Tvzt-3010-03up Led [updated] Jun 2026

If installing inside a tightly enclosed outdoor lamp post housing, consider pairing the board with an aluminum thermal dissipation plate or applying thermal conductive paste to the back of the PCB.

: Always shut off the main circuit breaker before handling any wiring to prevent electrical shock.

Thermal resistance (RθJA) ~ 250 °C/W (poor for plastic package).

If the diode array itself has suffered mechanical damage or corrosion, you can replace the entire emitter plate. tvzt-3010-03up led

The utilizes a standard SMD footprint with two metal contacts on the underside for reflow soldering. The compact size allows PCB designers to route traces easily underneath or around the component without crowding the board layout.

operates on specific parameters (6-10VDC at 700mA), a generic hardware store replacement driver will not work. You have three direct paths to fix this issue. Option A: The LED Retrofit Kit (Recommended)

Temperature rise = 0.064W * 250 = +16°C above ambient. Acceptable. If installing inside a tightly enclosed outdoor lamp

Once the heat transfers through the aluminum, use precision tweezers to cleanly lift the defective LED off its solder pads. Step 3: Aligning and Reflowing the New LED

Isolate the circuit board or LED strip from all main power sources.

: Replaces all aged components at once; fixes flickering permanently; update to modern electronics. Cons : Requires standard wire-stripping and splicing. Option B: Sourcing a 700mA Compatible Driver If the diode array itself has suffered mechanical

┌──► LCD Edge-Lit TVs & Monitors │ TVZT-3010-03UP LED Applications ──┼──► Commercial Advertising Displays & Signage │ └──► Automotive Instrument Clusters & Dashboards

: Apply a small amount of flux to the solder joints. Set your hot air rework station to roughly 320°C to 350°C with a low air velocity to avoid blowing neighboring components out of alignment. Heat the component evenly until the solder liquefies, then gently lift it away with your tweezers.

Designed to be both bright and energy-efficient.