Gentec-E PE10B-Si User Manual Download Page 4

 

Version 2.0

 

 

 

 

 

PH Series Instruction Manual 

 

Gentec Electro-Optics Inc.  All rights reserved

 

1  PH SERIES PHOTO DETECTORS 

 

1.1  INTRODUCTION 
 

The  Gentec-EO  PH  Series photo detector family includes three photo

 

detectors sensors (PH100-Si, 

PH100-SiUV and PH20-Ge). 
 
The  PH100-Si  detectors  use  a  silicon  photodiode.    The  PH100-SiUV  detectors  also  use  a  silicon 
photodiode  but  have  enhanced  sensitivity  at  shorter  wavelengths.    The  PH20-Ge  detectors  use  a 
germanium photodiode.  All three detector heads are 27.4mm thick by 38.1 mm in diameter. 
 
 

Table I.  Measuring ranges of Gentec-EO PH photo detectors 

Configuration 

PH100-Si series 

PH100-SiUV series 

PH20 series 

Detector alone 

0.6 nW to 30 mW 

0.6 nW to 2.8 mW 

2 nW to 30 mW 

With OD-1 attenuator 

6 nW to 300 mW 

6 nW to 25 mW 

20 nW to 300 mW 

With OD-2 Attenuator 

60 nW to 750 mW 

60 nW to 30 mW 

200 nW to 500 mW 

Note:    quoted maximum ranges are average power at the 1064 nm wavelength for PH100-Si and PH20-Ge, 532 nm for 

PH100-SiUV, and 850 nm for PH100-SiUV with OD-2 

quoted minimum ranges are average power at the 980nm for PH100-Si, 850 nm for PH-100-SiUV and 1550 nm for 

PH20-Ge  

 
 

Table II.  Measuring ranges of Gentec-EO PH-B and PE-B photo detectors  

PH10B-Si                

→ 

50pW to 200µW 

PE10B-Si          

→ 

1.5 pJ to 0.16µJ 

PH5B-Ge                

→ 

10pW to 32µW 

PE5B-Ge          

→ 

500 fJ to 3.2nJ 

 

Note:    quoted maximum ranges are average power at the 1047 nm wavelength for Ge and In 

quoted minimum ranges are average power at the 633nm for Si.  

The M-Link was used for those ranges

 
The PH and PE series are supplied with a 180 cm long flexible cable terminated with a DB-15 
"intelligent" male connector, for use with Gentec-EO Monitors. 
 

NOTE: To eliminate possible damage, do not carry the detector using the connector cable. 

 
The PH and PE photo detectors may also be supplied with a stand.

 

 
 
Call your nearest Gentec-EO distributor to replace the sensor 

or to recalibrate the head.  See p. ii, 

Contacting Gentec Electro-Optics Inc.

 

 
 

Summary of Contents for PE10B-Si

Page 1: ...to obtain a return authorization number Return the material to the appropriate address below Contacting Gentec Electro Optics Inc To help us answer your calls more efficiently please have the model n...

Page 2: ...idity or surface contaminants exposure to flame solvents or water and connection to improper electrical voltage TABLE OF CONTENTS WARRANTY I First Year Warranty i Lifetime Warranty i TABLE OF CONTENTS...

Page 3: ...TO DETECTOR DIMENSIONS 3 FIG 1 2 TYPICAL GE TEMPERATURE DEPENDENCE VS THE WAVELENGTH 10 FIG 1 3 TYPICAL SI AND SIUV TEMPERATURE DEPENDENCE VS THE WAVELENGTH 10 FIG 1 4 PH100 SI TYPICAL SPECTRAL RESPON...

Page 4: ...uoted maximum ranges are average power at the 1064 nm wavelength for PH100 Si and PH20 Ge 532 nm for PH100 SiUV and 850 nm for PH100 SiUV with OD 2 quoted minimum ranges are average power at the 980nm...

Page 5: ...ific PH and PE Series head Wavelengths are not available where the sensor physical properties don t allow it The Gentec eo monitors use the data in this connector to adjust their characteristics autom...

Page 6: ...Version 2 0 PH Series Instruction Manual Gentec Electro Optics Inc All rights reserved 3 1 2 2 Dimensions FIG 1 1 PHOTO DETECTOR DIMENSIONS...

Page 7: ...30 mW 320 mW cm2 1064 nm Minimum Powera 0 6 nW 980 nm 0 6 nW 850 nm 2 nW 1550 nm Damage threshold Maximum Average Power Density 100 W cm 2 100 W cm 2 100 W cm 2 Typical Detector saturation currentb 6...

Page 8: ...W 980 nm 0 45 A W 850 nm 0 98 A W 1550 nm With attenuator PH100 Si OD1 OD2 PH100 SiUV OD1 OD2 PH20 Ge OD1 OD2 Maximum Power typ w OD 1 300 mW 1064 nm 25 mW 532 nm 300 mW 1064 nm Minimum Power a w OD 1...

Page 9: ...measurable power M Link 200 W S Link 175 W Maestro 150 W 633nm M Link 32 W S Link 26 W Maestro 22 W 1047 nm Maximum Average Power Density 65 mW cm2 532 nm 320 mW cm2 1064 nm Noise equivalent power 10...

Page 10: ...Repetition Rate 1000 Hz Max Pulse Width 10 s Maximum Measurable Energy M Link 0 16 J S Link 0 13 J Maestro 0 11 J 633nm M Link 3 2 nJ S Link 2 6 nJ Maestro 2 4 nJ 1047 nm Maximum Energy Density 5 J c...

Page 11: ...ack protective cover on the detector head before making the offset nulling If you want to subtract the room light do the offset nulling with the cover off 2 2 QUICK POWER MEASUREMENT PROCEDURE This se...

Page 12: ...component not related to the laser power This will add a systematic error to absolute power measurements This error may disappear from relative power measurements When you subtract two measurements m...

Page 13: ...0 PH Series Instruction Manual Gentec Electro Optics Inc All rights reserved 10 FIG 1 2 TYPICAL GE TEMPERATURE DEPENDENCE VS THE WAVELENGTH FIG 1 3 TYPICAL SI AND SIUV TEMPERATURE DEPENDENCE VS THE W...

Page 14: ...saturate the detector To know if the detector is saturated use procedure 4 3 1 Be careful when making the attenuator calibration in pulse mode The peak power must be in the linear region of the photo...

Page 15: ...esired Wavelength The difference between the desired wavelength and the inferior wavelength 4 5 1 Example You have a PH100 Si and your laser is at 632 8 nm See your CERTIFICATE OF CALIBRATION for the...

Page 16: ...Version 2 0 PH Series Instruction Manual Gentec Electro Optics Inc All rights reserved 13 FIG 1 4 PH100 SI TYPICAL SPECTRAL RESPONSE FIG 1 5 PH100 SIUV PH10B SI PE10B SI TYPICAL SPECTRAL RESPONSE...

Page 17: ...Version 2 0 PH Series Instruction Manual Gentec Electro Optics Inc All rights reserved 14 FIG 1 6 PH20 GE PH5B GE PE5B GE TYPICAL SPECTRAL RESPONSE...

Page 18: ...center when the detector reaches its end of life Breaking the calibration seal or opening the monitor will void the detector warranty The complete Detector contains 1 Detector with wires or DB 15 1 i...

Page 19: ...Version 2 0 PH Series Instruction Manual Gentec Electro Optics Inc All rights reserved 16...

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