Oriel LIDA-SRS-KIT User Manual Download Page 30

                             Family of Brands – ILX Lightwave

® 

• New Focus™ • Ophir

® 

• Corion • Richardson Gratings™ • Spectra-Physics

® 

MLIDA, Rev A 

 

 

9  SPECIFICATIONS 

 

SIGNAL CHANNEL

 

Number of Detector Channels 

Voltage Inputs 

Single-ended or differential 

Sensitivity 

2 nV to 1 V 

Current Input 

10

or 10

V/A 

Voltage Input Impedance 

10 

 + 25 pF, AC or DC coupled 

Current Input Impedance 

1 k

Ω

 to virtual ground 

Gain accuracy 

±1% (±0.2% typ.) 

 

Noise 

6 nV/

Hz at 1 kHz 

0.13 pA/

Hz at 1 kHz (10

V/A) 

0.013 pA/

Hz at 100 kHz (108 V/A) 

Line Filters 

50/60 Hz and 100/120 Hz (Q=4) 

Common Mode Rejection 

Ratio 

100 dB at 10 kHz, decreasing by 6 dB/oct above 10 

kHz 

Dynamic Reserve 

>100 dB (without prefilters) 

Stability 

<5 ppm/°C 

REFERENCE CHANNEL

 

 

Frequency Range 

0.001 Hz to 102.4 kHz 

hopper wheel dependent 

Reference Input 

TTL or sine (400 mVpp min.) 

Input Impedance 

MΩ,

 25 pF 

 

Phase Resolution 

0.01° front panel, 0.008° through computer 

interfaces 

Absolute Phase Error 

<1° 

Relative Phase Error 

<0.001° 

Orthogonality 

90° ± 0.001° 

Int. Reference Phase Noise 

Synthesized, <0.0001° rms at 1 kHz 

Ext. Reference Phase Noise 

0.005° rms at 1 kHz, 100 ms, 12 dB/oct 

 

Phase Drift 

<0.01°/°C below 10 kHz 

<0.1°/°C, 10 kHz to 100 kHz 

Harmonic Detection 

2F, 3F, ... nF to 102 kHz (n < 19,999) 

Acquisition Time 

(2  5 ms) or 40 ms, whichever is greater 

DEMODULATOR

 

 

Stability 

Digital outputs and display: no drift. 

Analog outputs: <5 ppm/°C for all dynamic reserve 

settings. 

Harmonic Rejection 

-90 dB 

 

Time Constants 

10 µs to 30 ks (6, 12, 18, 24, dB/oct roll off). 

Synchronous filters available below 200 Hz. 

 
 
 
 
 

INTERNAL OSCILLATOR

 

Summary of Contents for LIDA-SRS-KIT

Page 1: ...Family of Brands ILX Lightwave New Focus Ophir Corion Richardson Gratings Spectra Physics MLIDA Rev A s Lock In Digital Amplifier Radiometry System User s Manual LIDA SRS KIT...

Page 2: ...11 4 3 UNPACKING 11 4 4 CHOOSING A LOCATION 12 4 5 CHOPPER CONTROLLER CONNECTIONS 12 4 6 COMPUTER CONNECTIONS 13 4 7 DETECTOR CONNECTIONS 14 4 8 ELECTRICAL CONNECTIONS 16 5 SOFTWARE CONFIGURATION 17...

Page 3: ...ch Locations 16 Figure 10 SR810 GPIB Address Selection 17 Figure 11 View GPIB Address on SR810 18 Figure 12 LIDA Communication Established 18 Figure 13 Setting Operating Parameters in TracQ Basic 19 F...

Page 4: ...th each of the components 1 1 SYMBOLS AND DEFINITIONS WARNING Situation has the potential to cause bodily harm or death CAUTION Situation has the potential to cause damage to property or equipment ELE...

Page 5: ...al will help to conserve natural resources and ensure that the materials are recycled in a manner that protects human health and the environment PROTECTIVE CONDUCTOR TERMINAL The protective conductor...

Page 6: ...used in a manner not specified in this manual the protection provided by this equipment may be impaired To prevent damage to equipment when replacing fuses locate and correct the problem that caused t...

Page 7: ...gnal Oriel created an application kit LIDA SRS KIT using the Stanford Research Systems SRS Lock In Digital Amplifier LIDA model SR810 The LIDA SRS KIT includes the chopper chopper control and lock in...

Page 8: ...ference channels Reference input corrects your measurement channel to compensate for source drift TTL OUT controls the external chopper PREAMP connection may be used to power up detector pre amplifier...

Page 9: ...with a reference signal Dynamic reserve is limited to about 60 dB and these instruments suffer from poor stability output drift and excessive gain and phase error Demodulation in the SR810 Lock In Amp...

Page 10: ...age The SR810 has X and Y analog outputs rear panel that are updated at 256 kHz Four auxiliary inputs 16 bit ADCs are provided for general purpose use such as normalizing the input to source intensity...

Page 11: ...ic software installation Optical detector Detector signal cable with BNC male connector Refer to the TracQ Basic user s manual for minimum system requirements for the computer If an Oriel LIDA compati...

