Etched-foil flexible heaters provide excellent temperature control and uniformity in a broad range of applications. Their thin profile and foil elements contribute to fast warm-up, consistent heat distribution, and extended heater life. To achieve ideal performance, however, the heater must be properly configured to the thermal demands of the application. The complex physics of heat transfer makes it difficult to predict all aspects of system performance in the early design stages. Therefore, applications requiring tightly regulated temperature may require extensive prototype work. This white paper presents some tools and techniques to assist in thermal prototyping.

In today's competitive world, the success of a product depends on its performance, reliability, speed to market, and price. In order to achieve these goals, products are, more than ever, relying on long, complex supply chains. This paper offers 10 tips that can help you get to market faster, improve manufacturing yields, improve the reliability of your finished product, simplify assembly steps, and control costs.

Circuits, by definition, have electrical requirements they must meet. Flexible or rigid-flex circuits, because they will be bent one or more times, have mechanical requirements as well. Electrical and mechanical requirements can conflict with one another, posing challenges for the designer. This paper examines the two sets of requirements, potential areas of conflict, and ways of overcoming these conflicts.