Testing the Dothinkey F22MAX Camera

Testing the Dothinkey F22MAX Camera.

What are the advantages of ESD protection used by Dothinkey F22MAX?

Advantages of ESD protection
Protection of electronic equipment: It can effectively prevent damage to electronic equipment caused by electrostatic discharge, ensure the normal operation and reliability of equipment, and reduce failures and maintenance costs caused by static electricity.
Improving product quality and reliability: Adopting ESD protection measures in electronic equipment improves the anti-static capability of the product so that it can operate stably in a variety of environments and operating conditions, thereby improving product quality and market competitiveness.

Safeguarding personal safety: In some places sensitive to electrostatic charges, such as electronic manufacturing workshops, hospital operating rooms, etc., ESD protection can prevent electrostatic discharge to the human body caused by electric shock, to protect the safety of personnel.
Compliance with industry standards and regulations: Many electronic equipment industry standards have proposed clear requirements for ESD protection, such as IEC 61000-4-2, ANSI/ESD S20.20 and so on. Adopting effective ESD protection measures enables products to comply with these standards, ensuring market access and compliance.

Explanation of the ESD protection of Dothinkey's Image Frame Grabber F22MAX
Dothinkey's Image Frame Grabber F22MAX adopts ESD protection devices with human body model (HBM) ≥ ±4000V and machine model (MM) ≥ ±200V, indicating that the Image Frame Grabber has strong electrostatic protection capability.

HBM model: HBM can simulate electrostatic discharges of the human body in different states of activity, such as static electricity generated by the human body when walking and contacting objects. HBM's ≥ ±4000V protection means that the Image Frame Grabber can effectively protect the internal circuits from damage in the presence of higher electrostatic voltage that can be generated by the human body, ensuring that even if the human body carries electrostatic electricity and the Image Frame Grabber contacts the test box during daily use, it will have no impact on the Image Frame Grabber. It guarantees that even if the human body carries static electricity and comes into contact with the test box during daily use, it will have no impact on it.

MM Mode: The MM mode mainly simulates electrostatic discharges generated during manufacturing, processing and transportation of machines and equipment. In the electronic manufacturing industry, the degree of automation of machines and equipment is increasing, and machines are subject to generating static electricity during operation.