Circuit Documentation

Summary of the Circuit

The circuit described by the provided inputs appears to be designed to power an electric fence using a high-voltage generator, with a 9V battery as the power source. The circuit includes a rocker switch to control power flow, diodes for current direction control, a resistor to limit current, and an LED as an indicator. The high-voltage generator is presumably used to step up the voltage to a level suitable for the electric fence.

Component List

High Voltage Generator 400KV

• Description: A device that steps up the input voltage to a high voltage output, typically used for applications like electric fences.
• Pins: out 1, out 2, - Negative, Positive

Battery 9V

• Description: A standard 9-volt battery used as the power source for the circuit.
• Pins: VCC, GND

Rocker Switch

• Description: A switch used to control the power flow from the battery to the rest of the circuit.
• Pins: 1, 2

Diodes

• Description: Semiconductor devices that allow current to flow in one direction only, used to protect components from reverse current.
• Pins: cathode, anode

LED: Two Pin (red)

• Description: A red light-emitting diode used as an indicator light.
• Pins: cathode, anode

Resistor

• Description: A passive electrical component with a specific resistance value, used to limit the current in the circuit.
• Pins: pin1, pin2
• Properties: Resistance: 68 Ohms

Electric Fence

• Description: The load in the circuit, which is the electric fence itself.
• Pins: (No explicit pins, connection implied)

Comments

• Description: Comments are non-electrical components used for documentation purposes within the circuit design.

Logo

• Description: A graphical representation or logo, non-functional in terms of circuit operation.

Wiring Details

High Voltage Generator 400KV

• out 1 connected to the electric fence
• out 2 connected to the electric fence
• - Negative connected to the anode of Diode (instance 47904d02) and pin2 of Resistor
• Positive connected to the cathode of Diode (instance 13225a2d) and cathode of LED: Two Pin (red)

Battery 9V

• VCC connected to pin 1 of Rocker Switch
• GND connected to the cathode of Diode (instance 47904d02)

Rocker Switch

• 1 connected to VCC of Battery 9V
• 2 connected to the anode of Diode (instance 13225a2d)

Diodes

• Anode (instance 47904d02) connected to pin2 of Resistor and - Negative of High Voltage Generator 400KV
• Cathode (instance 47904d02) connected to GND of Battery 9V
• Anode (instance 13225a2d) connected to pin 2 of Rocker Switch
• Cathode (instance 13225a2d) connected to Positive of High Voltage Generator 400KV and cathode of LED: Two Pin (red)

LED: Two Pin (red)

• Anode connected to pin1 of Resistor
• Cathode connected to Positive of High Voltage Generator 400KV and cathode of Diode (instance 13225a2d)

Resistor

• Pin1 connected to anode of LED: Two Pin (red)
• Pin2 connected to anode of Diode (instance 47904d02) and - Negative of High Voltage Generator 400KV

Electric Fence

• Connected to out 1 and out 2 of High Voltage Generator 400KV

Documented Code

No code has been provided for any microcontrollers in the circuit. If the circuit is later updated to include a microcontroller, the code will be documented in this section.