NTE30036 NTE

NTE30030 thru NTE30036, NTE30044 Super Bright LED Indicators, 3mm Features: w All Plastic Mold Type /Water Clear Lens: NTE30030 (Yellow Green, AllGaP/GaAs) NTE30031 (Pure Green, GalnN/GaN) NTE30032 (Yellow, AllnGaP/GaAs) NTE30033 (Orange, AllnGaP/GaAs) NTE30034 (Deep Red, GaAlAs/GaAlAs) NTE30035 (Amber, AllGaP/GaAs) NTE30036 (Blue, GalnN/GaN) NTE30044 (White, GalnN/GaN) Absolute Maximum Ratings: (T = +25C unless otherwise specified) A Reverse Voltage, V ................................................................. 5V R Continuous Forward Current, I F NTE30030, NTE30032, NTE30033, NTE30034, NTE30035 ...................... 25mA NTE30031, NTE30036, NTE30044 ........................................... 30mA Peak Forward Current (1.10 Duty Cycle, 0.1ms Pulse Width), I FM NTE30030, NTE30032, NTE30033, NTE30035 ................................ 50mA NTE30031, NTE30034, NTE30036, NTE30044 ............................... 100mA Power Dissipation, P D NTE30030, NTE30032, NTE30033, NTE30034, NTE30035 .................... 100mW NTE30031, NTE30036, NTE30044 ......................................... 120mW Operating Temperature Range, T ........................................ 25C to +85 C opr NTE30034 Only .................................................. 20C to +80 C NTE30036 Only .................................................. 40C to +85 C Storage Temperature Range, T ........................................ 40C to +100 C stg NTE30034 Only ................................................. 30C to +100 C Lead Temperature (During Soldering, .063 (1.6mm) from body, 5sec max), T ........... +240 C L NTE30034 Only .......................................................... +260 C Electro Optical Characteristics: (T = +25C unless otherwise specified) A Parameter Symbol Test Conditions Min Typ Max Unit Forward Voltage NTE30030 V I = 20mA 2.2 2.4 V F F NTE30031 3.5 4.0 V NTE30032, NTE30035 2.0 2.4 V NTE30033 2.0 2.6 V NTE30034 2.0 2.2 V NTE30036 2.7 3.3 4.0 V NTE30044 3.0 3.3 4.0 V Rev. 719ElectroOptical Characteristics (Contd): (T = +25C unless otherwise specified) A Parameter Symbol Test Conditions Min Typ Max Unit Reverse Current All Devices I V = 5V 10 A R R NTE30031, NTE30036 V = 4V 60 A R NTE30044 Only V = 5V 50 A R Luminous Intensity NTE30030 I I = 20mA, Note 1 1600 mcd V F NTE30031 5000 mcd NTE30032, NTE30033, NTE30035 2500 mcd NTE30034 1500 2500 mcd NTE30036 2000 3000 mcd NTE30044 6000 7000 mcd Peak Emission Wave Length NTE30030 I = 20mA 575 nm P F NTE30031 523 nm NTE30032 592 nm NTE30033 620 nm NTE30034 655 660 665 nm NTE30035 607 nm NTE30036 468 nm NTE30044 CIE Coordinates, Typ X: 0.28 Y: 0.30 Dominate Wave Length (NTE30036 Only) (HUE) I = 20mA, Note 2 465 470 475 nm d F Spectral Line Half Width NTE30030, NTE30033, NTE30035 I = 20mA 20 nm F NTE30031 45 nm NTE30032 25 nm NTE30036 20 nm NTE30044 22 nm Viewing Angle 1 NTE30030, NTE30031 2 / I = 20mA 14 deg. 2 F NTE30032, NTE30033, NTE30035 10 deg. NTE30034 30 deg. NTE30036 10 deg. NTE30044 30 deg. Optic Rise Time (NTE30036 Only) I = 20mA 30 ns F Note 1. Luminous intensity is measured with an Exeltron 2001. Note 2. The dominate wavelength, , is derived from the CIE Chromaticity Diagram and represents d the color of the device.