Description

The Double-Sided Nickel-Gold Plated Alumina Ceramic Substrate stands out for its high-purity alumina ceramic construction, providing excellent thermal stability and mechanical strength essential for high-precision applications. The double-sided nickel-gold plating not only boosts electrical conductivity but also significantly improves corrosion resistance and solderability, facilitating secure and efficient connections in intricate electronic assemblies.

Designed with low dielectric loss and high thermal conductivity, this substrate ensures optimal performance by effectively managing heat dissipation and maintaining electrical integrity. Its robust construction makes it a preferred choice for advanced lidar systems, sophisticated optical sensors, and high-frequency electronic circuits, where consistent and reliable operation is critical. Whether used in automotive lidar, aerospace navigation, remote sensing, or precision measurement technologies, this ceramic substrate guarantees long-term stability and superior performance.

Specifications

Applications

The Double-Sided Nickel-Gold Plated Alumina Ceramic Substrate is versatile and integral to a wide array of high-performance applications, including:

1. Lidar Systems

   • Uses: Automotive lidar, remote sensing, 3D mapping
   • Benefits: Provides reliable metallization and excellent thermal management for precise and efficient operation.

2. Optical Sensors

   • Uses: Advanced optical detection, imaging systems
   • Benefits: Ensures superior electrical insulation and mechanical stability for accurate sensor performance.

3. High-Frequency Circuits

   • Uses: RF modules, high-speed data transmission
   • Benefits: Maintains signal integrity and minimizes dielectric losses in high-frequency environments.

4. Advanced Electronic Packaging

   • Uses: Compact electronic assemblies, multi-layer circuit boards
   • Benefits: Enhances solderability and corrosion resistance for durable and reliable connections.

5. Automotive Electronics

   • Uses: Advanced Driver Assistance Systems (ADAS), electric vehicle components
   • Benefits: Robust thermal and electrical properties suitable for the demanding automotive environment.

6. Aerospace Navigation

   • Uses: Avionics, satellite systems, defense electronics
   • Benefits: Reliable performance and durability under extreme conditions.

7. Precision Measurement Technologies

   • Uses: High-accuracy instruments, scientific equipment
   • Benefits: Ensures consistent performance and stability for precise measurements.

Packaging

Our Double-Sided Nickel-Gold Plated Alumina Ceramic Substrate is meticulously packaged to preserve its quality and integrity during storage and transportation. Each substrate is securely packaged to prevent any physical damage, ensuring that it arrives at your facility in pristine condition. This careful handling guarantees that the substrate is ready for immediate integration into your high-precision electronic and optical systems without any compromise in performance.

Frequently Asked Questions (FAQ)

Q1: What is the Double-Sided Nickel-Gold Plated Alumina Ceramic Substrate?
A1: The Double-Sided Nickel-Gold Plated Alumina Ceramic Substrate is a high-performance ceramic material made from high-purity alumina with nickel-gold plating on both sides. This construction provides excellent thermal stability, electrical insulation, and corrosion resistance, making it ideal for applications such as lidar systems and optical devices.

Q2: Why is double-sided nickel-gold plating important for this substrate?
A2: The double-sided nickel-gold plating enhances the substrate's electrical conductivity, improves solderability, and provides superior corrosion resistance. These features ensure long-term reliability and efficient performance in high-precision and demanding applications.

Q3: What are the typical applications of this substrate?
A3: This substrate is widely used in lidar systems, optical sensors, high-frequency circuits, automotive electronics, aerospace navigation, and other precision measurement technologies. Its excellent thermal management, electrical insulation, and reliable metallization make it suitable for a variety of advanced electronic and optical applications.