Relay Driver Circuit Using Npn Transistor at Dominick Whipple blog

Relay Driver Circuit Using Npn Transistor. Below is the circuit of a relay driver using the npn transistor bc 548. Transistors are capable of driving small relays without any problems, and usually, an npn transistor in a common emitter configuration. The relay is connected between the positive rail and the collector of the transistor. A typical relay switch circuit has the coil driven by a npn transistor switch, tr1 as shown depending on the input voltage level. Uses more commonly available and less expensive npn drive transistors. Relay power may be sourced by a higher, unregulated. A relay switch circuit can be designed using npn transistor. Then connect the input of the relay logic. If you are driving a logic circuit which then drives the relay, you likely need to add a large resistor between 5 volts and the collector of your transistor.

Npn Transistor Relay Circuit
from mavink.com

Then connect the input of the relay logic. If you are driving a logic circuit which then drives the relay, you likely need to add a large resistor between 5 volts and the collector of your transistor. A typical relay switch circuit has the coil driven by a npn transistor switch, tr1 as shown depending on the input voltage level. Below is the circuit of a relay driver using the npn transistor bc 548. Transistors are capable of driving small relays without any problems, and usually, an npn transistor in a common emitter configuration. The relay is connected between the positive rail and the collector of the transistor. Relay power may be sourced by a higher, unregulated. Uses more commonly available and less expensive npn drive transistors. A relay switch circuit can be designed using npn transistor.

Npn Transistor Relay Circuit

Relay Driver Circuit Using Npn Transistor Uses more commonly available and less expensive npn drive transistors. Uses more commonly available and less expensive npn drive transistors. A typical relay switch circuit has the coil driven by a npn transistor switch, tr1 as shown depending on the input voltage level. If you are driving a logic circuit which then drives the relay, you likely need to add a large resistor between 5 volts and the collector of your transistor. Transistors are capable of driving small relays without any problems, and usually, an npn transistor in a common emitter configuration. Then connect the input of the relay logic. Below is the circuit of a relay driver using the npn transistor bc 548. Relay power may be sourced by a higher, unregulated. A relay switch circuit can be designed using npn transistor. The relay is connected between the positive rail and the collector of the transistor.

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