Circuit Diagrams (Basler Cameras)#
Info
For electrical requirements of your camera model, see your camera topic. You can find your camera topic in the "Models" section.
Circuit diagrams vary depending on the camera:
For racer 2 L cameras, see the I/O Control of racer 2 L Cameras topic.
ace 2, boost R, and racer 2 S Cameras#
Opto-Coupled Input Line#
The following diagram shows a typical circuit using the opto-coupled input line (Line 1). As an example, a TTL or CMOS logic gate is used in the external circuit.
GPIO Input Line#
The following diagram shows a typical circuit when a GPIO line is set to operate as an input. As an example, Line 2 is connected, and a TTL or CMOS logic gate is used in the external circuit.
The following diagram shows a different example of an external circuit using a GPIO line.
GPIO Output Line#
The following diagram shows a typical circuit when a GPIO line is set to operate as an output. As an example, Line 2 is connected. This circuit only works with devices that accept NPN communication.
boost V Cameras#
Galvanically Isolated Input Line#
The following diagram shows a typical circuit using the galvanically isolated input line (Line 1). As an example, a TTL or CMOS logic gate is used in the external circuit. The input pulse must be longer than 200 ns to be identified as a signal.
Galvanically Isolated Output Line#
The following diagram shows a typical circuit using the galvanically isolated output line (Line 2). This circuit only works with devices that accept NPN communication.
ace Classic/U/L Cameras#
Opto-Coupled Input Line#
The following diagram shows a typical circuit using the opto-coupled input line. As an example, a TTL or CMOS logic gate is used in the external circuit.
Opto-Coupled Output Line#
The following diagram shows a typical circuit using the opto-coupled output line. This circuit only works with devices that accept NPN communication.
The following diagram shows a typical circuit you can use to monitor the opto-coupled output line with an LED. In this example, the voltage in the external circuit is 24 VDC. Current in the circuit is limited by an external resistor.
GPIO Input Line#
The following diagram shows a typical circuit when a GPIO line, if present on your camera model, is set to operate as an input. As an example, a TTL or CMOS logic gate is used in the external circuit.
The following diagram shows a different example of an external circuit using a GPIO line, if present on your camera model.
GPIO Output Line#
The following diagram shows a typical circuit when a GPIO line, if present on your camera model, is set to operate as an output. This circuit only works with devices that accept NPN communication.
dart Classic/R Cameras#
GPIO Lines#
dart M Cameras#
Opto-Coupled Input Line#
The following diagram shows a typical circuit using the opto-coupled input line (Line 1). As an example, a TTL or CMOS logic gate is used in the external circuit.
GPIO Input Line#
The following diagram shows a typical circuit when a GPIO line is set to operate as an input. As an example, Line 3 is connected, and a TTL or CMOS logic gate is used in the external circuit.
The following diagram shows a different example of an external circuit using a GPIO line.
The following diagram shows the same setup without using an external pull-up resistor:
GPIO Output Line#
The following diagram shows a typical circuit when a GPIO line is set to operate as an output. As an example, Line 3 is connected. This circuit only works with devices that accept NPN communication.
The following diagram shows the same setup without using an external pull-up resistor:
