Newport 6000 User manual

i
Model 6000 Laser Controller
Operation and Maintenance Manual

Corporate Headquarters Canada Italy Netherlands Taiwan R.O.C.
Newport Corporation Telephone: [phone] Telephone: [phone] Telephone: [phone] Telephone: [phone]
1791 Deere Avenue Facsimile: 905-567-0392 Facsimile: 02-923-2448 Facsimile: 030-6570242 Facsimile: 2-2769-9638
Irvine, CA 92714 France Japan Switzerland United Kingdom
Telephone: [phone] Telephone: [phone] Telephone: [phone] Telephone: [phone] Telephone: [phone]
Facsimile: 949-253-1800 Facsimile: 1-60 91 68 69 Facsimile: 03-5379-0155 Facsimile: 01-740-2503 Facsimile: 01635-521348
Belgium Germany
Telephone: [phone] Telephone: [phone]
Facsimile: 016-402227 Facsimile: 06151-36 21-52
Newport Corporation, Irvine,
California, has been certified
compliant with ISO 9002 by the
British Standards Institution.

Limited Warranty
Newport warrants that this product will be free from defects in materials and workmanship for a period of two
years from the date of shipment. If any such product proves defective during the applicable warranty period,
Newport, at its option, either will repair the defective product with charge for parts and labor or will provide a
replacement in exchange for the defective product.
In order to obtain service under this warranty, the customer must notify Newport of the defect before the
expiration of the warranty period and make suitable arrangements for the performance of service. In all cases the
customer will be responsible for packaging and shipping the defective product back to the service center specified
by Newport, with shipping charges prepaid. Newport shall pay for the return of the product to the customer if the
shipment is within the continental United States, otherwise the customer shall be responsible for all shipping
charges, insurance, duties and taxes, if the product is returned to any other location.
This warranty shall not apply to any defect, failure or damage caused by improper use or failure to observe proper
operating procedures per the product specification or operators manual or improper or inadequate maintenance
and care. Newport shall not be obligated to furnish service under this warranty 1) to repair damage resulting from
attempts by personnel other than Newport’s representatives to repair or service the product; 2) to repair damage
resulting from improper use or connection to incompatible equipment; 3) to repair damage resulting from
operation outside of the operating or environmental specifications of the product.
NEWPORT’S LIABILITY FOR THE MERCHANTABILITY AND USE OF THE PRODUCT IS EXPRESSLY
LIMITED TO ITS WARRANTY SET OUT ABOVE. THIS DISCLAIMER AND LIMITED WARRANTY IS
EXPRESSLY IN LIEU OF ANY AND ALL REPRESENTATIONS AND WARRANTIES EXPRESS OR
IMPLIED, INCLUDING BUT NOT LIMITED TO, ANY IMPLIED WARRANTY OF MERCHANTABILITY
OR OF FITNESS FOR PARTICULAR PURPOSE, WHETHER ARISING FROM STATUTE, COMMON LAW,
CUSTOM OR OTHERWISE. THE REMEDY SET FORTH IN THIS DISCLAIMER AND LIMITED
WARRANTY SHALL BE THE EXCLUSIVE REMEDIES AVAILABLE TO ANY PERSON. NEWPORT
SHALL NOT BE LIABLE FOR ANY SPECIAL, DIRECT, INDIRECT, INCIDENTAL OR CONSEQUENTIAL
DAMAGES RESULTING FROM THE USE OF THIS PRODUCT OR CAUSED BY THE DEFECT, FAILURE
OR MALFUNCTION OF THIS PRODUCT, NOR ANY OTHER LOSSES OR INJURIES, WHETHER A
CLAIM FOR SUCH DAMAGES, LOSSES OR INJURIES IS BASED UPON WARRANTY, CONTRACT,
NEGLIGENCE, OR OTHERWISE. BY ACCEPTING DELIVERY OF THIS PRODUCT, THE PURCHASER
EXPRESSLY WAIVES ALL OTHER SUCH POSSIBLE WARRANTIES, LIABILITIES AND REMEDIES.
NEWPORT AND PURCHASER EXPRESSLY AGREE THAT THE SALE HEREUNDER IS FOR
COMMERCIAL OR INDUSTRIAL USE ONLY AND NOT FOR CONSUMER USES AS DEFINED BY THE
MAGNUSOM-MOSS WARRANTY ACT OR SIMILAR STATE CONSUMER WARRANTY STATUTE.
©1996, Newport Corporation
Irvine, California, USA
Part No. 22169-01
IN-02961
Rev. D
Printed 2-Dec-98

EC DECLARATION OF CONFORMITY
Model 6000 Laser Controller
We declare that the accompanying product, identified with the “ ” mark, meets all
relevant requirements of Directive 89/336/EEC and Low Voltage Directive
73/23/EEC.
Compliance was demonstrated to the following specifications:
EN50081-1 EMISSIONS:
Radiated and conducted emissions per EN55011, Group 1, Class A
EN50082-1 IMMUNITY:
Electrostatic Discharge per IEC 1000-4-2, severity level 3
Rated Emission Immunity per IEC 1000-4-3, severity level 2
Fast Burst Transients per IEC 1000-4-4, severity level 3
Surge Immunity per IEC 1000-4-5, severity level 3
IEC SAFETY:
Safety requirements for electrical equipment specified in IEC 1010-1.
VP European Operations General Manager-Precision Systems
Zone Industrielle 1791 Deere Avenue
45340 Beaune-la-Rolande, France Irvine, Ca. USA
______________________ ______________________
Alain Danielo Jeff Cannon

i
Table of Contents
1. General Information ____________________________________________1
1.1 Introduction________________________________________________________ 1
1.2 Product Overview___________________________________________________ 1
1.3 Available Options and Accessories _____________________________________ 3
1.4 Safety Terms and Symbols____________________________________________ 4
1.4.1 Terms ________________________________________________________________ 4
1.4.2 Symbols ______________________________________________________________ 4
1.5 General Warnings and Cautions_______________________________________ 4
2. System Operation _______________________________________________7
2.1 Introduction________________________________________________________ 7
2.2 Installation_________________________________________________________ 7
2.2.1 AC Power Considerations_________________________________________________ 7
2.2.2 Tilt-Foot Adjustment ____________________________________________________ 8
2.2.3 Rack Mounting _________________________________________________________ 8
2.2.4 Ventilation Requirements _________________________________________________ 8
2.2.5 Power-Up Sequence _____________________________________________________ 8
2.3 Introduction to the 6000 Front Panel ___________________________________ 9
2.3.1 Model 6000____________________________________________________________ 9
2.3.2 Model 6000M and 6000MF ______________________________________________ 10
2.4 General Operation _________________________________________________ 11
2.4.1 Display Elements ______________________________________________________ 11
2.4.1.1 Static Fields ________________________________________________________ 11
2.4.1.2 Non-Editable Data Fields ______________________________________________ 11
2.4.1.3 Editable Data Fields __________________________________________________ 11
2.4.1.3.1 Changing Data Fields______________________________________________ 11
2.4.1.4 Soft Keys __________________________________________________________ 12
2.4.2 Function Keys_________________________________________________________ 13
2.4.3 Menu Structure ________________________________________________________ 14
2.4.4 Master Display ________________________________________________________ 15
2.4.5 MOPA Master Display__________________________________________________ 15
2.4.6 Main Menu ___________________________________________________________ 15
2.4.7 Configure Menu _______________________________________________________ 16
2.4.8 System Configure Screen ________________________________________________ 17
2.4.9 Save/Recall Screen _____________________________________________________ 18
2.4.10 Linking Screen ________________________________________________________ 18
2.4.11 Calibration Screen _____________________________________________________ 20
2.4.12 Configure Communications Screen ________________________________________ 20
2.4.12.1 Error Message Control ______________________________________________ 20

