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Aircraft Accelerometer and Pressure Sensor PCB Manufacturing and Assembly


Modern aircraft are marvels of engineering, and their safe operation relies on a complex web of sensors and systems. Among these sensors, accelerometers and pressure sensors are the unsung heroes, quietly ensuring stability, safety, and precision in every flight.Accelerometers are instruments that measure acceleration forces. In aviation, they detect changes in velocity and help aircraft control systems adjust to maintain stability. They operate based on the principles of microelectromechanical systems (MEMS), where tiny structures within the sensor respond to acceleration forces, generating electrical signals. These signals are then processed to provide vital data for navigation and control.


The choice of accelerometer and pressure sensor type depends on the specific requirements of the aircraft. Factors such as weight, size, and precision must be carefully considered during the design phase to ensure optimal performance.

Board layout for optimal performance
The layout of the PCB is critical for sensor performance. Proper placement of components, traces, and ground planes is essential to minimize interference and noise, ensuring accurate data collection.

PCB Manufacturing for Aerospace Applications
Material selection for reliability
Aerospace PCBs demand high reliability and durability. The choice of materials, such as high-temperature laminates and lead-free solder, is crucial to withstand the harsh conditions of flight.

Precision drilling and etching
The manufacturing process involves precision drilling and etching of the PCB to create intricate pathways for electrical connections. These processes must meet stringent tolerances to maintain sensor accuracy.

Component Sourcing and Quality Assurance
Ensuring sensor quality and calibration
To guarantee accurate data, sensors must undergo rigorous calibration and quality control processes. This ensures that they meet the required standards for aerospace applications.

Supplier selection for aerospace-grade components
Selecting the right suppliers for aerospace-grade components is paramount. Established suppliers with a track record of delivering high-quality, certified components are essential to the success of the project.

Assembly and Soldering Techniques
Surface mount vs. through-hole components
Decisions regarding surface mount or through-hole components impact the assembly process. Surface mount technology (SMT) is often preferred for its space-saving advantages and improved performance.

Reflow soldering for aerospace PCBs
Reflow soldering is the preferred method for assembling aerospace PCBs. It ensures reliable solder joints, critical for sensor stability and longevity.

Testing and Validation
Environmental testing for ruggedness
Aerospace sensors must endure extreme conditions. Rigorous environmental testing, including temperature, vibration, and humidity tests, is conducted to ensure sensors can withstand the harsh aerospace environment.

Calibration and accuracy assessment
Precise calibration and accuracy assessment are crucial before sensors are integrated into the aircraft. This step guarantees that the sensors provide reliable data for safe flight.

Integration with Aircraft Systems
Data fusion and sensor integration
In the modern cockpit, data from accelerometers and pressure sensors are integrated with other systems, such as GPS and gyroscopes, to provide a comprehensive picture of the aircraft’s state. Data fusion is the key to accurate navigation and control.

Real-time monitoring and feedback
Real-time monitoring of sensor data allows pilots and automated systems to make critical decisions. Feedback loops ensure that the aircraft responds swiftly to changing conditions.

Safety and Regulatory Compliance
Meeting FAA and international standards
Aircraft sensors must comply with stringent safety standards set by aviation authorities like the FAA. Adhering to these regulations is essential to ensure the safety of flight operations.

Ensuring fail-safes and redundancies
To enhance safety, sensors often incorporate redundancy and fail-safe mechanisms. These features provide backup solutions in case of sensor failure.

Maintenance and Reliability
Predictive maintenance strategies
Predictive maintenance techniques, powered by sensor data, help airlines anticipate component failures, reducing unplanned downtime and improving aircraft reliability.

Long-term sensor performance
Aircraft have long lifespans, and sensors must perform reliably for decades. Continuous monitoring and maintenance are essential to ensure sensor performance throughout an aircraft’s service life.

