• Part: ML320G2-11
  • Description: LASER DIODES FOR INDUSTRIAL SYSTEMS
  • Category: Diode
  • Manufacturer: Mitsubishi Electric
  • Size: 161.47 KB
Download ML320G2-11 Datasheet PDF
Mitsubishi Electric
ML320G2-11
ML320G2-11 is LASER DIODES FOR INDUSTRIAL SYSTEMS manufactured by Mitsubishi Electric.
DESCRIPTION ML3XX2 is a high-power, high-efficient blue-violet semiconductor laser which provides a stable, single transverse mode oscillation with emission wavelength of 405nm and standard light output of 120m W(CW). FEATURES - High Output Power: 120m W (CW) - High Efficiency: 1.7m W/m A (typ.) - Visible Light: 405nm (typ.) - Package: φ5.6mm TO-CAN PKG (ML320G2) φ3.8mm TO-CAN PKG (ML329G2) APPLICATION - Industrial , Bio-medical systems ABSOLUTE MAXIMUM RATINGS (Note 1) Symbol Po VRL Tc Tstg Parameter Light output power Reverse voltage Case temperature Storage temperature Conditions CW Ratings 120 2 +5 ~ +80 -40 ~ +100 Unit m W V °C °C Note1: The maximum rating means the limitation over which the laser should not be operated even instant time. This does not mean the guarantee of its lifetime. Additionally, LD lifetime is strongly dependent on the case temperature. As for the reliability, please refer to the reliability report issued by Quality Assurance Section, HF & Optical Semiconductor Division, Mitsubishi Electric Corporation. ELECTRICAL/OPTICAL CHARACTERISTICS (Tc=25°C) Symbol Ith Iop Vop Parameter Threshold current Operating current Operating voltage Slope efficiency Peak wavelength Beam divergence angle (parallel) Beam divergence angle (perpendicular) Test conditions CW CW, Po=120m W CW, Po=120m W CW, Po=120m W CW, Po=120m W CW, Po=120m W CW, Po=120m W Min. 1.3 400 6 15 Typ. 45 120 5.0 1.7 405 8 17 Max 70 160 6.0 2.0 410 12 21 Unit m A m A V m W/m A nm ° ° η λp θ// .. θ⊥ MITSUBISHI ELECTRIC (1/4) As of Oct. 2009 ML3xx2 LD SERIES FOR INDUSTRIAL SYSTEMS MITSUBISHI LASER DIODES OUTLINE DRAWINGS Dimentions in mm ±2° 90° ML320G2 0.4 +0.1 -0 φ2.0±0.3 (P. C. D. ) x 0.4+0.1 -0 (1) (3) CASE 1.0±0.1 ±0.03 (Glass) φ5.6 -0.03 φ4.4 +0.2 -0.3 φ3.55±0.1 +0 φ1.6±0.1 ±0.3 ±0.08...