Page 12: ...ped light signals from an optical detector Therefore it is required to install the 75160NF Optical Chopper System Install a wheel into the chopper head based on the desired chopping frequency and beam...

Page 13: ...nts Connect the cable to the GPIB connector on the back of the LIDA and tighten the connections Plug the USB connector into the computer If successfully installed the computer s Device Manager will di...

Page 14: ...rs the 70310 stand alone current preamplifier to use with unamplified detectors or photomultiplier tubes Oriel s amplified detectors and stand alone current preamplifier require a power source to oper...

Page 15: ...Richardson Gratings Spectra Physics MLIDA Rev A Figure 6 Detector Amplifier Cable Model CBL 70054 LIDA Figure 7 Amplifier Power Connection on SR810 with LIDA Compatible Oriel Detector Figure 8 Stand...

Page 16: ...severe injury or death Refer to the specifications section of this users manual for the power requirements for the lock in digital amplifier Refer to the specifications section of the 75160NF user s m...

Page 17: ...select the detection instrument and monochromator for the system If no monochromator instrument is to be used click Cancel Otherwise select the instrument based on the instructions provided with the...

Page 18: ...Family of Brands ILX Lightwave New Focus Ophir Corion Richardson Gratings Spectra Physics MLIDA Rev A Figure 11 View GPIB Address on SR810 Figure 12 LIDA Communication Established...

Page 19: ...n Richardson Gratings Spectra Physics MLIDA Rev A 5 2 SETTING OPERATING PARAMETERS To set the chopping frequency and other operating parameters for the SR810 select Detection Instr Setup Parameters Fi...

Page 20: ...e front panel of the instrument until the INTERNAL LED is active Figure 14 Source Button SINE out and Frequency Selector Knob 6 2 SET SIGNAL INPUT MODE Set the SR810 for current mode operation by pres...

Page 21: ...indicator OVLD next to the digital LED display Press the AUTOGAIN and AUTOPHASE buttons on the front panel of the SR810 The output LED display indicator will show the RMS current detected by the unam...

Page 22: ...utilized for reference if its signal level is compatible with the limited dynamic range of the reference channel The range is 10 5 V to 10 5 V and the resolution is 16 bits 1 3 mV The input impedance...

Page 23: ...Family of Brands ILX Lightwave New Focus Ophir Corion Richardson Gratings Spectra Physics MLIDA Rev A Figure 18 Reference Display Figure 19 Ratio Measurement Configuration...

Page 24: ...the LIDA SRS KIT is compatible with a wide variety of detectors the precise procedure for obtaining calibrated results varies It is typically necessary to load wavelength and responsivity values into...

Page 25: ...ep size interval need to be set Once this information is entered into the software the detector radiometry scan allows radiant measurement data to be taken over the detector s calibrated wavelength ra...

Page 26: ...in real time Items needed to build the setup shown in Figure 23 LIDA SRS KIT Monochromator example Oriel model CS260 USB Q FH A Amplified calibrated detector example Oriel model DET L SIUV R C Sample...

Page 27: ...Family of Brands ILX Lightwave New Focus Ophir Corion Richardson Gratings Spectra Physics MLIDA Rev A Figure 24 Reference Spectra Measurement Using TracQ Basic Figure 25 QE Measurements of Samples...

Page 28: ...n DET L SIUV R C UV enhanced Si photodiode w transimpedance amplifier 200 1100 nm sensitivity 10 mm x 10 mm active area NIST traceable calibration DET L SIUV T C UV enhanced Si photodiode w integrated...

Page 29: ...readings Many of Oriel s legacy amplified detectors may easily be integrated with the LIDA provided the detector has Mini DIN and BNC connectors Discard the Mini DIN connector included with the legac...

Page 30: ...y 5 ppm C REFERENCE CHANNEL Frequency Range 0 001 Hz to 102 4 kHz hopper wheel dependent Reference Input TTL or sine 400 mVpp min Input Impedance 1 M 25 pF Phase Resolution 0 01 front panel 0 008 thro...

Page 31: ...1 Output 10 V output of X R X noise Aux 1 or Aux 2 Updated at 512 Hz X Y Outputs In phase and quadrature components rear panel 10 V updated at 256 kHz Aux A D Inputs 4 BNC inputs 10 V 1 mV resolution...

Page 32: ...l subsidiaries and sales offices worldwide Every year the Newport Resource catalog is hailed as the premier sourcebook for those in need of advanced technology products and services It is available by...

Page 33: ...his RMA number must appear on both the shipping container and the package documents Return the product to Newport freight prepaid clearly marked with the RMA number and it either will be repaired or r...

Page 34: ...Newport in writing promptly after discovery of the defect or nonconformity and within the Warranty Period Products may only be returned by Buyer when accompanied by a return material authorization num...

Page 35: ...Materials contain trade secrets of Newport and are for use only in the manner expressly permitted Newport claims and reserves all rights and benefits afforded under law in the Programs provided by New...

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