LOFT 360 Degree Lamp

thingiverse

It appears that you're in the process of building an LED lantern kit. Here are some key points from your post: 1. **Power Supply**: You've decided to use a 12v power supply, which is a good choice for powering LEDs. 2. **Strip Board**: You're planning to use strip board (also known as veroboard) to connect the components of the lantern. This is a cost-effective way to prototype and build electronic circuits. 3. **Capacitors**: You've ordered two capacitors (6800uF, 36v) which will help smooth out the power supply and prevent voltage fluctuations that could damage your LEDs. Some potential upgrades you're considering include: 1. **Rechargeable Battery Pack**: This would allow users to recharge the battery pack instead of replacing it when it runs out. To make this work, you'll need a PWM (Pulse Width Modulation) circuit to control the power delivery to the LEDs. 2. **Wireless Connectivity**: If you plan to add wireless connectivity, you may need additional components such as an RF module and a microcontroller. Here are some suggestions for your upgrades: 1. **PWM Circuit**: A PWM circuit can help extend the battery life by reducing the average power consumption of the LEDs. You can use a dedicated IC like the 555 timer or a more modern MCU (Microcontroller Unit) to implement this. 2. **Wireless Connectivity**: If you decide to add wireless connectivity, make sure to choose an RF module that is compatible with your microcontroller and has sufficient range for your application. Remember to follow proper safety precautions when working with electronics, especially when dealing with high voltage power supplies.