Laser Driver / LDD / TEC / Burn-In
This ILX Lightwave LDT-5910B Temperature Controller is used and in excellent condition. This unit has the optional GPIB hardware interface installed.
This ILX Lightwave LDC-3724B Laser Diode Controller is used and in excellent condition.
This unit does not include an optical LD head.
This unit can only be used in the 8008 mainframe.
8610.8C
• LDD Output Current Range: 0-1000 mA
• Typical TEC Output Power: 8 W
8610.8C
• LDD Output Current Range: 0-1000 mA
• Typical TEC Output Power: 8 W
This ILX Lightwave LDC-3900 Laser Diode Controller is used and in excellent condition.
This is also known as Densitron Part Number 4229BG-SNY.
Laser max current: 1.5 A & TEC max power: 9 W.
The LDC-3916376 Laser Diode Controller Module is a combination current source/temperature controller. The current source provides high stability output of either 1.5 Amp with fully redundant current limits and multiple laser protection features such as contact bounce detection, compliance voltage limit adjust and 4-wire voltage measurement for precise laser diode forward voltage measurement. The built-in bi-polar temperature controller can work with thermistor type temperature sensors and most TEC modules to deliver precise laser temperature control over a wide range of temperatures. Other features of the TEC control circuit include TEC voltage measurement, digital selection of thermistor current range, and control loop gain adjustment from 1 to 127.
The LDC-3916376 Laser Diode Controller Module is a combination current source/temperature controller. The current source provides high stability output of either 1.5 Amp with fully redundant current limits and multiple laser protection features such as contact bounce detection, compliance voltage limit adjust and 4-wire voltage measurement for precise laser diode forward voltage measurement. The built-in bi-polar temperature controller can work with thermistor type temperature sensors and most TEC modules to deliver precise laser temperature control over a wide range of temperatures. Other features of the TEC control circuit include TEC voltage measurement, digital selection of thermistor current range, and control loop gain adjustment from 1 to 127.
This ILX Lightwave LDT-5412 Thermoelectric Temperature Controller is used, and in excellent condition.
This ILX Lightwave LDX-3412 Precision Current Source is used, and in excellent condition.
The LDC-3916338 Laser Diode Current Source Module contains one fully independent current source. The current sources provide high stability output up to a maximum drive current of 3.0 Amps, with fully redundant current limits and multiple laser protection features such as contact bounce detection, compliance voltage limit adjust, and 4-wire voltage measurement for precise laser diode forward voltage measurement.
This unit has (8) 8350 TEC modules installed. Rack Mount Chassis. We have a library of firmwares, if a certain version is required please contact us.
• TEC Output Current: 5 A
8350
• TEC Output Power: 40 W• TEC Output Current: 5 A
This unit can only be used in the 9008 mainframe.
• TEC Output Current: 7.5 A
Part Number: 7808000210, 8000-21
8375
• TEC Output Power: 60 W• TEC Output Current: 7.5 A
Part Number: 7808000210, 8000-21
6505/8505
• LDD Output Current: 500mA
Internal batteries have been replaced.
This ILX Lightwave LDX-3207B Precision Current Source is used and in excellent condition.
This unit has the GPIB Remote Communication Option Installed.
This unit has the GPIB Remote Communication Option Installed.
This Thorlabs / Profile ITC8102DS15 LD &TEC Controller is used, and in excellent condition. It is the newer 16-bit version of the hardware. Laser Current Ranges: ±1 A, TEC Cooling Power: ±2 A / 16 W.
The cards of the ITC8102 series allow space-saving simultaneous current and temperature control for a laser diode. There are three different current ranges, combined with a temperature controller for a thermoelectric cooler (TEC). The cards provide excellent performance with regard to laser current noise and drift as well as temperature stability. The laser diodes can be operated either in constant current (CC) or constant power (CP) mode. Besides standard protection features such as interlock an advanced circuit ensures that transients, e.g. from RF pick ups, can not affect the laser current. When powered on, a softstart function slowly increases the laser current without spikes or overshoots. The temperature window protection switches the laser diode current off if the controlled temperature of the chip falls outside a preset temperature window. Damage to the TE cooler is prevented by an adjustable limit of the maximum allowed TEC current. The ITC8102 cards operate with thermistors and with IC sensor chips AD590, AD592, LM335.
