Dynamic Tuning

Optimizing Performance Using Device Feedback During Assembly

Taking a clear, undistorted photo requires a camera component with a carefully assembled lens and image sensor. Ideally, the lens and sensor align perfectly, so the focus of the optic path centers on the sensor surface. These alignments take place during manufacturing and assembly, where production equipment is set up to meet design specifications.

In practice, however, high-volume manufacturing processes aren’t perfect, and the occasional result is an out-of-spec component: expensive scrap or, worse, an unhappy customer. To reduce costs and increase customer satisfaction, Jabil applies various dynamic tuning techniques in assembly processes, precisely adjusting optical positioning and signal levels.

For dynamically tuning camera optics, Jabil actively aligns the camera lens to the sensor. It measures optical characteristics during the assembly process based on the component’s output signal, and aligns the components accordingly. The result is the best possible focus across the entire image with optimal tip-tilt angle and centration. This technique also enables the best positioning of LEDs used for image illumination.

Optimizing performance during assembly

Reducing costs and increasing customer satisfaction, active alignment adjusts positioning based on actual output signals, resulting in:

  • Optimally-aligned components.
  • The best possible focus across the entire image   with optimal tip-tilt angle and centration.
  • Best positioning of leds used for image illumination.

The principle is the same for optimizing other components, mechanical and electronic. The manufacturing process makes final adjustments based on a device’s actual, real-time performance rather than a theoretical target.

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Jabil’s Dynamic Tuning expertise is located throughout the world. View our locations