TN2-6V

Signal Relays, Up to 2 Amps

TN2-6V relays are signal relays that can switch up to 2 Amps of current. These types of relays are widely used in the area of low power electromechanical switching operations.

Applications:

TN2-6V relays are most commonly used in automotive systems, telecommunications systems and computers. They can be used for low current operations such as switching signals or power, controlling relay coils, and controlling the speed of motors. In addition, they have been used successfully in other fields such as medical equipment, domestic applications, fire detectors, and security systems.

Working Principle:

TN2-6V relays work based on the principle of inductive switching. An inductive coil is used to generate a magnetic field when current is passed through it. This magnetic field interacts with a current carrying armature, which is connected to the switch contacts. Whenever the current is changed, the switch will be opened or closed depending on the direction of the current change. The advantage of this type of relay is the ability to handle variable current levels with high accuracy.

Advantages:

TN2-6V relays are robust and reliable, require less power consumption, and are cost effective. The relays are relatively small, and can easily be integrated into a variety of applications. In addition, the relays are capable of switching current reliably and accurately, making them suitable for use in a wide variety of low-power operations.

Disadvantages:

The main disadvantage of TN2-6V relays is the limited current they can switch, as they are rated for only up to 2 Amps. In addition, the relays require external circuitry to detect changes in current in order to switch the relay’s contacts. In some cases, this extra circuitry can add to the complexity and cost of an application.

Conclusion:

TN2-6V relays are a good choice for reliable and cost effective switching of low current levels. They are widely used in automobile, telecommunication, and computing applications due to their robustness, accuracy, and low power consumption. Although the current they can switch is limited, they are suitable for a wide range of low power operations.