The cards of the ITC8102 series allow space-saving simultaneous current and temperature control for a laser diode. There are three different current ranges, combined with a temperature controller for a thermoelectric cooler (TEC). The cards provide excellent performance with regard to laser current noise and drift as well as temperature stability. The laser diodes can be operated either in constant current (CC) or constant power (CP) mode. Besides standard protection features such as interlock an advanced circuit ensures that transients, e.g. from RF pick ups, can not affect the laser current. When powered on, a softstart function slowly increases the laser current without spikes or overshoots. The temperature window protection switches the laser diode current off if the controlled temperature of the chip falls outside a preset temperature window. Damage to the TE cooler is prevented by an adjustable limit of the maximum allowed TEC current. The ITC8102 cards operate with thermistors and with IC sensor chips AD590, AD592, LM335.
This ILX Lightwave LDT-5910 Temperature Controller is used and in excellent condition. This unit does not have GPIB remote communication installed.
6510/8510
• LDD Output Current: 1000mA
This ILX Lightwave TCM-39032 32W TEC Module is used, and in excellent condition. It is a precision TEC control module for use in the LDC-3900 Modular Laser Diode Controller.
Features of the TCM-39032 include:
• High temperature stability; better than 0.01 C over 24 hours
• Max Output Current: 4 A
Features of the TCM-39032 include:
• High temperature stability; better than 0.01 C over 24 hours
• Max Output Current: 4 A
This unit can only be used in the 9008 mainframe.
• TEC Output Current: 5 A
Part Numbers: 7808000210, 8000-21
8350
• TEC Output Power: 40 W• TEC Output Current: 5 A
Part Numbers: 7808000210, 8000-21
This unit is a high-power (8) Channel LDD/TEC system. It has (8) 8630 Combination LDD/TEC modules installed (Part Number: 8630.16C) and a rack-mount chassis. We have a library of firmwares; if a certain version is required, please contact us.
• TEC Output: 2.5A / 6V
8630
• LDD Output: 3000mA• TEC Output: 2.5A / 6V
8350
• TEC Output Power: 40W
• TEC Output Current: 5A
This unit can only be used in the 8016 or 9016 mainframe.
• Typical TEC Output Power: 8 W
8605.16C / 9605.16C
• LDD Output Current Range: 0-500 mA• Typical TEC Output Power: 8 W
This unit has (16) 8605.16C Combo LDD/TEC modules installed. Rack Mount Chassis. We have a library of firmwares, if a certain version is required please contact us.
• Typical TEC Output Power: 8 W
• 4.0 Vcomp Compatible
8605.16C
• LDD Output Current Range: 0-500 mA• Typical TEC Output Power: 8 W
• 4.0 Vcomp Compatible
This Thorlabs / Profile LDC8040 Laser Diode Current Control Card is used, and in excellent condition. It is the newer 16-bit version of the hardware. Current Range: 0 to ±4 A.
The LDC8040 laser diode control card provides best in class low-noise and ultra-stable injection current to the connected laser diode. The current can be set precisely with 16 Bit resolution. The cards can be operated in constant current mode (CC) or in constant power mode (CP) via the back facet monitor diode. Besides standard protection features such as interlock an advanced circuit ensures that transients, as they may occur at line disturbance, line failure or RF pickups, can not affect the laser current. When powered on, a softstart function slowly increases the laser current without spikes or overshoots. There are three independent limits which can be individually set: one hardware limt set by a 20-turn countersunk trim potentiometer and two software limits for laser current and optical power set via D/A converters. These limits prevent the laser current and the laser power from exceeding the allowed maximum values, even under modulated operation. The card allows the modulation of the laser diode current in constant power and constant current mode via the external analog input port. The card can be easily configured via the front panel of PRO800 / PRO8000 chassis or remotely via IEEE 488.2 commands. The LDC8040 current control card is ideally complemented by the modular TED8000 temperature control cards. Combi control cards with integrated current and temperature control are also available (ITC8000 series).
The LDC8040 laser diode control card provides best in class low-noise and ultra-stable injection current to the connected laser diode. The current can be set precisely with 16 Bit resolution. The cards can be operated in constant current mode (CC) or in constant power mode (CP) via the back facet monitor diode. Besides standard protection features such as interlock an advanced circuit ensures that transients, as they may occur at line disturbance, line failure or RF pickups, can not affect the laser current. When powered on, a softstart function slowly increases the laser current without spikes or overshoots. There are three independent limits which can be individually set: one hardware limt set by a 20-turn countersunk trim potentiometer and two software limits for laser current and optical power set via D/A converters. These limits prevent the laser current and the laser power from exceeding the allowed maximum values, even under modulated operation. The card allows the modulation of the laser diode current in constant power and constant current mode via the external analog input port. The card can be easily configured via the front panel of PRO800 / PRO8000 chassis or remotely via IEEE 488.2 commands. The LDC8040 current control card is ideally complemented by the modular TED8000 temperature control cards. Combi control cards with integrated current and temperature control are also available (ITC8000 series).