Future Trends in Sensor Technology
As technology advances, so do the capabilities of accelerometers and pressure sensors. Discover the exciting developments on the horizon, including advancements in MEMS technology, AI, and machine learning applications in aviation.

Aircraft accelerometer and pressure sensor PCB manufacturing and assembly are intricate processes that demand precision, quality, and reliability. These sensors are the backbone of aviation systems, providing the critical data needed for safe and efficient flight. As technology continues to evolve, we can expect even more sophisticated sensor solutions to further enhance the safety and performance of aircraft.


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Founded in 2005, IBE Electronics Co., Ltd. is a high-tech enterprise integrating industrial design, R&D, manufacturing and marketing. To provide better customer service and local technical support, we built production base/R&D center in Shenzhen headquarter, China, EMS&OEM/ODM base in Bac Ninh, Vietnam, and EMS base in Fremont US respectively. The total area of all the production facilities covers more than 90,000 square meters, equipped with EVT/DVT/PVT, laboratory and test centers. IBE can provide customers with prompt delivery and high quality. IBE has become the reliable OEM/ODM supplier for many well-known companies around the world.

Q:What about the PCB production process?

A:Before we begin manufacturing the PCB, we need many files, such as Gerber File Data,Aperture File, Drill File and Specifications of the board. With the specifications and file, then we can start produce the PCB board, Here is the PCB board manufacture process: scrubbing--Image transfer---internal layer Exposure ---Developing---- ETCHING ----AOI inspection--black / brown oxygen--- ---Laminating---Drilling---Plated through hole--- outer layer image transfer---exposure--- pattern plating (plated resist) outlayer Etching--Inspection--- Printing solder mask -- silkscreen printing---Hot Cured Routing----Bare board testing---Final Inspection----Packing

Q: What is IBE rigorous Quality Management system?
Q: Which software you propose to create a pcb? / What files do you need?

A: There is no specific requirement on PCB design software. We can precisely manufacture your boards as long as you provide us with PCB design files in Gerber RS-274X format (most preferred, 274D format is not accepted), files in *.PCB/DDB (Protel, please inform your Protel program version) or *.BRD (Eagle) formats.

Q: What is the expected lead time for a PCBA order?

A: Our standard lead time for PCB assembly orders is around 3-4 weeks, PCB manufacturing, component sourcing, and assembly will be finished within the lead time.

Q:Is there anything special about the packing?

A: Packaging drop test is for the sake of product packaging in the simulation of different edges, surface and under the condition of different height fell to the ground, to understand the product damage, and evaluation of product packaging components in drop are falling height and impact strength, resistance to products based on the actual situation and reform in the national standard, perfect packaging design.

The assembly process of PCBA board, shell and packaging is also very important. Improper assembly will also cause damage to the tested PCBA board. The assembly process of PCBA suppliers requires strict operation specifications and assembly according to standard procedures.

  1. Packaging materials

PCBA board is a fragile and easily damaged product. It must be carefully packed with bubble bags, pearl cotton, electrostatic bags and vacuum bags before transportation.

  1. Anti-static packaging

Static electricity will break down the chip in the PCBA board. Since static electricity cannot be seen or touched, it is easy to produce, so in the process of packaging and transportation, it is necessary to adopt anti-static packaging

3, moisture-proof packaging

Before packing, the surface of PCBA should be cleaned and dried, and sprayed with three-proof paint.

4, shockproof packaging

Place the packed PCBA board in an ESD packing box. When placing the PCBA board vertically, stack not more than two layers upwards. A stopper board must be placed in the middle to ensure stability and to prevent shaking

Q:Does IBE have the R&D ability to support our customers for customization?

A:Yes, we totally have this ability, we have more than 50 engineer for making design and develop the product. Our company is focusing on electronic development services, the company's developers have rich experience in engineering design and development, and have many years of research and development experience in electronic product development, micro controller development, PCB design and other fields, and can provide comprehensive technical services and technical support according to customer needs. From the schematic diagram and PCB design, we fully consider EMC, EMI, safety regulations and signal integrity and other technologies and requirements, and design in strict accordance with relevant standards, so that the designed products are safe and stable.

