100mil Rogers TMM3 2-layer High Frequency PCB with EPIG for RF Microwave Antenna Communication

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1. Product Introduction

Rogers TMM3 2-layer 100mil high frequency PCB is a premium thermoset microwave circuit board built with high-performance ceramic thermoset polymer composite materials. Engineered for superior plated thru-hole reliability, TMM3 microwave PCB delivers stable performance for stripline and microstrip circuit designs in diverse RF and microwave scenarios. Integrating dual advantages of ceramic rigidity and PTFE laminate process flexibility, TMM3 2-layer PCB eliminates complex specialized manufacturing procedures required by conventional high-frequency substrates. Adopting nickel-free EPIG surface finishing and complying with strict IPC-Class-2 manufacturing standards, every finished microwave PCB undergoes 100% electrical testing before shipment to ensure stable quality for global high-frequency electronic and communication devices. TMM3 thermoset resin-based structure enables reliable wire bonding performance without pad lifting or substrate deformation, offering outstanding long-term operational stability for professional microwave systems.

2. Core Product Features

1. Precise Dielectric Performance: Features a stable dielectric constant (Dk) of 3.27 +/- 0.032 and ultra-low dissipation factor of 0.0020 at 10GHz, minimizing high-frequency signal attenuation and ensuring efficient, consistent signal transmission.
2. Controllable Thermal Dielectric Stability: Comes with a thermal coefficient of Dk at 37ppm/°K, maintaining steady dielectric parameters under fluctuating temperature environments and avoiding high-frequency circuit performance drift.
3. Copper-Matched Thermal Expansion: Equipped with thermal expansion coefficient perfectly matched with copper foil materials, effectively reducing thermal stress, preventing board deformation and improving plated thru-hole structural reliability.
4. Flexible Thickness Customization: Supports substrate thickness ranging from 0.0015 inches to 0.500 inches with a tolerance of +/- 0.0015 inches, meeting diversified structural design and application requirements for various microwave circuits.

3. Product Performance Benefits

1. Excellent Mechanical Stability: Advanced thermoset composite mechanical properties effectively resist creep and cold flow under continuous high-temperature and high-frequency operating conditions, maintaining intact board structure and stable dimensional accuracy long-term.
2. Strong Fabrication Chemical Resistance: Professional substrate formula provides prominent resistance to various PCB processing chemicals, greatly reducing substrate corrosion and structural damage during fabrication and assembly processes to improve finished product yield.
3. Simplified Plating Process Flow: TMM3 laminate material requires no sodium napthanate pretreatment before electroless plating, streamlining production procedures, shortening manufacturing cycles and lowering overall production costs while guaranteeing plating quality.
4. High-Reliability Assembly Performance: Thermoset resin foundation supports stable wire bonding processing, effectively preventing substrate softening, pad falling off and circuit deformation to adapt to high-precision component assembly demands.

4. PCB Construction Details

5. PCB Stackup Structure

This product adopts standard 2-layer rigid PCB stackup structure with 100mil premium Rogers TMM3 dielectric substrate, featuring uniform layer distribution and stable high-frequency performance:

1. Copper_layer_1: 35 μm
2. Rogers TMM3 Substrate: 100mil (2.54mm)
3. Copper_layer_2: 35 μm

6. PCB Statistical Parameters

1. Total Components: 1
2. Total Pads: 1
3. Thru Hole Pads: 1
4. Top SMT Pads: 1
5. Bottom SMT Pads: 0
6. Total Vias: 1
7. Total Nets: 2

7. Production & Manufacturing Standards

1. Artwork Supply Format: Gerber RS-274-X
2. Manufacturing Acceptance Standard: IPC-Class-2
3. Supply Scope: Worldwide Supply & Service

8. Typical Application Scenarios

With low dissipation factor, stable dielectric constant and copper-matched thermal expansion performance, 100mil Rogers TMM3 2-layer PCB is widely applied in multiple high-precision RF and microwave fields. Common application scenarios include chip testers, dielectric polarizers, microwave lenses, RF filters, couplers, GPS antennas, patch antennas, power amplifiers, combiners, general RF and microwave circuitry, and high-stability satellite communication systems.

9. Rogers TMM3 Copper Clad Laminate (CCL) Knowledge

9.1 TMM3 Thermoset Microwave CCL Introduction

Rogers TMM3 Copper Clad Laminate belongs to premium TMM series thermoset microwave composite substrates, formulated with integrated ceramic, hydrocarbon and thermoset polymer materials. Custom engineered for high plated-thru-hole reliability, this professional microwave laminate is perfectly suited for high-precision stripline and microstrip circuit designs in modern RF and microwave devices. Differing from traditional ceramic and PTFE laminates, TMM3 thermoset laminate merges the superior electrical performance of rigid ceramic substrates and the flexible processing advantages of soft circuit substrates, eliminating the need for complex, specialized manufacturing processes required by conventional high-frequency dielectric materials. Compatible with standard printed wiring board production flows and free of sodium napthanate pretreatment for electroless plating, TMM3 laminate delivers simplified production workflows and stable mass-production quality for 2-layer high frequency PCB fabrication.

