Circuit Documentation
Summary
This document provides a detailed overview of a circuit that includes a Li-ion battery, a step-up power module, a rocker switch, and a ring of copper gauge with an aluminum frame. The circuit is designed to step up the voltage from the Li-ion battery and control the power flow using a rocker switch. The output is connected to a ring of copper gauge.
Component List
3.7V - 440KV Step-Up Power Module
- Description: A module that steps up the voltage from 3.7V to a higher voltage.
- Pins: + 3.7V, - 3.7V, out 1, out 2
Li-ion Battery 18650-2000mAh 3.7V 7.4WH
- Description: A rechargeable Li-ion battery with a capacity of 2000mAh and a nominal voltage of 3.7V.
- Pins: +, -
Rocker Switch
- Description: A switch that can toggle between two states, allowing or cutting off the flow of electricity.
- Pins: 1, 2
Ring of Copper Gauge with Aluminum Frame
- Description: A ring made of copper gauge with an aluminum frame, used as an output load.
- Pins: + (left), -ve (Right)
Wiring Details
3.7V - 440KV Step-Up Power Module
- + 3.7V: Connected to pin 2 of the Rocker Switch.
- - 3.7V: Connected to the - pin of the Li-ion Battery.
- out 1: Connected to the + (left) pin of the Ring of Copper Gauge with Aluminum Frame.
- out 2: Connected to the -ve (Right) pin of the Ring of Copper Gauge with Aluminum Frame.
Li-ion Battery 18650-2000mAh 3.7V 7.4WH
- +: Connected to pin 1 of the Rocker Switch.
- -: Connected to the - 3.7V pin of the 3.7V - 440KV Step-Up Power Module.
Rocker Switch
- 1: Connected to the + pin of the Li-ion Battery.
- 2: Connected to the + 3.7V pin of the 3.7V - 440KV Step-Up Power Module.
Ring of Copper Gauge with Aluminum Frame
- + (left): Connected to the out 1 pin of the 3.7V - 440KV Step-Up Power Module.
- -ve (Right): Connected to the out 2 pin of the 3.7V - 440KV Step-Up Power Module.
Documented Code
There is no microcontroller code associated with this circuit.