ii
2.5 Rear Panel Familiarization __________________________________________21
2.5.1 GPIB Connector_______________________________________________________ 21
2.5.2 RS-232 Connector _____________________________________________________ 21
2.5.3 Input Power Connector _________________________________________________ 21
2.5.4 GND Post____________________________________________________________ 22
2.6 Warm Up and Environmental Consideration ___________________________22
3. Principles of Operation _________________________________________23
3.1 Introduction_______________________________________________________23
3.2 Laser Module Theory of Operation____________________________________ 24
3.2.1 Laser Interface ________________________________________________________ 24
3.2.2 Limit DAC___________________________________________________________ 25
3.2.3 Set Point DAC ________________________________________________________ 25
3.2.4 A/D Converter ________________________________________________________ 25
3.2.5 Current Source Voltage _________________________________________________ 25
3.2.6 Output Shorting _______________________________________________________ 25
3.2.7 Modulation/Voltage Control Input Port_____________________________________ 25
3.2.8 Photodiode Feedback Amplifier __________________________________________ 26
3.2.9 Constant Current, High Bandwidth Mode ___________________________________ 26
3.2.10 Constant Current, Low Bandwidth Mode ___________________________________ 26
3.2.11 Constant Power Mode __________________________________________________ 27
3.3 TEC Module Theory of Operation ____________________________________ 29
3.3.1 TEC Interface_________________________________________________________ 29
3.3.2 Limit DAC___________________________________________________________ 29
3.3.3 Set Point DAC ________________________________________________________ 30
3.3.4 A/D Converter ________________________________________________________ 30
3.3.5 Sensor Select _________________________________________________________ 30
3.3.6 Difference Amplifier ___________________________________________________ 30
3.3.7 Proportional Amplifier and Integrator ______________________________________ 30
3.3.8 Bipolar Output Stage ___________________________________________________ 31
3.3.8.1 Current Limiting ____________________________________________________ 31
3.3.8.2 Current Limit Condition Sensing________________________________________ 31
3.3.8.3 Voltage Controlled Current Source ______________________________________ 31
3.3.8.4 Voltage Limit Condition Sensing________________________________________ 31
3.3.9 TEC Control Modes____________________________________________________ 31
3.3.9.1 T Mode ___________________________________________________________ 31
3.3.9.2 R Mode ___________________________________________________________ 32
3.3.9.3 ITE Mode __________________________________________________________ 32
3.4 Microprocessor Board ______________________________________________33
3.4.1 Microprocessor _______________________________________________________ 33
3.4.2 Memory _____________________________________________________________ 34
3.4.3 Serial Interface________________________________________________________ 34
3.4.4 Front Panel Interface ___________________________________________________ 34
3.4.5 GPIB Interface________________________________________________________ 34

iii
3.5 Power Supplies ____________________________________________________ 34
3.5.1 Module Power Supplies _________________________________________________ 34
3.5.2 Main Supply __________________________________________________________ 35
3.6 Interlock Operation ________________________________________________ 35
3.6.1 Laser Interlock ________________________________________________________ 35
4. Laser Diode Driver Module Operation _____________________________37
4.1 Laser Diode Driver Module__________________________________________ 37
4.1.1 Introduction __________________________________________________________ 37
4.1.2 Installation ___________________________________________________________ 37
4.1.3 Laser Diode Protection Requirements ______________________________________ 38
4.2 Laser Safety Features_______________________________________________ 40
4.2.1 Conditions Which Can Automatically Shut Off the Laser Output._________________ 40
4.2.2 Key switch Interlock____________________________________________________ 40
4.2.3 Turn On Delay ________________________________________________________ 41
4.3 The Laser Connectors ______________________________________________ 41
4.3.1 Modulation ___________________________________________________________ 42
4.3.2 Photodiode Bias Control_________________________________________________ 42
4.3.3 Photodiode ___________________________________________________________ 42
4.3.4 Interlock _____________________________________________________________ 42
4.4 Connecting to Your Laser ___________________________________________ 42
4.4.1 Laser Diode Connections and Shielding_____________________________________ 43
4.4.2 Photodiode Feedback Connections_________________________________________ 44
4.4.3 Grounding Consideration ________________________________________________ 46
4.5 Laser Module Operation ____________________________________________ 46
4.5.1 Quick Start ___________________________________________________________ 46
4.5.2 Laser Main Screen _____________________________________________________ 46
4.5.3 Laser Setup Screen _____________________________________________________ 47
4.5.3.1 Mode______________________________________________________________ 49
4.5.3.2 Bandwidth__________________________________________________________ 50
4.5.3.3 Modulate (MOPA Modules Only) _______________________________________ 50
4.5.3.4 Io Lim_____________________________________________________________ 50
4.5.3.5 Vcomp ____________________________________________________________ 50
4.5.3.6 Im Lim ____________________________________________________________ 51
4.5.3.7 Po Lim ____________________________________________________________ 51
4.5.3.8 Tol Time and Tol Iop _________________________________________________ 51
4.5.3.9 Intermittent Contact (Int Contact)________________________________________ 51
4.5.3.10 PD Resp _________________________________________________________ 51
4.5.3.11 PD Zero__________________________________________________________ 52
4.5.3.12 The 

