Flush Switch Controlled Lamp Circuit with AC Power Supply and MCB Protection
View and Edit Project In Cirkit Designer
Circuit Documentation
Summary of the Circuit
The circuit described by the provided inputs is a simple electrical control circuit that includes an AC power supply, two Miniature Circuit Breakers (MCBs), a flush switch, and a lamp. The AC supply provides power to the circuit, which is then managed by the MCBs to protect against overcurrent conditions. The flush switch acts as a control mechanism to turn the lamp on or off. The lamp is the load in the circuit and illuminates when the switch is closed and the MCBs are in the closed position, allowing current to flow.
Component List
Flush Switch
- Description: A switch used to control the power flow to the lamp.
- Pins: GND, VCC
AC Supply
- Description: Provides the alternating current power source for the circuit.
- Pins: +ve (positive), -ve (negative)
MCB (Miniature Circuit Breaker)
- Description: A safety device used to protect the circuit from overcurrent by breaking the circuit if the current exceeds a safe level.
- Pins: IN, OUT
LAMP
- Description: The load in the circuit, which emits light when powered.
- Pins: N (Neutral), L (Live)
Wiring Details
Flush Switch
- GND is connected to the OUT pin of one of the MCBs.
- VCC is connected to the L pin of the LAMP.
AC Supply
- +ve is connected to the IN pin of one of the MCBs.
- -ve is connected to the IN pin of the other MCB.
MCB
- IN of the first MCB is connected to the +ve pin of the AC Supply.
- OUT of the first MCB is connected to the GND pin of the Flush Switch.
- IN of the second MCB is connected to the -ve pin of the AC Supply.
- OUT of the second MCB is connected to the N pin of the LAMP.
LAMP
- N is connected to the OUT pin of the second MCB.
- L is connected to the VCC pin of the Flush Switch.
Documented Code
There is no embedded code provided for any microcontrollers in this circuit. Therefore, this section is not applicable to the current documentation.
This documentation provides an overview of the circuit's components and their interconnections. It should be noted that the actual physical layout, wire gauges, and specific ratings for the AC supply and MCBs are not provided and should be determined based on the specific application requirements and safety standards.