1653.7nm VCSEL TO Package Laser Diode with 2 mW Output Power for Methane Gas Sensor TDLAS Systems
1653.7nm VCSEL TO Package Laser Diode with 2 mW Output Power for Methane Gas Sensor TDLAS Systems

1653.7nm VCSEL TO Package Laser Diode with 2 mW Output Power for Methane Gas Sensor TDLAS Systems

1653.7nm VCSEL TO Package Laser Diode with 2 mW Output Power for Methane Gas Sensor TDLAS Systems
Basic Properties
country of origin
China
Brand Name
LT
PRODUCT MODEL
LTV-1651QTP5-T46-C0251
Trading Properties
MOQ
1k
period for dispatch
5-8 work days

Product Details

Highlight:

1653.7nm VCSEL TO Package

,

2 mW VCSEL Laser Diode

,

Methane Gas Sensor TO-Can Laser

Threshold Current: 1.6 MA
Operating Voltage: 1.2 V
Operating Current: 8 MA
Power: 2 MW
Slope Efficiency: 0.15 MW/mA
Center Wavelength: 1648~1656 Nm
Side Mode Suppression Ratio: >25 DB
Temperature At Target Wavelength: 15~35 ℃
Thermistor Resisitance: 10 KΩ
Product Brief
Low Power Consumption MethaneGas Detection TO50 Package VCSEL Laser
Product Description
Key Features
  • Vertical Cavity Surface-Emitting Laser (VCSEL) technology
  • Low power dissipation with low threshold voltage and current
  • Ultra-small form-factor 5-pin package
  • Wide tunability and high wavelength accuracy
  • Fast performance for current modulation
  • Laser qualified as per the intent of Telcordia GR-468
  • Operating temperature range: −5 °C to +35 °C
Applications
  • Methane gas sensing
Product Description

The LTV-1651QTP5-T46-C0251 laser diode is designed to be incorporated into TDLAS (Tunable Diode Laser Absorption Spectroscopy) systems, specifically for sensitive detection of methane.

Specifications
Product Model LTV-1651QTP5-T46-C0251
Wavelength 1653.7 nm
Laser Type Vertical Cavity Surface-Emitting Laser (VCSEL)
Package Type TO Package, 5-pin, ultra-small form-factor
Operating Temperature Range −5 °C to +35 °C
Qualification Standard Telcordia GR-468 (intent)
Primary Application Methane gas sensor / TDLAS systems
Ready To Send A Quick
Inquiry?

Have A Question? Fill Out The Form Below And We Will Get Back To You As Soon As Possible.

Please enter a valid email address.
Please Enter Your Inquiry Message.
Privacy Protected Quick Response Satisfaction Guaranteed