and Soft Keys_____________________________________________ 52
4.5.4 Link Conditions _______________________________________________________ 52
5. Temperature Controller Operation ________________________________53
5.1 Temperature Controller (TEC) Module________________________________ 53

iv
5.2 TEC Safety Features________________________________________________ 53
5.2.1 Conditions Which Will Automatically Shut Off the TEC Output _________________ 53
5.3 The TEC Connectors________________________________________________ 53
5.3.1 TEC Grounding Consideration ___________________________________________ 54
5.4 TEC Module Operation _____________________________________________54
5.4.1 Quick Start___________________________________________________________ 54
5.4.2 TEC Main Screen______________________________________________________ 54
5.4.3 TEC Setup Screen _____________________________________________________ 55
5.4.3.1 Sensor ____________________________________________________________ 56
5.4.3.2 Mode _____________________________________________________________ 56
5.4.3.2.1 Constant Temperature Mode (Const T) _______________________________ 56
5.4.3.2.2 Constant Resistance/Reference Mode (Const R/Const v/Const i)____________ 56
5.4.3.2.3 Constant Current Mode (Const ITE) __________________________________ 57
5.4.3.2.4 Effects of Calibration on TEC modes _________________________________ 57
5.4.3.3 Gain ______________________________________________________________ 57
5.4.3.4 Limits_____________________________________________________________ 58
5.4.3.4.1 TE Current Limit (Limit ITE) _______________________________________ 58
5.4.3.4.2 Temperature Limits (Limit THI and Limit TLO) _________________________ 58
5.4.3.4.3 Resistance/Reference Limits (Limit RHI/vHI/iHI and Limit RLO/vLO/iLO)______ 58
5.4.3.5 Tolerances (Tol Time and Tol Temp) ____________________________________ 58
5.4.3.6 C1, C2, C3, and Ro __________________________________________________ 59
5.4.3.7 The 

and Soft Keys ______________________________________________ 59
5.4.4 Link Conditions _______________________________________________________ 59
5.4.4.1 Thermistor and Thermistor Current Selection ______________________________ 60
5.4.4.1.1 Introduction_____________________________________________________ 60
5.4.4.1.2 Thermistor Range ________________________________________________ 60
5.4.4.1.3 Temperature Resolution ___________________________________________ 61
5.4.4.1.4 Selecting Thermistor Current _______________________________________ 62
5.4.4.1.5 Selecting Thermistors _____________________________________________ 62
5.4.4.1.6 The Steinhart-Hart Equation________________________________________ 63
5.4.4.1.7 Table of Constants _______________________________________________ 65
5.4.4.2 AD590 and LM335 __________________________________________________ 66
5.4.4.2.1 General ________________________________________________________ 66
5.4.4.2.2 AD590 Sensor___________________________________________________ 66
5.4.4.2.3 LM335 Sensor___________________________________________________ 67
5.4.4.2.4 Determining C1 and C2 for the AD590 and LM335______________________ 68
5.4.4.3 RTD Sensors _______________________________________________________ 69
5.4.4.3.1 RTD Constants __________________________________________________ 70
6. Maintenance__________________________________________________71
6.1 Introduction_______________________________________________________71
6.2 Fuse Replacement __________________________________________________71
6.3 Cleaning __________________________________________________________71
7. Calibration ___________________________________________________73

