| Customization: | Available |
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| Type: | Rigid Circuit Board |
| Dielectric: | FR-4 |
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Finest Printed Circuit Board Limited delivers a superior Rigid ESP32 WROOM PCB designed for drone applications, combining precision engineering with cutting-edge technology. This drone motherboard offers seamless integration with WiFi cameras and supports 1000W inverter circuit board assembly (PCBA), making it an essential component for modern drones that require high efficiency, power management, and reliable connectivity.
Enhanced Connectivity for Real-Time Drone Operations
In drone technology, having reliable connectivity for real-time data transmission is critical. Our ESP32 WROOM PCB is designed with an integrated WiFi module that ensures robust, uninterrupted communication between the drone and the control systems. This feature is especially useful for drones equipped with cameras, as it enables smooth video streaming and remote control even in challenging environments.
Stable long-range communication: With high-speed WiFi, you can expect strong signals for long-range operations, ensuring the drone stays connected to the ground station over extended distances.
Efficient data transmission: Perfect for drones with cameras, our PCB allows real-time video feeds to be sent with minimal latency, providing better control and situational awareness.
Seamless camera integration: Whether your drone needs to capture high-resolution imagery or stream live video, our board is fully compatible with a wide range of WiFi cameras, simplifying system design and integration.
Optimized Power Management with 1000W Inverter Circuit Board
Power efficiency and management are critical concerns for drones, as they rely on batteries with limited capacity. Our 1000W inverter circuit board assembly ensures that the drone's power needs are met efficiently without sacrificing performance. This allows the drone to carry heavier payloads, including advanced cameras or sensors, while maintaining optimal flight time.
High-efficiency inverter: The 1000W inverter board supports high-power applications without draining the battery quickly, making it ideal for drones requiring significant power for additional equipment like cameras and sensors.
Reduced energy loss: With our advanced PCBA, you get efficient power conversion that minimizes energy loss, extending your drone's operational hours.
Lightweight and compact: We understand that drones need to be lightweight for better maneuverability, so our PCB is designed to be compact yet powerful, offering both performance and space efficiency.
Durability and Reliability in High-Stress Environments
Drones are often used in various environments, from urban areas to remote landscapes. As a result, they are exposed to different stresses, including vibrations, shocks, and temperature variations. Finest Printed Circuit Board Limited ensures that the ESP32 WROOM PCB and 1000W inverter circuit board assembly can endure harsh conditions without compromising on performance.
Vibration resistance: Designed to handle the intense vibrations that drones experience during flight, our PCB ensures uninterrupted functionality, keeping your drone stable and responsive.
Thermal stability: With drones operating in both high and low temperatures, our PCB is crafted to perform optimally even under fluctuating thermal conditions, preventing overheating and system failures.
Impact resilience: Our boards are tested to withstand shocks and impacts that may occur during takeoff, landing, or unexpected events, ensuring long-term reliability.
Customizability for Various Drone Applications
Different drone projects require different specifications, and our Rigid ESP32 WROOM PCB is designed to be highly customizable to meet a variety of operational needs. Whether you're developing drones for aerial photography, surveying, or delivery services, we can tailor the features of the motherboard to match your specific requirements.
Scalable power options: Our PCB can be adjusted to support a variety of power ranges, ensuring optimal performance whether you need to power basic camera setups or advanced multi-sensor systems.
Flexible component integration: With our modular design, it's easy to add or adjust components based on the intended use of the drone, allowing for quicker adaptation to project-specific needs.
Future-proofing: As drone technology continues to evolve, our boards are designed with upgradability in mind, ensuring that they can accommodate future developments in drone tech, such as AI enhancements or upgraded sensor packages.
Cost-Effective and Reliable for Long-Term Drone Development
Finest Printed Circuit Board Limited focuses on delivering durable and reliable products that reduce long-term operational costs. Our ESP32 WROOM PCB and 1000W inverter circuit board assembly offer consistent performance that reduces the need for frequent maintenance or part replacements. With our cost-effective designs, you can focus on scaling your drone operations without worrying about the reliability of the core electronics.
Our solution ensures that your drone systems remain cutting-edge, efficient, and reliable, making it the perfect choice for professionals in the drone industry.
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PCBA Technical Capability
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1. Assembly Type::
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FR4, FPC, Rigid-flex PCB, Metal base PCB.
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2. Assembly Specification:
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Min size L50*W50mm; Max size: L510*460mm
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3. Assembly thickness:
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Min thickness: 0.2mm; Max thickness: 3.0mm
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4. Components Specification
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Components DIP:
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01005Chip/0.35 Pitch BGA
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Minimum device accuracy:
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+/-0.04mm
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Minimum footprint distance:
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0.3mm
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5. File format:
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BOM list; PCB Gerber file:
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6. Test
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IQC:
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Incoming inspection
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IPQC:
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Production inspection; first ICR test
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Visual QC:
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Regularly quality inspection
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SPI test :
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Automatic solder paste optical inspection
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AOI:
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SMD component welding detection, components shortage & component polarity detection
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X-Ravd:
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BGA test; QFN and other precision devices hidden PAD device inspection
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Function test:
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Test function and performance according to the customer's test procedures and steps
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7. Reworking:
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BGA rework equipment
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8. Delivery Time
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Normal delivery time:
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24 hours( fastest 12 hours quick-turn)
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Small production:
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72 hours( fastest 24 hours quick-turn)
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Medium production:
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5 working days.
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9. Capacity:
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SMT assembly 5 million points/day; plug-in & welding 300,000 points/day; 50-100 items/day
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10. Components Service
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A full set of substitute materials:
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Have experience in component procurement sourcing, and management systems, and provide cost-effective services for OEM projects
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Only SMT:
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Do SMT and backhand welding according to components PCB boards provided by customers.
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Components purchasing:
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Customers provide core components, and we provide component sourcing services.
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PCB Specification:
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PCB layers:
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1-24layers
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PCB materials:
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CEM1, CEM3, Rogers, FR-4, High Tg FR-4, Aluminum Base, Halogen Free
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PCB max. board size:
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620*1100mm (Custom)
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PCB certificate:
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RoHS Directive-Compliant
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PCB Thickness:
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1.6 ±0.1mm
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Layer Copper Thickness:
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0.5-5oz
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Inner Layer Copper Thickness:
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0.5-4oz
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PCB max. board thickness:
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6.0mm
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Minimum Hole Size:
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0.20mm
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Minimum Line Width/Space:
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3/3mil
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Min. S/M Pitch:
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0.1mm(4mil)
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Plate Thickness and Aperture Ratio :
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30:1
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Minimum Hole Copper:
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20µm
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Hole Dia. Tolerance(PTH):
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±0.075mm(3mil)
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Hole dia. Tolerance(NPTH):
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±0.05mm (2mil)
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Hole Position Deviation:
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±0.05mm (2mil)
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Outline Tolerance:
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±0.05mm (2mil)
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PCB solder mask:
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Black, white, yellow
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PCB surface finished:
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HASL Lead-free, Immersion ENIG, Chem Tin, Flash Gold, OSP, Gold finger, Peelable, Immersion Silver
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Legend:
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White
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E-test:
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100% AOI, X-ray, Flying probe test.
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Outline:
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Rout and Score/V-cut
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Inspection Standard:
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IPC-A-610CCLASSII
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Certificates:
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UL (E503048),ISO9001/ISO14001/IATF16949
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Outgoing Reports:
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Final Inspection, E-test, Solderability Test, Micro Section, and More
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