This section details the maximum ratings for the OSRAM LW T673 binning FK0PN0 LED, defining its critical operational, thermal, and electrical limits. The operating temperature range (Top) spans from a minimum of -40 °C to a maximum of 100 °C, while the storage temperature range (Tstg) matches this range, also extending from -40 °C to 100 °C. The maximum allowable junction temperature (Tj) is rated at 110 °C. For forward current (IF) at a solder point temperature (TS) of 25 °C, the maximum value is specified at 20 mA. The surge current (IFS) has a maximum rating of 200 mA, tested under conditions of t≤10μs, duty cycle D=0.005, and a solder point temperature of 25 °C. The maximum reverse voltage (VR) at TS=25∘C is 5 V, and the ESD withstand voltage (VESD) is 2 kV, verified in accordance with the ANSI/ESDA/JEDEC JS-001 standard (HBM).
This section details the key optical, electrical, and thermal characteristics of the LED component, measured under standard test conditions of IF=10mA and TS=25∘C.
For optical performance, the typical chromaticity coordinates are Cx=0.33 and Cy=0.33, and the typical viewing angle at 50% of the luminous intensity (2φ) is 120 degrees.
For electrical characteristics, the forward voltage (VF) at 10 mA has a minimum value of 2.70 V, a typical value of 3.10 V, and a maximum value of 3.40 V. The reverse current (IR) tested at 5 V reverse voltage has a typical value of 0.01 μA and a maximum value of 10 μA.
For thermal performance, the maximum real thermal resistance from junction to ambient (RthJA real) is 400 K/W, and the maximum real thermal resistance from junction to solder point (RthJS real) is 180 K/W.