v
7.1 Calibration Overview_______________________________________________ 73
7.1.1 Environmental Conditions _______________________________________________ 73
7.1.2 Warm-Up ____________________________________________________________ 73
7.2 Laser Calibration __________________________________________________ 73
7.2.1 Recommended Equipment _______________________________________________ 73
7.2.2 Drive Current Load Resistor Selection______________________________________ 74
7.2.3 Local Operation Current Source Calibration _________________________________ 74
7.2.4 Remote Operation Current Source Calibration________________________________ 75
7.2.5 Local Operation IPD Current Calibration_____________________________________ 76
7.2.6 Remote Operation IPD Current Calibration ___________________________________ 77
7.2.7 Local Operation Laser Voltage Measurement Calibration _______________________ 78
7.2.8 Remote Operation Laser Voltage Measurement Calibration _____________________ 79
7.3 TEC Calibration ___________________________________________________ 80
7.3.1 Recommended Equipment _______________________________________________ 80
7.3.2 Local Operation Thermistor Calibration_____________________________________ 80
7.3.3 Remote Operation Thermistor Calibration ___________________________________ 81
7.3.4 Local Operation AD590 Sensor Calibration__________________________________ 82
7.3.5 Remote Operation AD590 Sensor Calibration ________________________________ 82
7.3.6 Local Operation LM335 Sensor Calibration__________________________________ 83
7.3.7 Remote Operation LM335 Sensor Calibration ________________________________ 83
7.3.8 Local Operation RTD Calibration _________________________________________ 84
7.3.9 Remote Operation RTD Calibration________________________________________ 84
7.3.10 RTD Lead Resistance Calibration (Offset Null)_______________________________ 85
7.3.11 Local Operation ITE Current Calibration ____________________________________ 85
7.3.12 Remote Operation ITE Current Calibration, Single Channel TEC _________________ 86
8. Factory Service________________________________________________89
8.1 Introduction_______________________________________________________ 89
8.2 Obtaining Service __________________________________________________ 89
9. Error Messages _______________________________________________93
9.1 Introduction_______________________________________________________ 93
10. Specifications _________________________________________________97
10.1 Laser Diode Driver (LDD) Modules _________________________________ 97
10.2 MOPA Laser Diode Driver Module _________________________________ 98
10.3 Temperature Controller (TEC) Specifications________________________ 100
10.4 Mainframe And General Specifications _____________________________ 101
Tables
Table 1 - Laser Connector Pinouts___________________________________________________ 41
Table 2 - MOPA Laser Connector Pinouts_____________________________________________ 41

vi
Table 3 - Laser Link Conditions ____________________________________________________ 52
Table 4 - TEC Connector Pintouts __________________________________________________ 54
Table 5 - TEC Link Conditions _____________________________________________________ 60
Table 6 - Comparison of Curve Fitting Equations ______________________________________ 64
Table 7 - Thermistor Constants_____________________________________________________ 65
Table 8 - RTD Constants__________________________________________________________ 70
Table 9 - Recommended Test Equipment______________________________________________ 73
Table 10 - Drive Current Load Resistor Selection ______________________________________ 74
Table 11 - Recommended Test Equipment_____________________________________________ 80
Table 12 - Error Codes ___________________________________________________________ 93
Figures
Figure 1 - Model 6000 Front Panel __________________________________________________ 9
Figure 2 - A Sample Screen with Various Data Fields ___________________________________ 13
Figure 3 - Model 6000 Menu Structure_______________________________________________ 14
Figure 4 - Master Display _________________________________________________________ 15
Figure 5 - MOPA Master Display ___________________________________________________ 15
Figure 6 - Main Menu ____________________________________________________________ 16
Figure 7 - Configure Menu ________________________________________________________ 16
Figure 8 – System Configure Screen _________________________________________________ 17
Figure 9 - Save/Recall Screen______________________________________________________ 18
Figure 10 - Link Screen___________________________________________________________ 18
Figure 11 - Communications Screen_________________________________________________ 20
Figure 12 - Rear Panel ___________________________________________________________ 21
Figure 13 - 6000 Block Diagram ___________________________________________________ 23
Figure 14 - Laser Module Block Diagram ____________________________________________ 24
Figure 15 - Constant Current - High Bandwidth Mode __________________________________ 26
Figure 16 - Constant Current - Low Bandwidth Mode ___________________________________ 27
Figure 17 - Constant Power Mode __________________________________________________ 28
Figure 18 - TEC Board Module Diagram_____________________________________________ 29
Figure 19 - Microprocessor Board Block Diagram _____________________________________ 33
Figure 20 - Power Supply Block Diagram ____________________________________________ 35
Figure 21 - Laser Diode Protection Circuit ___________________________________________ 40
Figure 22 - Common Laser Cathode / Photodiode Cathode_______________________________ 45
Figure 23 - Common Laser Cathode / Photodiode Anode ________________________________ 45
Figure 24 - Common Laser Anode / Photodiode Cathode ________________________________ 45
Figure 25 - Common Laser Anode / Photodiode Anode __________________________________ 45
Figure 26 - Laser Main Screen _____________________________________________________ 46
Figure 27 - Laser Setup Screens ____________________________________________________ 48
Figure 28 - MOPA Laser Setup Screens ______________________________________________ 49
Figure 29 - TEC Main Screen ______________________________________________________ 54
Figure 30 - TEC Setup Screens _____________________________________________________ 56
Figure 31 - Thermistor Temperature Range ___________________________________________ 61
Figure 32 - Thermistor Resistance versus Temperature __________________________________ 64
Figure 33 - AD590 Nonlinearity ____________________________________________________ 67
Figure 34 - IPD Calibration Circuit __________________________________________________ 76

