RO3003-0100 H1/H1 - Rogers RO3003 PTFE/ceramic laminate, Dk=3.00, 10 mils, 1 OZ, 6x9''

Rogers RO3003™ Laminate

The Rogers RO3003™ laminate is a high-performance material designed for RF, microwave, and mmWave applications up to 77 GHz. Manufactured from ceramic-filled PTFE, it provides a stable dielectric constant (Dk 3.00 ±0.04) and an extremely low loss tangent, making it the ideal choice for high-frequency PCB designers who require precision, reliability, and outstanding electrical performance.

Thanks to its exceptional electrical properties, the RO3003 laminate is widely used in patch antennas, 77 GHz automotive radar, wireless devices, 5G systems, and advanced telecommunications applications. Its thermal stability and low Z-axis CTE ensure compatibility with standard PCB fabrication processes, offering excellent plated-through-hole reliability.

Choosing a Rogers RO3003 series laminate means obtaining a material engineered to maximize the efficiency of high-frequency circuits, with concrete benefits in the development of power amplifiers, RF modules, microwave backhaul, and high-performance communication devices. It is ideal for manufacturers seeking a reliable and repeatable material for industrial-grade PCB production.

Key Features

• Stable dielectric constant: Dk 3.00 ±0.04

• Extremely low dielectric loss

• High-stability ceramic-filled PTFE

• Optimized for RF, microwave, and mmWave applications

• Superior performance for patch antennas, 77 GHz radar, and 5G systems

• Compatible with standard PCB manufacturing processes (high plated-via reliability)

Recommended Applications

• RF and microwave PCBs

• 76–81 GHz automotive radar

• Patch antennas and wireless devices

• 5G mmWave telecom systems

• Power amplifiers, RF modules, and microwave backhaul

• High-precision, low-loss circuit designs