F4BTMS 1000 PCB 2-layer 2.0mm F4BTM Series High Frequency Circuit Board with Immersion Gold

F4BTMS 1000 PCB 2-layer 2.0mm F4BTM Series High Frequency Circuit Board with Immersion Gold

Introduction

The F4BTMS 1000 PCB takes aerospace applications to new heights with its advanced material formulation and manufacturing processes. An upgraded version of the F4BTM series, this high-reliability material incorporates significant technological advancements. By utilizing a larger amount of ceramics and ultra-thin, ultra-fine fiberglass cloth reinforcement, this PCB offers improved performance and a wider range of dielectric constants compared to its predecessors. It stands as a viable substitute for similar foreign products, providing exceptional quality and reliability.

The F4BTMS 1000 2.0mm material PCB is designed to minimize electromagnetic wave propagation through its unique composition. By incorporating a small amount of ultra-thin and ultra-fine fiberglass cloth reinforcement, combined with a uniform mixture of special nanoceramics and polytetrafluoroethylene resin, the material significantly reduces dielectric loss and enhances dimensional stability. This reduction in anisotropy in the X/Y/Z directions allows for higher frequency usage, increased electrical strength, and improved thermal conductivity. Furthermore, the material exhibits excellent low coefficient of thermal expansion and stable dielectric temperature characteristics.

Features

1)Minimal Dielectric Constant Tolerance and Batch-to-Batch Consistency:

TheF4BTMS 1000 high frequency PCB boasts a minimal dielectric constant tolerance, ensuring accurate and consistent signal propagation across multiple batches. This level of precision guarantees optimal performance and reliability in any aerospace application.

2)Extremely Low Dielectric Loss:

At the heart of the F4BTMS 1000 PCB lies its exceptional dielectric loss properties. Through the reduction of electromagnetic wave propagation within the ultra-thin fiberglass cloth reinforcement, this PCB minimizes signal loss and enhances dimensional stability, resulting in unbeatable performance for critical aerospace systems.

3)Stability up to 40GHz: Perfect for Phase-Sensitive Applications:

Phase-sensitive applications demand stability and precision, qualities that the F4BTMS 1000 PCB delivers effortlessly. Its stable dielectric constant and low loss within frequencies up to 40GHz establish it as the ideal solution for phase-sensitive applications, ensuring accurate and reliable performance in high-frequency aerospace systems.

4)Impressive Temperature Coefficients:

The F4BTMS 1000 PCB sets a new standard for temperature coefficient performance. Its excellent temperature coefficient of dielectric constant and dielectric loss guarantees frequency and phase stability even in extreme environments, operating flawlessly between -55°C and 150°C.

5)Exceptional Radiation Resistance:

Radiation exposure can jeopardize the integrity of electronic components, but not the F4BTMS 1000 PCB. Its outstanding resistance to radiation ensures that the dielectric and physical properties remain stable and reliable even after exposure, making it a trusted choice for aerospace applications.

6)Low Outgassing Performance:

Meeting the stringent requirements of vacuum outgassing in aerospace applications, the F4BTMS 1000 PCB's low outgassing performance minimizes the release of trapped gases. This feature ensures high-quality performance in space installations and cabin setups where vacuum conditions prevail.

7)Dimensional Stability:

The F4BTMS 1000 PCB exhibits minimal thermal expansion coefficients in the X/Y/Z directions, guaranteeing exceptional dimensional stability even under extreme temperature variations. This property assures reliable hole copper connections, further enhancing its application versatility.

8)Improved Thermal Conductivity for High-Power Applications:

A standout feature of the F4BTMS 1000 PCB is its improved thermal conductivity, making it the perfect choice for high-power applications. The efficient dissipation of heat ensures optimal performance, reliability, and longevity in demanding aerospace environments.

9)Low Water Absorption:

The F4BTMS 1000 PCB's low water absorption characteristic adds another layer of protection to its remarkable reliability. By minimizing water ingress, it maintains consistent performance and prevents damage caused by moisture, setting a new standard for durable aerospace PCBs.

Model Numbers

The F4BTMS DK10.2 PCB is available in various model numbers, each reflecting a specific dielectric constant (DK). This rangec of options allows for precise customization and unparalleled versatility, ensuring the perfect fit for any aerospace application. The model numbers available include:

F4BTMS220 (DK2.2)

F4BTMS233 (DK2.33)

F4BTMS255 (DK2.55)

F4BTMS265 (DK2.65)

F4BTMS294 (DK2.94)

F4BTMS300 (DK3.0)

F4BTMS350 (DK3.5)

F4BTMS430 (DK4.3)

F4BTMS450 (DK4.5)

F4BTMS615 (DK6.15)

F4BTMS1000 (DK10.2)

PCBConstruction and Specifications

PCB Stackup: 2-Layer Rigid Construction

The F4BTMS 1000 PCB features a 2-layer rigid construction to accommodate the requirements of aerospace applications. Its stackup includes:

Copper_layer_1: 35μm

Rogers F4BTMS1000 Core: 2.0 mm

Copper_layer_2: 35μm

Comprehensive Construction Details:

To further comprehend the exceptional construction of the F4BTMS 1000 PCB, consider the following specifications:

PCB Statistic

Meeting Quality Standards: IPC-Class-2

The F4BTMS 1000 high frequency laminate pcb board adheres to the rigorous quality standards set by the IPC-Class-2. This ensures that every PCB manufactured is subjected to stringent quality control processes, guaranteeing high-quality reliability and performance.

V. Worldwide Availability and Applications

Worldwide Availability

The F4BTMS 1000 substrate PCB is available for purchase worldwide, providing accessibility to customers irrespective of their location. This global availability ensures that it can serve as a trusted and reliable solution for aerospace applications across the globe.

Expansive Applications

The versatility of the 2.0mm F4BTMS 1000 material PCB makes it an attractive choice for a wide range of applications, including:

Aerospace and Aviation Equipment:

Space Installations and Cabin Setups:

Microwave and RF Applications:

Radar Systems:

Feed Networks for Signal Distribution:

Phase-Sensitive Antennas and Phased Array Antennas:

Satellite Communications:

Conclusion

In conclusion, the F4BTMS 1000 high frequency circuit board presents an unparalleled solution for aerospace applications. With its significant material advancements, unrivaled performance, and wide range of dielectric constants, it exceeds industry standards and embodies the pinnacle of reliability, stability, and outstanding signal integrity. Whether in aerospace, microwave and RF, radar systems, or satellite communications, the F4BTMS 1000 PCB delivers results that set a new benchmark for high-reliability printed circuit worldwide.