RF TP600 PCB 2-layer 0.6mm Thick ENEPIG 20um Via Plating

This PCB utilizes TP600 as its base material, adopts an Electroless Nickel Electroless Palladium Immersion Gold (ENEPIG) surface finish, and strictly complies with IPC-Class-2 quality criteria. Configured as a double-sided rigid structure with a 0.5mm (19.6 mil) TP600 substrate core, it is custom-engineered to satisfy the high-reliability and high-frequency performance demands of precision electronic systems, including satellite navigation and missile-borne devices.

PCB Specifications

Stack-up Configuration

TP Series Material Introduction

TP material is an industry-exclusive high-frequency thermoplastic laminate, formulated with ceramic fillers and polyphenylene oxide (PPO) resin without fiberglass reinforcement. Its dielectric constant (Dk) can be precisely adjusted by modifying the ceramic-to-PPO resin ratio, and it delivers exceptional dielectric performance and high reliability through a specialized manufacturing process. The TP product lineup is classified by copper cladding configuration: TP denotes copper-free smooth surface material, TP-1 refers to single-sided copper-clad material, and TP-2 indicates double-sided copper-clad material.

The dielectric constant of TP series materials is stably tunable within the range of 3 to 25, customized to meet specific circuit requirements. Common Dk values include 3.0, 4.4, 6.0, 6.15, 9.2, 9.6, 9.8, 10.2, 11, 16, and 20, with corresponding part numbers (e.g., TP300, TP440, TP600, TP615). It exhibits low dielectric loss, which increases moderately with frequency but remains negligible within the 10 GHz bandwidth, rendering it ideal for high-frequency applications.

TP600 Material Features

TP600 Material Benefits

-Precision-Tunable Dielectric Performance: The non-fiberglass ceramic-PPO composite enables precise Dk adjustment, supporting custom impedance requirements for high-frequency circuits.

-Low High-Frequency Loss: An ultra-low dissipation factor (0.0010 at 10GHz) minimizes signal attenuation, ensuring high-fidelity signal transmission.

-Superior Environmental Stability: Ultra-low moisture absorption (0.01%) and stable TCDK enable reliable operation in harsh and humid conditions.

-Structural & Thermal Reliability: Balanced CTE and adequate thermal conductivity mitigate thermal stress, enhancing long-term structural integrity in extreme temperature ranges.

Typical Applications

-Global Satellite Navigation Systems (GNSS)

-Missile-Borne Equipment

-Fuze Technology

-Miniaturized Antennas

Quality & Availability

This PCB adheres to IPC-Class-2 quality standards, ensuring consistent reliability for precision, military, and aerospace electronic systems. It is available for worldwide supply, supporting global project demands and ensuring timely international delivery.