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TMC-4F30-xxx

ETC
Part Number TMC-4F30-xxx
Manufacturer ETC
Description VCSEL TO-46 metal can
Published Dec 22, 2006
Detailed Description www.DataSheet4U.com TMC-4F30-xxx VCSEL TO-46 metal can for gener al pur pose FEATURES: • Industry standard TO-46 packag...
Datasheet PDF File TMC-4F30-xxx PDF File

TMC-4F30-xxx
TMC-4F30-xxx


Overview
www.
DataSheet4U.
com TMC-4F30-xxx VCSEL TO-46 metal can for gener al pur pose FEATURES: • Industry standard TO-46 package with flat window glass.
• Low dependence of power output over temperature.
• Symmetrical beam.
• Packaged with a photodiode.
• Cost-effective laser light source.
ELECTRO-OPTICAL CHARACTERISTICS: PARAMETERS SYMBOL MIN TYP MAX UNIT TEST CONDITIONS(1) Threshold Current Output Power Operating Current Slope Efficiency Wavelength Forward Voltage Breakdown voltage Series Resistance Monitor Current Beam Divergence Ith Po IOP η λP VF VBD RS IM θ 1 5 2 12 10 4 mA mW mA 820 2.
0 10 1 0.
20 850 2.
2 15 40 2 8 870 2.
5 mW/mA nm V V Ω uA degree IF =15 mA(2) Adjustable to establish 1.
5 mW output power IF=15 mA(3) IF=15 mA IF=15 mA IR=10 µA IF =15 mA VR=5 V, Po = 1.
5 mW IF=15 mA(4) Notes: 1.
All parameters except mentioned are measured at IF=15 mA, 25°C, CW.
2.
Higher power can be provided under request.
3.
Slope efficiency is defined as ∆P/(15-Ith) at 25°C.
4.
Beam divergence is defined as the angle of light intensity at Full Width at Half Maximum (FWHM).
THERMAL CHARACTERISTICS: PARAMETERS SYMBOL MIN TYP MAX UNIT TEST CONDITIONS Thermal Resistance Ith Temperature Variation VF Temperature Coefficient £bTemperature Coefficient £f P Temperature Coefficient Rth ∆Ith ∆VF/∆T ∆η/∆T ∆λP /∆T 900 -1.
5 -3.
0 -0.
20 0.
06 1.
5 °C /W mA mV/°C %/°C nm/°C TA=25°C TA=0~70°C TA=0~70°C, IF=15 mA TA=0~70°C, IF=15 mA TA=0~70°C, IF=15 mA ABSOLUTE MAXIMUM RATINGS: PARAMETERS MIN MAX UNIT CONDITIONS Storage Temperature Operating Temperature Lead Solder Temperature Continuous Forward Current Continuous Reverse Voltage -40 -20 125 85 260 40 10 ¢J ¢J ¢J mA V 5 seconds TMC-4F30 Fig.
1 Typical Optical Characteristics Typical Output Power vs Current 4 4 Fig.
2 Typical Electrical Characteristics Typical Voltage vs Current Out put Po wer (m W) 3 3 Volt age (V) 2 2 1 1 Ith 0 0 5 10 15 20 0 0 5 10 15 20 Current (mA) Current (mA) Fig.
3 Spectrum When Driving Curr...


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