Introducing the S1000-2M PCB, a high-quality and reliable printed circuit board designed to meet the demanding needs of modern electronics. With its advanced material properties, exceptional stackup configuration, and excellent construction details, the S1000-2M PCB ensures outstanding performance, thermal reliability, and mechanical processability.

Material and Electrical Properties:
The S1000-2M PCB is built using a high Tg (glass transition temperature) and low CTE (coefficient of thermal expansion) FR-4 material, offering enhanced performance and reliability. With a dielectric constant of 4.6 at 1GHz and a low dissipation factor of 0.018 at the same frequency, this PCB ensures efficient signal transmission and minimal signal loss. It exhibits a Tg of 185℃, ensuring stability even under elevated temperatures, and a Td (decomposition temperature) of 355℃, indicating its ability to withstand high thermal stress. The z-axis CTE of 41 ppm/°C before Tg and 208 ppm/°C after Tg ensures dimensional stability and reliable performance across varying temperatures.

Features for Enhanced Reliability:
The S1000-2M PCB comes with a host of features that contribute to its exceptional reliability. Its anti-CAF (Conductive Anodic Filament) capability ensures resistance against the formation of conductive paths within the PCB during operation. The PCB is lead-free compatible, aligning with environmental regulations and meeting industry standards. With excellent thermal reliability, the S1000-2M PCB efficiently dissipates heat, keeping the components within their optimal temperature ranges. The board also offers excellent through-hole reliability and mechanical processability, allowing for seamless assembly and long-term durability.

Stackup Configuration and Construction Details:

The S1000-2M PCB features a 4-layer rigid stackup configuration, providing ample space for complex circuitry and efficient signal routing. Its copper layers are 35 μm thick, ensuring robust conductivity and signal integrity. The FR-4 Core S1000-2M has a thickness of 0.2 mm, offering a sturdy base for the PCB. The use of Prepreg 2116, with a thickness of 4.685 mil, enhances the overall structural integrity of the board.

The construction details of the S1000-2M PCB are meticulously designed for optimal performance. With a board dimension of 255.1 mm x 130.8 mm, it provides ample space for components and allows for precise mounting. The PCB supports a minimum trace/space of 4/6 mils, enabling intricate circuit design. The minimum hole size of 0.3 mm allows for precise drilling and component placement. The L1-L2 blind vias provide additional routing flexibility. With a finished board thickness of 1.0 mm and a finished copper weight of 1 oz (1.4 mils) on the outer layers, the S1000-2M PCB strikes the perfect balance between durability and performance.

To ensure optimal conductivity and protection against corrosion, the PCB features a 20 μm via plating thickness and an immersion gold surface finish. The top silkscreen, in a crisp white color, enhances component identification and readability.

Reliability and Quality Assurance:
The S1000-2M PCB undergoes rigorous testing and adheres to the IPC-Class-2 quality standard, ensuring high-quality and reliable performance. Before shipment, each PCB undergoes a 100% electrical test to verify its functionality and adherence to specifications.

Applications and Global Availability:
The S1000-2M PCB is suitable for a wide range of applications, including computer, communication, and automotive electronics. Its design makes it particularly suitable for high multilayer PCB requirements. With availability worldwide, this PCB can be easily accessed and integrated into various projects and industries.

Conclusion:
The S1000-2M PCB is a high-performance solution that combines advanced material properties, exceptional stackup configuration, and reliable construction details. With its excellent electrical properties, anti-CAF capability, thermal reliability, through-hole reliability, and mechanical processability, the S1000-2M PCB is the ideal choice for applications that require superior performance and long-term reliability.