What electronic devices in the aerospace field require SMT assembly services?

In the field of aerospace, many devices and components need to go through SMT (Surface Mount Technology) assembly services to ensure the reliability and stability of their electronic components. The following are some common devices in the field of aerospace that require SMT services:

Spacecraft control systems: including flight control computers, navigation systems, communication equipment, etc. These devices require highly reliable electronic components to ensure the normal operation of the spacecraft.
Communication equipment: including satellite communication equipment, radar systems, antennas, etc. These devices require high-frequency circuits and precision electronic components to ensure the quality and stability of communication signals.
Navigation system: including inertial navigation system, GPS receiver, etc. These systems require precise electronic components to ensure the positioning and navigation accuracy of the spacecraft.
Remote sensing equipment: Equipment used to obtain information about the surface of the Earth or other celestial bodies, such as satellite remote sensors, requires high-performance electronic components to ensure the accuracy and integrity of the data.
Solar Panel Controller: To manage the charging and power distribution of solar panels, a stable and efficient electronic control system is required.
Aircraft instruments: including high-precision flight instruments and displays, which require high-quality electronic components to ensure accurate flight data display.
Power supply system: including high-voltage and low-voltage power supply systems, which require reliable electronic components to ensure stable power output.
Fuel control system: Controls the storage, supply, and discharge of spacecraft fuel, requiring highly reliable electronic controllers to ensure safe and precise control.
Environmental control system: Controlling the temperature, humidity and other environmental parameters inside the spacecraft requires high-precision sensors and controllers.
Cabin equipment: including life support systems, scientific experimental equipment, etc., require high-reliability electronic components to ensure the normal operation of the cabin and the accuracy of scientific research experiments.

In the aerospace field, since equipment and components need to work in extreme environments, the accuracy, stability and reliability of SMT patch processing are very high. Therefore, for SMT service providers, strict quality control and technical capabilities are necessary.