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Layers: 2L
Product size: 200*310*2.2mm
Material: TU-768
Board Thicknes: 1mm
Copper Thicknes: 35/18/18/35 um
Line/Space: 3.7/3.7mil
Smallest Hole Diameter: 0.2mm
Surface Finsh: ENIG
PCB Max production size 400*300mm Max detection height 26mm Test signal frequency 20Hz~300KHz R Min measurement 0.1Ω C Min measurement 0.1pf The test accuracy is 0.05% Test display range L 0.01nH~9.9999kH C 0.00001pF to 9.9999F R 0.01 mΩ to 99.999 MΩ
Applications
UAV communication system: As the core component of UAV transmitter and receiver.
High-End Wireless Devices: For prototyping of other high-performance wireless communications devices.
Test and Measurement Equipment: Provide stable circuit connections in test and measurement equipment.
R&D and Education: Electronic prototype development for R&D institutions and educational institutions
Classification by number of layers
1. Single-layer PCB: PCB with only one conductive layer, suitable for simple circuit design, low cost. Common applications include calculators, remote controls, etc.
2. Double-layer PCB: PCB with two conductive layers, suitable for medium-complexity circuit design, can achieve a higher degree of integration. Common applications include household appliances LED lights, etc.
3. Multi-layer PCB: PCB with three or more conductive layers, suitable for complex circuit design, can achieve higher integration and better electromagnetic shielding effect. Common applications include communication equipment, industrial control equipment, etc.
Layers: 2L
Product size: 200*310*2.2mm
Material: TU-768
Board Thicknes: 1mm
Copper Thicknes: 35/18/18/35 um
Line/Space: 3.7/3.7mil
Smallest Hole Diameter: 0.2mm
Surface Finsh: ENIG
PCB Max production size 400*300mm Max detection height 26mm Test signal frequency 20Hz~300KHz R Min measurement 0.1Ω C Min measurement 0.1pf The test accuracy is 0.05% Test display range L 0.01nH~9.9999kH C 0.00001pF to 9.9999F R 0.01 mΩ to 99.999 MΩ
Applications
UAV communication system: As the core component of UAV transmitter and receiver.
High-End Wireless Devices: For prototyping of other high-performance wireless communications devices.
Test and Measurement Equipment: Provide stable circuit connections in test and measurement equipment.
R&D and Education: Electronic prototype development for R&D institutions and educational institutions
Classification by number of layers
1. Single-layer PCB: PCB with only one conductive layer, suitable for simple circuit design, low cost. Common applications include calculators, remote controls, etc.
2. Double-layer PCB: PCB with two conductive layers, suitable for medium-complexity circuit design, can achieve a higher degree of integration. Common applications include household appliances LED lights, etc.
3. Multi-layer PCB: PCB with three or more conductive layers, suitable for complex circuit design, can achieve higher integration and better electromagnetic shielding effect. Common applications include communication equipment, industrial control equipment, etc.