NW2835LAP
NW2835LAP
Best For
12V LED strips · 2835 LED package · 120 LEDs/m
Key Specifications
Typical response within 1 business day · [email protected]
Engineering reference imagery
Product Image Gallery
Circuit layout, real FPCB, construction cross-section and finished LED strip -- ordered for production evaluation.
2 views available
Circuit Layout Note
The circuit layout view shows LED pad positions, resistor placement, cutting-unit markers and board-width dimensions. These structural parameters directly affect SMT setup, reflow profile, LED-resistor matching and cutting-machine configuration on your production line.
Engineering data
Full Specification
Core electrical and mechanical parameters for BOM matching, production planning and engineering confirmation.
Engineering Confirmation
Circuit structure confirmed. LED pad layout, resistor positions and cutting-unit spacing are fixed for this model.
SMT and reflow compatible. Board structure is validated for standard LED strip assembly processes.
Copper thickness requires confirmation based on your power, current and run-length targets.
| Parameter | Specified Value |
|---|---|
| Model Number | NW2835LAP |
| Working Voltage | 12V |
| LEDs per Meter | 120 LEDs/m |
| LED Package | 2835 |
| LED Voltage | 3V LED |
| Board Width | 5 mm |
| Cutting Unit | 2.5 cm |
| Resistors / Meter | 40 pcs/m |
| Resistor Package | 0805 |
Production planning
Copper Thickness Confirmation
The model number defines the base circuit structure -- LED pad layout, resistor positions, cutting unit and board width. Copper thickness is not fixed at this stage and must be confirmed for your specific application.
Copper thickness must be confirmed according to power, current, required run length, voltage-drop target, heat dissipation and downstream production process.
Factors that determine copper thickness
Power per Meter (W/m)
Higher wattage requires thicker copper to manage heat and resistance.
Operating Current (A)
Current-carrying capacity determines minimum conductor cross-section.
Run Length (m)
Longer runs amplify voltage drop -- thicker copper compensates.
Voltage Drop Target (%)
Tight voltage-drop specs demand lower resistance, hence thicker copper.
Heat Dissipation Path
Copper layer contributes to thermal management in enclosed profiles.
Downstream Process
Reflow, potting and extrusion processes may impose thickness constraints.
Need copper thickness guidance?
Share your power, current, run length and voltage-drop target. NWSIRY engineering will recommend the appropriate copper specification.
Request Copper ConfirmationReady to move forward with NW2835LAP?
Request a sample or send your specification for engineering review.
Share your LED package, voltage, board width, copper thickness requirement, monthly volume and production stage. NWSIRY engineering will confirm fit and lead time.
Guangdong Shunde Siry Technology Co., Ltd. · Foshan, Guangdong, China
NWSIRY · LED Strip FPCB Engineering & Manufacturing