1
CHAPTER 1
1. General Information
1.1 Introduction
This chapter describes the features, options, accessories, and specifications of the
Model 6000.
1.2 Product Overview
PRODUCT FEATURES
Two fully isolated module slots, with first module bay user replaceable.
GPIB/IEEE 488.2 and RS-232C Interfaces
Link feature allows inter-module programming control not found in any
other products.
Built-in Temperature Controller (TEC) Module
•Model 6000 and 6000M: 32 Watt (4A/8V), ultra stable bipolar output
•Model 6000MF: 45 Watt (2.5A/18V), ultra stable bipolar output
•Thermistor, AD590, LM335, and Pt RTD sensors
Laser Diode Driver (LDD) Modules
•500 mA to 6 Amp low noise outputs
•External analog modulation
•Adjustable photodiode bias voltage
•Comprehensive laser diode protection features
MOPA Driver Module (Model 6000M and 6000MF Only)
•500 mA oscillator and 4 Amp amplifier low noise outputs
•External analog modulation, with oscillator/amplifier
•Standard SDL DB-15 connector
•Comprehensive laser diode protection features
The Model 6000 Modular Controller is a result of Newport’s continuing commitment
to provide advanced laser diode instrumentation at affordable prices.
Advanced designs guarantee that the Model 6000 will accommodate future laser
modules making this controller the most complete instrument for laser diode control,
characterization, and testing far into the future.
High Power Temperature Controller Fulfills All Your Thermo
Electric (TE) Cooling Needs
The 32 Watt Temperature Controller is offered to meet your most demanding TE
cooling needs. It may be operated in one of three modes:
•Constant Temperature

2 Chapter 1 General Information
•Constant Resistance
•Constant TE Current
Short term stability is less than 0.0005°C while long term stability is better than
0.001°C. Four sensor types are compatible with this TEC module:
•Thermistors
•AD590 series
•LM335 series
•100ΩPlatinum RTDs
With the sensor’s calibration constants, the actual laser diode temperature is
displayed in °C on the front panel.
Full Featured LDD Modules Offer Complete Test and
Characterization Capabilities
Advanced circuit designs and careful layout of 6500 series modules provide you with
an extremely low noise, highly stable output current. Current outputs range from 500
mA to 6 Amps. An external analog modulation input allows precision control of the
laser output for a variety of applications including power level control and
wavelength tuning. A monitor photodiode may be zero biased for CW low noise
applications or reversed biased up to -5 volts for high frequency modulation. All
laser diode parameters are accessible with 16-bit resolution including the laser
diode’s forward voltage for full characterization using any of the 6500 series
modules.
Comprehensive Safety Features Protect Your Laser Diode
Time tested laser diode protection safety features are incorporated into every Laser
Diode Driver offered. Input power module filters provide first stage protection
against transients. Additional filtering and power regulation stages coupled with high
speed transient detection circuits let you operate your laser diode worry free from
transients. A slow turn-on sequence, multiple output shorting circuits, and an
independent current limiting feature provide the superior protection you demand
from all your laser diode instrumentation.
Intuitive Controls and Character LCD Display Simplify
Control and Test Procedures
Improved data presentation and system control are achieved using a character LCD
display. A MASTER display shows the entire system configuration as well as each
module’s status. “Soft Keys” guide you through initial system setup routines and the
operation of each module. Real-time control of an output is accomplished either by

