TX2SA-L-4.5V-1-Z Relays

Signal relays provide a means of switching low voltage and low power signals and provide a physical link between two wires, and up to 2 amps. In relation to this, the TX2SA-L-4.5V-1-Z is a signal relay with specific application and working principle.

The TX2SA-L-4.5V-1-Z has multiple application fields, including in car audio systems, automotive control, and other consumer electronic applications. It has been designed to work in extremes environments such as high temperature, high humidity, and vibration. This reliable and low power signal relay provides low energy consumption and helps to reduce switch bounce.

The TX2SA-L-4.5V-1-Z is a double conversion relay, meaning that it has two sets of contacts. The first contact set is called the M1M2 contact, and the second one is called the C1C2 contact. The M1M2 contact will be used to control the circuit and will act as an intermediary switch. When a signal is sent to the M1M2 contact, the relay will then switch on or off the C1C2 contact. This double conversion relay will be used to switch and control higher power devices as well as providing protection from surges and over-voltage.

The TX2SA-L-4.5V-1-Z has a working voltage of 4.5V, with a maximum current of up to 2A. It has a state-change response time of 2ms and a thermal resistance of 25kΩ with an insulation resistance of 5MΩ. The TX2SA-L-4.5V-1-Z is a contact type signal relay and can provide up to 200 V mA contact capacity. This assures a reliable performance in extreme temperatures and conditions.

The TX2SA-L-4.5V-1-Z is a versatile contact type signal relay, which provides a long-term reliable interface between two wires. The double conversion of the TX2SA-L-4.5V-1-Z makes it ideal for controlling low voltage and low power signals as well as providing protection from surges and over-voltage. The device has multiple application fields, including in car audio systems, automotive control, and other consumer electronic applications. This reliable and low energy consumption signal relay offers up to 2A maximum current and a state-change response time of 2ms.