Single Sided Rogers 4003C PCB Board Fabrication Turnkey Assembly

Single-sided PCB (Single-sided printed circuit board) is the simplest printed circuit board design, featuring circuit patterns on only one side without requiring plated through holes. These boards are widely used in various electronics applications.

As the most basic PCB type, components are mounted on one side while the circuit is printed on the opposite side. The single conductor layer design imposes certain circuit layout restrictions (no cross connections allowed), making these boards particularly suitable for simpler electronic applications.

Single sided PCBs primarily use network printing (Screen Printing) techniques, where resist is printed on bare copper before etching, followed by solder mask application and final punching for component holes and board profile. Photoresist patterning is also used for small production runs.

Rogers RT/duroid® high-frequency circuit materials are PTFE composites filled with irregular glass or ceramic, designed for high-reliability applications in aviation and defense industries. These materials offer exceptional performance characteristics:

• Low electrical loss
• Minimal moisture absorption
• Stable dielectric constant (Dk) across wide frequency ranges
• Low outgassing for space applications

RO3000 laminates are ceramic-filled PTFE composites for commercial microwave and RF applications, featuring consistent mechanical properties across different dielectric constants. Their stable dielectric constant versus temperature makes them ideal for:

• Surface mount RF components
• GPS antennas
• Power amplifiers

RO4000 laminates and pre-pregs offer excellent properties for microwave circuits and controlled impedance applications. Compatible with standard FR4 processes and lead-free assembly, these materials are cost-effective solutions for:

• RFID chips
• Power amplifiers
• Automotive radars
• Sensors

Rogers TMM® thermoset microwave laminates combine dielectric constant uniformity with excellent thermal and mechanical stability, making them perfect for high-reliability applications:

• Wide range of dielectric constants (Dks)
• Exceptional mechanical properties and resistance to creep
• Minimal thermal coefficient of Dk
• Copper-matched thermal expansion for reliable plated through-holes
• Compatibility with standard PCB subtractive processes
• Chemical resistance and RoHS compliance