Chapter 1 General Information 3
entering the set point via the cursor keys or control knob. MENU and FUNC keys
access saved system configurations and repetitive procedures. All controls are
clearly marked and instructions easily understood for simple operation.
GPIB/IEEE-488.2 and RS232 Interfaces Gives Power to
Remotely Control and Collect Data.
For ultimate control a GPIB/IEEE-488.2 interface is available. All control and
measurement functions are accessible via the GPIB interface. In addition, standard
serial RS-232C ports allow simpler interfacing to a PC. As your instrumentation
needs change the Model 6000 Modular Controller will adapt to all your new laser
diode applications giving you the ultimate in flexible laboratory equipment.
1.3 Available Options and Accessories
Model 6000 Modular Controller Mainframe
Model 6000 Laser Diode Driver (LDD) Modules
6505 500 mA Laser Diode Driver Module
6510 1,000 mA Laser Diode Driver Module
6530 3,000 mA Laser Diode Driver Module
6560A 6,000 mA Laser Diode Driver Module
6540M 4,000 mA/500mA MOPA Laser Diode Driver Module
Accessories
300-02 Temperature Controller Cable
300-04 Temperature Controller/Mount Cable
300-16 10.0 kΩthermistor (± 0.2°C)
300-22 AD592CN IC Sensor
500-02 Laser Diode Driver Cable
500-04 Laser Diode Driver/Mount Cable
6000-RACK Rack Mount Kit
Newport Corporation also supplies temperature controlled mounts, lenses, and other
accessories. Please consult with your representative for additional information.

4 Chapter 1 General Information
1.4 Safety Terms and Symbols
1.4.1 Terms
The following safety terms are used in this manual:
The WARNING heading in this manual explains dangers that could result in
personal injury or death.
The CAUTION heading in this manual explains hazards that could damage the
instrument.
In addition, a NOTES heading gives information to the user that may be beneficial in
the use of this instrument.
1.4.2 Symbols
The following symbols are used in this manual and on the instrument:
!Refer to the documentation.
Earth Ground
1.5 General Warnings and Cautions
The following general warning and cautions are applicable to this instrument:
WARNING
This instrument is intended for use by qualified personnel
who recognize shock hazards or laser hazards and are
familiar with safety precautions required to avoid possible
injury. Read the instruction manual thoroughly before
using, to become familiar with the instrument’s operations
and capabilities.

Chapter 1 General Information 5
WARNING
The American National Safety Institute (ANSI) states that
a shock hazard exists when probes or sensors are exposed
to voltage levels greater then 42 VDC or 42V peak AC.
Do not exceed 42V between any portion of the Model
8000 (or any attached detector or probe) and earth ground
or a shock hazard will result.
CAUTION
There are no serviceable parts inside the Model 8000.
Work performed by persons not authorized by Newport
Corporation may void the warranty. For instructions on
obtaining warranty repair or service please refer to
Chapter 8 of this manual.

7
CHAPTER 2
2. System Operation
2.1 Introduction
This chapter describes how to operate the 6000 mainframe. Module specific details
can be found in the module's manual. Unless otherwise noted, “6000” or “Model
6000” refers to the Model 6000, the Model 6000M, and the Model 6000MF.
Sections that deal with a specific model will be indicated as such.
2.2 Installation
CAUTION
Although ESD protection is designed into the 8000,
operation in a static-fee work area is recommended.
CAUTION
Do not plug-in or unplug a module with
the AC power on.
2.2.1 AC Power Considerations
The 6000 can be configured to operate at a nominal line voltage of 100, 120, 220, or
240 VAC. Normally, this is done at the factory and need not be changed before
operating the instrument. However, be sure that the voltage setting is correct on the
power input module and correct fuses are installed per section 6.2 before connecting
to an AC source. The 6000 is shipped set for 120 VAC and a caution sticker is placed
on the input power connector.
CAUTION
Do not exceed 250 VAC on the line input.
Do not operate with a line voltage that is not within ±10%
of the line setting. Too low of an input voltage may cause
excessive ripple on the DC supplies. Too high of an input
voltage will cause excessive heating.

