be remotely controlled and to maintain their position when power is off.On top of direct drive without slack, low building height, multiplexing of multiple motors and accuracy up to 1 micron, the big gains available to network carriers, according to PCBMotor, are:1.“We’re continually improving our production processes and adding real value to our customers’ solutions,” says Henrik Staehr-Olsen, CEO of PCBMotor ApS.About PCBMotorBased in Denmark, PCBMotor’s patented technology integrates highly-accurate ultrasonic piezo electric motors mounted directly onto a printed circuit board.