Double-Sided Nickel-Gold Plated Alumina Ceramic Substrate Description:
The Double-Sided Nickel-Gold Plated Alumina Ceramic Substrate features high-purity alumina ceramic for excellent thermal stability, electrical insulation, and mechanical strength. The double-sided nickel-gold plating enhances conductivity, corrosion resistance, and solderability, making it ideal for high-precision electronic and optical applications. With low dielectric loss and high thermal conductivity, this substrate ensures reliable performance in demanding lidar systems, advanced sensors, and high-frequency circuits.
Double-Sided Nickel-Gold Plated Alumina Ceramic Substrate Specifications:
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Material
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Nickel, Gold, Alumina
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Color/Appearance
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Golden Plate
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Thicknesses
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0.635mm
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Layers
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Double-sided
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Size
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50×30mm
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Copper Plate Thickness
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70um
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Copper thickness in the hole
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≥60um
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Minimum Hole Size
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2.2mm
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Surface Treatment
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Immersion nickel palladium
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Line width and spacing
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0.25/0.2mm
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Double-Sided Nickel-Gold Plated Alumina Ceramic Substrate Applications:
The Double-Sided Nickel-Gold Plated Alumina Ceramic Substrate is used in lidar systems, optical sensors, high-frequency circuits, and advanced electronic packaging. It provides excellent thermal management, electrical insulation, and reliable metallization, making it ideal for automotive lidar, aerospace navigation, remote sensing, and precision measurement applications.
Double-Sided Nickel-Gold Plated Alumina Ceramic Substrate Packing:
Our Double-Sided Nickel-Gold Plated Alumina Ceramic Substrate is carefully handled during storage and transportation to preserve the quality of our product in its original condition.
Double-Sided Nickel-Gold Plated Alumina Ceramic Substrate FAQ:
Q1: What is the Double-Sided Nickel-Gold Plated Alumina Ceramic Substrate?
A1: It is a high-performance ceramic substrate made from alumina with nickel-gold plating on both sides, offering excellent thermal stability, electrical insulation, and corrosion resistance for lidar and optical applications.
Q2: Why is double-sided nickel-gold plating important for this substrate?
A2: The nickel-gold plating improves conductivity, enhances solderability, and provides superior corrosion resistance, ensuring long-term reliability in high-precision applications.
Q3: What are the typical applications of this substrate?
A3: It is widely used in lidar systems, optical sensors, high-frequency circuits, automotive electronics, aerospace navigation, and other precision measurement technologies.
