Technical Guide to LED Strips & Lighting Components
Selecting the correct lighting components requires matching voltages, controller types, and environmental ratings. Here is a technical breakdown of our core lighting products to help you build a safe and stable setup:
| Lighting Type | Key Specifications | Best Use Case |
|---|---|---|
| WS2812B Addressable LED Strips | 5V DC, Individually programmable ICs | Custom PC case lighting, Arduino/Raspberry Pi DIY projects, and dynamic dioramas. |
| COB LED Strips | 12V/24V DC, High-density dot-free illumination | Under-cabinet lighting, architectural accents, and seamless linear lighting. |
| Solar Motion Lights | Built-in Li-ion battery, PIR motion sensor, IP65+ | Outdoor security, garden pathways, and areas without AC power access. |
| Lamp Holder Converters | E27 to E14, E27 to B22, Fire-retardant PBT | Adapting existing light fixtures to fit different bulb bases safely. |
Important Note (Engineering Limitations & Voltage Hazards): When working with 5V WS2812B LED strips, be aware of "voltage drop." If you daisy-chain more than 5 meters of 5V strips, the LEDs at the end will turn yellow or dim. You must inject 5V power at both ends. Furthermore, never plug a 5V LED strip into a 12V power supply; it will instantly fry the LEDs and the controller chip.
Frequently Asked Questions (FAQ)
Q: Can I cut my LED strip lights anywhere?
A: No. You can only cut LED strips along the designated copper cut lines (usually marked with a scissor icon). Cutting anywhere else will break the electrical circuit for that specific segment, causing a cluster of LEDs to permanently fail.
Q: Are lamp holder converters (e.g., E14 to E27) safe to use for high-wattage bulbs?
A: They are safe for modern, low-wattage LED bulbs (typically under 20W). However, you should never use these plastic adapters for old-fashioned incandescent or halogen bulbs that generate massive amounts of heat (e.g., 60W or 100W), as the extreme temperature can melt the adapter and cause a fire hazard.