8 Chapter 2 System Operation
WARNING
To avoid electrical shock hazard, connect the
instrument to properly earth-grounded, 3-prong
receptacles only. Failure to observe this precaution
can result in severe injury or death.
2.2.2 Tilt-Foot Adjustment
The 6000 has front legs that extend to make it easier to view the LCD display. To
use them, place the 6000 on a stable base and rotate the legs downward until they
lock into position.
2.2.3 Rack Mounting
The 6000 may be rack mounted by using a 6000 rack mount kit. All rack mount
accessory kits contain detailed mounting instructions.
2.2.4 Ventilation Requirements
Rear panel area needs 2 to 4 inches of clearance for air circulation.
2.2.5 Power-Up Sequence
With the 6000 connected to an AC power source, set the power switch to “I” to
supply power to the instrument and start the power-up sequence.
During the power-up sequence, the following takes place. For about 5 seconds an
initialization screen is displayed. The software version is displayed in the lower left
corner of the screen. During this time a self-test is performed to ensure that the 6000
hardware and software are communicating. If the 6000 cannot successfully complete
this test, an error message will be displayed.
After this test, the 6000 is configured to the state it was in when the power was last
shut off and displays the master display.

Chapter 2 System Operation 9
2.3 Introduction to the 6000 Front Panel
2.3.1 Model 6000
Described below are the functions of each area of the Model 6000 front panel, as
shown in Figure 1. See the following section for the Model 6000M and 6000MF.
Figure 1 - Model 6000 Front Panel
1. Power On/Off Switch - Switches on/off the AC power to the unit.
2. Laser Enable On/Off Switch - Safety key-switch that enables/disables laser
output. See sections 3.6 and 4.3.4 for additional information on laser interlock.
3. Laser Active LED - Indicates laser output is on.
4. LDD On Button - Turns the laser output on/off.
5. TEC Active LED - Indicates TEC output is on.
6. TEC On Button - Turns the TEC output on/off.
7. Display Soft Keys - These are the two dark keys located to the right of the
display. The function of these keys varies depending on what menu is displayed.
See section 2.4.1.4 for a complete description of soft keys.
8. MASTER Key - switches to the master display from any screen in the system
(see section 2.4.2).
9. Cursor Control Keys - Moves cursor up or down between editable data fields.
The left arrow decrements values in numerical entry fields, or as a previous
choice in a multi-choice entry field. The right arrow increments values in
numerical entry fields, or as a next choice in multi-choice entry fields. See
section 2.4.1.3 for a description of data fields.
10. MENU Key - Switches to the main menu from any screen in the system (see
section 2.4.6).
11. FUNCTION Key - Used to execute user macros and special functions (see
section 2.4.2).
12. SHIFT Key - Toggles between the outer and inner set of soft keys.
13. Remote LED - Indicates 6000 is in remote mode.
14. Knob - Used to continuously vary certain parameters. The knob has an
acceleration factor that causes the rate of change to increase as the knob is turned

10 Chapter 2 System Operation
faster. Turning slowly allows for a fine adjustment at the smallest displayed
decimal place.
2.3.2 Model 6000M and 6000MF
The only physical difference on the front panel for the Model 6000M and Model
6000MF is the TEC On button has been replaced by the MOPA Amplifier On button,
which allows independent control of each MOPA channel, and the LDD On button
has been renamed to OSC On button. The TEC On button was moved to the lower
soft key on the Master Display.
Only elements that differ on the 6000M and 6000MF are described below. See the
section above for a description of the other elements on the front panel.
3. Oscillator Active LED - Indicates MOPA oscillator output is on.
4. OSC On Button - Turns the MOPA oscillator output on/off.
5. Amplifier Active LED - Indicates MOPA amplifier output is on.
6. AMP On Button - Turns the MOPA amplifier output on/off.