TLX-0 2-Layer PCB: 20mil with Immersion Gold Finish

The TLX-0 2-layer PCB is a premium solution for RF and microwave applications, combining exceptional electrical performance with mechanical durability. Designed using PTFE fiberglass composites, this PCB is engineered for high-frequency stability, dimensional accuracy, and resistance to extreme environmental conditions. The 20mil TLX-0 core and Immersion Gold (ENIG) surface finish ensure reliable performance in demanding RF and microwave designs.

Key Construction Details

Features of TLX-0 Material

• Dielectric Constant (Dk): 2.45 ± 0.04 at 10GHz for low and stable signal propagation.
• Dissipation Factor (Df): 0.0021 at 10GHz for low signal loss.
• Moisture Absorption: 0.02%, ensuring performance in humid environments.
• CTE: X-axis: 21 ppm/°C, Y-axis: 23 ppm/°C, Z-axis: 215 ppm/°C
• Peel Strength: 12 lbs/in for strong adhesion of copper layers.
• UL 94 V0 Flammability Rating: Ensures safety and reliability.

Applications of TLX-0 PCB

• Couplers, Splitters, and Combiners
• Amplifiers and Passive Components
• Radar Systems
• Mobile Communication Devices
• Microwave Test Equipment
• Microwave Transmission Devices
• RF Components
• Antennas for Wireless Communication
• Altimeter Substrates in Aviation
• Extreme Environment Systems (Warships, Spacecraft, etc.)

Why Choose TLX-0 PCB?

Superior High-Frequency Performance: Low and stable dielectric constant (Dk) ensures reliable signal transmission.

Exceptional Mechanical Strength: Withstands severe environments, including vibration and temperature extremes.

Low Signal Loss: Ideal for high-performance RF systems and microwave applications.

Cost-Effective Manufacturing: Compatible with standard PCB processes, reducing production complexity.

Reliable in Extreme Conditions: Performs well in space, marine, and aviation environments requiring high durability.

The TLX-0 2-layer PCB is the ultimate choice for RF engineers and designers seeking high-reliability, high-performance solutions for microwave and communication systems.