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English  |
Main feature：
Insulation material: 92~95%Al2O3
Heat sink: WCu15/WCu12/Mo85Cu15/Mo60Cu40
Flatness: ≤0.10mm
Plating: Ni/Au, Ni/Au Ni/Au/, partially Au plated| Quantity: | |
|---|---|
Applications in radar, signal base stations, airborne equipment, etc. Superb thermal conductivity, black aluminum nitride ceramic, RF microwave performance (8-12G Hz)
Technical peremeter
Hermeticity | Helium R1≤1×10-3Pa∙cm3/s |
Plating options | Ni:1.3~8.9µm/2.54~11.3µm Au:0.3~0.9µm/1.3~5.7µm |
Insulation resistance | ≤1×1010Ω, DC500V |
High and low temperature cycle | -65~+175℃, 500 cycles |
Thermal shock | -65~150℃, 15 cycles |
Mechanical shock | Mechanical shock 1500g, Sweep frequency vibration 20g, Constant acceleration 20000g |
Salt fog | 24 hr |
SMD are ideally welded form thermally conductive electrodes,dedigned with metal housing and ceramic base, small and lightweight.
Advantages:
The volume and weight of SMD components are only about 1/10 of traditional plug-in components.
High reliability, strong shock resistance, low solder joint defect rate.
Good high-frequency characteristics, reducing electromagnetic and radio frequency interference.
Easy to implement automation, improve production efficiency, reduce costs in the areas of materials, energy, equipment, labor and time.
Applications in radar, signal base stations, airborne equipment, etc. Superb thermal conductivity, black aluminum nitride ceramic, RF microwave performance (8-12G Hz)
Technical peremeter
Hermeticity | Helium R1≤1×10-3Pa∙cm3/s |
Plating options | Ni:1.3~8.9µm/2.54~11.3µm Au:0.3~0.9µm/1.3~5.7µm |
Insulation resistance | ≤1×1010Ω, DC500V |
High and low temperature cycle | -65~+175℃, 500 cycles |
Thermal shock | -65~150℃, 15 cycles |
Mechanical shock | Mechanical shock 1500g, Sweep frequency vibration 20g, Constant acceleration 20000g |
Salt fog | 24 hr |
SMD are ideally welded form thermally conductive electrodes,dedigned with metal housing and ceramic base, small and lightweight.
Advantages:
The volume and weight of SMD components are only about 1/10 of traditional plug-in components.
High reliability, strong shock resistance, low solder joint defect rate.
Good high-frequency characteristics, reducing electromagnetic and radio frequency interference.
Easy to implement automation, improve production efficiency, reduce costs in the areas of materials, energy, equipment, labor and time.
