Overview of PLT5 488HB_EP-C2C5 Laser Diode
PLT5 488HB_EP-C2C5 is a high-performance cyan laser diode from OSRAM, designed for precision applications requiring a stable 488 nm emission wavelength. Housed in a compact TO-56 metal can package, this device offers robust optical output and reliability, making it ideal for integration into advanced diagnostic and analytical systems.
Key Features:
Emission Wavelength: 488 nm (typical) ±2 nm
Optical Output Power: 300 mW
Operating Current: 280 mA
Operating Voltage: 6.2 V (typical)
Beam Divergence (FWHM): Parallel to pn-junction: 6.5°; Perpendicular to pn-junction: 23°
Monitor Current: 180 µA (typical)
4Electrostatic Discharge (ESD) Protection: 2 kV per ANSI/ESDA/JEDEC JS-001 (HBM)
Package Type: TO-56 metal can with monitor and ESD protection diode Applications:
Digital Diagnostic Devices: Utilized in medical diagnostics requiring stable and precise light sources
Flow Cytometry: Employed in cell analysis due to its stable output and wavelength
DNA Sequencing: Ideal for genetic analysis applications
Bio-fluorescence: Used in fluorescence microscopy and imaging
Holography and Metrology: Provides coherent light for precise measurements and imaging
Overview of PLT5 488HB_EP-C2C5 Laser Diode
PLT5 488HB_EP-C2C5 is a high-performance cyan laser diode from OSRAM, designed for precision applications requiring a stable 488 nm emission wavelength. Housed in a compact TO-56 metal can package, this device offers robust optical output and reliability, making it ideal for integration into advanced diagnostic and analytical systems.
Key Features:
- Emission Wavelength: 488 nm (typical) ±2 nm
- Optical Output Power: 300 mW
- Operating Current: 280 mA
- Operating Voltage: 6.2 V (typical)
- Beam Divergence (FWHM): Parallel to pn-junction: 6.5°; Perpendicular to pn-junction: 23°
- Monitor Current: 180 µA (typical)
- 4Electrostatic Discharge (ESD) Protection: 2 kV per ANSI/ESDA/JEDEC JS-001 (HBM)
- Package Type: TO-56 metal can with monitor and ESD protection diode Applications:
- Digital Diagnostic Devices: Utilized in medical diagnostics requiring stable and precise light sources
- Flow Cytometry: Employed in cell analysis due to its stable output and wavelength
- DNA Sequencing: Ideal for genetic analysis applications
- Bio-fluorescence: Used in fluorescence microscopy and imaging
- Holography and Metrology: Provides coherent light for precise measurements and imaging