9.2 Core Structural & Physical Properties of TMM3 CCL

•Ultra-Stable Thermal Dielectric Performance: TMM3 thermoset microwave laminate features an extremely low thermal coefficient of dielectric constant, consistently below 30 ppm/°C. This low thermal drift characteristic maintains stable Dk parameters in variable temperature environments, avoiding signal distortion and performance fluctuation for long-running microwave circuits.

•Copper-Isotropic Thermal Expansion Design: TMM3 laminate adopts isotropic thermal expansion coefficients highly synchronized with copper foil. This precise CTE matching greatly enhances plated through-hole reliability, lowers etching shrinkage rates during processing, and effectively prevents board warpage and structural failure of 100mil TMM3 high frequency PCB.

•Enhanced Thermal Conductivity: Thermal conductivity of TMM3 CCL reaches nearly twice that of conventional PTFE and ceramic composite laminates, enabling rapid and uniform heat dissipation for high-power RF circuits, power amplifiers and continuous-operation microwave systems.

•Permanent Thermoset Structural Stability: Built with pure thermoset resin matrix, TMM3 substrate will never soften under high-temperature working conditions. The rigid resin structure completely avoids pad lifting, substrate deformation and circuit damage during precision wire bonding assembly, ensuring high packaging yield and long-term device reliability.

•Excellent Process Chemical Resistance: Base substrate of TMM3 CCL offers strong resistance to common PCB etchants, organic solvents and manufacturing chemicals. It fully adapts to all standard PWB fabrication processes, effectively reducing substrate corrosion and mechanical damage during production and assembly.

9.3 Customization Specifications of TMM3 CCL

Rogers TMM3 thermoset microwave laminate supports diversified customized configurations to meet versatile high-frequency design demands. The series provides a comprehensive range of stable dielectric constant options to support single-material system solutions for multiple microwave application scenarios. For copper cladding, TMM3 CCL can be customized with electrodeposited copper foil from 1/2 oz/ft² to 2 oz/ft², and can be directly bonded with brass or aluminum reinforcing plates. Substrate thickness covers 0.015 inches to 0.500 inches, fully compatible with 100mil standard laminate thickness designs used in mainstream RF and microwave PCB products.

9.4 Key Functional Advantages of TMM3 CCL

•Diversified Dielectric Matching: Rich dielectric constant options enable unified single-material system design, simplifying circuit matching and improving overall stability of multi-band microwave devices.

•Superior Anti-Deformation Mechanical Performance: Outstanding mechanical rigidity effectively resists creep and cold flow under long-term high-temperature and high-load operation, maintaining precise dimensional stability of finished PCBs.

•High PTH Structural Reliability: Copper-matched CTE drastically improves plated through-hole structural stability, reducing circuit open and short risks for industrial-grade high-frequency circuit boards.

•Low Fabrication Loss Rate: Excellent chemical tolerance minimizes substrate damage during etching, plating and assembly processes, significantly improving finished product yield and reducing manufacturing costs.

•High-Precision Assembly Compatibility: Stable thermoset structure supports reliable industrial wire bonding, making TMM3 CCL ideal for high-precision component packaging and compact microwave circuit design.

•Cost-Effective Substrate Replacement: TMM3 and TMM10 series thermoset laminates can perfectly replace traditional alumina substrates, delivering equivalent high-frequency performance with simpler processing and lower comprehensive application costs.

9.5 TMM3 CCL Typical Application Fields

Benefiting from low signal loss, stable thermal performance and excellent process adaptability, TMM3 thermoset copper clad laminates are widely used for manufacturing high-end RF and microwave circuit boards, including RF microwave circuitry, power amplifiers, combiners, high-frequency filters, couplers, satellite communication systems, GPS antennas, patch antennas, dielectric polarizers, microwave lenses and professional chip testing equipment.

10.DataSheet

11. Product Summary

Rogers TMM3 2-layer high frequency PCB is a cost-effective and high-stability microwave circuit board tailored for antenna and RF microwave communication applications. Built with 100mil TMM3 thermoset laminate substrate and nickel-free EPIG surface treatment, this 2-layer rigid PCB delivers precise Dk value and ultra-low 10GHz dissipation factor, paired with reliable copper-matched thermal expansion performance. Featuring excellent mechanical creep resistance, chemical fabrication resistance and simplified plating processing requirements, the board supports high-quality wire bonding and long-term stable operation. Adhering to IPC-Class-2 manufacturing criteria and full electrical testing, it provides dependable low-loss circuit solutions for GPS, satellite communication, RF antenna and microwave circuit systems worldwide.