DBUY25SA197

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D-Sub connectors have become an integral part of many electronic systems and have been used in the development of a wide range of electronic applications. The DB25SA197 is a type of D-Sub connector which is well-suited for usage in industrial applications where vibration may be present. This article provides an overview of the DB25SA197 application field and working principle.

Construction and Application Field

The DB25SA197 is an industry-standard 25 pin D-Sub connector with an insulation displacement contact (IDC) system. This type of system is used in a variety of industrial applications, from industrial controllers to signal converters and motor control systems. The DB25SA197 is designed with a durable, non-magnetic stainless steel and gold-plated housing for robust and reliable performance. With its high operating temperature capabilities, the DB25SA197 can be used in a variety of high-temperature environments. Additionally, the DB25SA197 is resistant to environmental contaminants such as dust, moisture, and oil, allowing it to be used in harsh industrial environments.

Noise Reduction and Connector Life

The DB25SA197 connector is designed with a low contact resistance that is maintained over a range of input current and frequency. This feature offers noise reduction, which improves the system\'s stability and increases its life cycle. The DB25SA197 features a rugged construction with a fully-encapsulated contact system and has a rated life cycle of 30,000 mating cycles. The connector is available in both male and female versions, allowing for easy mating and unmating of the connectors when required.

Working Principle

The DB25SA197 connector is designed with insulation displacement contact (IDC) technology. This technology utilizes a combination of electrical and mechanical forces to make connection between the mating pins of the connector. The electrical force is the result of the contact\'s unique design, which allows the electrical current to flow through the contact without the need for soldering or physical contact. The mechanical force is created when the mating pins are pressed together, which forces the contact into the insulation of the mating connector. This creates a secure connection between the two parts, which is designed to resist corrosion and environmental contaminants.

The DB25SA197 connector features an IDC system that is secured by mechanical locks. The locks are located on both sides of the contact, ensuring secure connections between the two connected parts. The advantage of this system is that it helps reduce the risk of accidental disconnection or misalignment of the connector pins. Additionally, the contacts of the DB25SA197 are designed to protect against mechanical and electrical shock as well as vibration.

Conclusion

The DB25SA197 is a reliable and durable 25 pin D-Sub connector that is suitable for use in industrial applications where vibration may be present. It is designed with insulation displacement contact (IDC) technology which offers noise reduction and improved stability. Additionally, the DB25SA197 features a rugged construction with a rated life cycle of 30,000 mating cycles. This ensures a secure connection between the two connected parts and helps reduce the risk of disconnection or misalignment of the connector pins. With its high operating temperature capabilities and resistance to environmental contaminants, the DB25SA197 is an ideal solution for industrial applications.

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