Q:What is in coming material test?

A:The soldering quality of PCB circuit board and components directly determines the service life of electronic module. In the use of electronic products, it is often accompanied by heat radiation, drop, circuit board oxidation, and overload use. Therefore, when purchasing, we should pay special attention to the welding quality of PCBA, to avoid the subsequent circuit board device unwelding and product failure. In addition, whether to use authentic and brand original components for PCBA installation has a great impact on the quality of electronic products.

Our company has a complete accessories testing equipment, Complete testing process.

1、Normal material inspection into the warehouse is generally completed within 3-5 working days. 2、Inspection equipment, electronic materials have a bridge, digital calipers, RoHS testing measurement equipment, multimeter, impedance analyzer, two-dimensional space, three-dimensional space, 3D microscope.

 3、Inspection standards in accordance with GB/T 2828-2012 AQL sampling standards secondary MA 0.4 MIN 0.65 sampling standards inspection. Inspection process in accordance with the electronics, IC, hardware, plastic, packaging materials, classification in accordance with all kinds of SOP inspection documents to complete the inspection operations.

Q: What is BOM? / What info do you need to purchase my components?

A: "BOM, short for bill of materials, is a comprehensive list of raw materials, items, assemblies and sub-assemblies, components etc. for product manufacturing. We require Manufacturer Part Number, Designator, Quantity and Description of components to quote for the assembly price.

Q: How long does it take for the shipping?

A: Usually it takes 3-5 working days for international shipping.

Q: What about our after-sale service?

A: Provide 24-hour service for global customers.

We know that when purchasing PCBA, it is also very important to evaluate the after-sales service capability of suppliers. We offer the complete after-sales service. No matter what time do you have the quality problem, we will help you to resolve it. To expand the business and provide better services to North American customers, we have factory in US and Vietnam

With the deepening of batch manufacturing, there will be adverse phenomena, at this time PCBA manufacturer’s rapid response and timely cooperation to solve the ability is particularly important.

Many PCBA processing customers will be concerned about after-sales service issues, such as product quality, reliability, maintenance, etc., IBE Electronics for PCBA after-sales service is mainly in two areas: one is the incoming processing, in the case of customers to provide test solutions can reach 100% pass rate, failed products will all be repaired until qualified, incoming processing because only processing services, for After-sales protection is mainly in the PCBA testing; second is the PCBA package, package orders from PCB board, component procurement until SMT chip processing, DIP plug-in processing, post-soldering, testing, assembly, etc. are completed by the PCBA foundry, for such orders IBE Electronics is generally package after-sales for one year, after a year of after-sales will charge a certain Labor costs and device costs, if there is a longer period of after-sales demand is also possible to increase the time, or even package after-sales three to five years are possible.

In order to better protect the after-sales service, customers and PCBA factory can also sign a quality assurance agreement between the two sides, so that we can promote the actual details of the two sides have a clearer definition, to avoid many unnecessary disputes. In addition, the key to solving the core content of the essence of after-sales concerns is to find a more professional PCBA processing manufacturer, which is because the higher level of process can guarantee the reliability of the PCBA board, and thus enhance the use of the term. More rare and valuable is that a professional electronics manufacturer can help improve the production of DFM manufacturability, optimize the design of the PCB board, and gradually reduce costs.

Contact us

Give us a call or drop by anytime, we endeavour to answer all enquiries within 24 hours on business days. We will be happy to answer your questions.
Our Address:

China: Tangtou No.1 Industry Estate,Shiyan Town,Bao’an District,Shenzhen,China,518108

Vietnam: CN-34, KCN Thuận Thành 2, X. An Bình và X. Mão Điền, H. Thuận Thành, T. Bắc Ninh, Việtnam

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