This Thorlabs / Profile TED8020 Temperature Control Card is used and in excellent condition. It is the newer 16-bit version of the hardware. Current Range: ±2 A, 16 W.
The TED8020 card is a plug-in temperature controller for the PRO8 Platform. They provide excellent temperature stabilization, typically ±0.001°C (AD590 sensor), for optimal laser operation and other applications requiring precise thermal control. This facilitates highly stable operation of temperature sensitive components, for example optical nonlinear birefringent crystal, where phase matching requires sensitive control of the crystal’s temperature. Separate adjustment of the P, I and D settings of the temperature control loop enables optimal settling times for different thermal loads. If the TED8020 module is used with a laser diode control module in the same PRO8 chassis, the temperature window protection feature switches off the laser diode current if the temperature of the laser exceeds a used-defined temperature window (high and low threshold).
The TED8020 card is a plug-in temperature controller for the PRO8 Platform. They provide excellent temperature stabilization, typically ±0.001°C (AD590 sensor), for optimal laser operation and other applications requiring precise thermal control. This facilitates highly stable operation of temperature sensitive components, for example optical nonlinear birefringent crystal, where phase matching requires sensitive control of the crystal’s temperature. Separate adjustment of the P, I and D settings of the temperature control loop enables optimal settling times for different thermal loads. If the TED8020 module is used with a laser diode control module in the same PRO8 chassis, the temperature window protection feature switches off the laser diode current if the temperature of the laser exceeds a used-defined temperature window (high and low threshold).
This ILX Lightwave LDT-5910 Temperature Controller is used and in excellent condition. This unit has the optional GPIB hardware interface installed.
We have a library of firmwares, if a certain version is required please contact us.
Laser max current: 1 A & TEC max power: 9 W.
The LDC-3916374 Laser Diode Controller Module is a combination current source/temperature controller. The current source provides high stability output of either 1 A with fully redundant current limits and multiple laser protection features such as contact bounce detection, compliance voltage limit adjust and 4-wire voltage measurement for precise laser diode forward voltage measurement. The built-in bi-polar temperature controller can work with thermistor type temperature sensors and most TEC modules to deliver precise laser temperature control over a wide range of temperatures. Other features of the TEC control circuit include TEC voltage measurement, digital selection of thermistor current range, and control loop gain adjustment from 1 to 127.
The LDC-3916374 Laser Diode Controller Module is a combination current source/temperature controller. The current source provides high stability output of either 1 A with fully redundant current limits and multiple laser protection features such as contact bounce detection, compliance voltage limit adjust and 4-wire voltage measurement for precise laser diode forward voltage measurement. The built-in bi-polar temperature controller can work with thermistor type temperature sensors and most TEC modules to deliver precise laser temperature control over a wide range of temperatures. Other features of the TEC control circuit include TEC voltage measurement, digital selection of thermistor current range, and control loop gain adjustment from 1 to 127.
This unit has (16) 8605.16C Combo LDD/TEC modules installed and a rack-mount chassis. We have a library of firmwares; if a certain version is required, please contact us.
• Typical TEC Output Power: 8 W
• 4.0 Vcomp Compatible
8605.16C
• LDD Output Current Range: 0-500 mA• Typical TEC Output Power: 8 W
• 4.0 Vcomp Compatible
This unit has (16) 8510D Dual LDD modules installed and a rack-mount chassis.
8510D
• LDD Output Current Range: 0-1000 mA 
8610
• LDD Output Current: 1000mA
• LDD Compliance Voltage Max: 7V
• Typical TEC Output Power: 15W (2.5A/6V)
This ILX Lightwave LDP-3811 Precision Pulsed Current Source is used and in excellent condition.
This ILX Lightwave LDC-3724B Laser Diode Controller is used and in good condition. This unit has a cracked housing; however, this does not affect its ability to function properly.
View Photo of cracked housing.
View Photo of cracked housing.
This Newport / New Focus 6000 Vortex Laser Controller is used and in excellent condition. This unit has a BNC Interlock.
This unit can only be used in the 8016 or 9016 mainframes.
• 3.5 Vcomp Compatible
8520D / 9520D
• LDD Output Current Range: 0-2000 mA• 3.5 Vcomp Compatible
This unit can only be used in the 8016 or 9016 mainframes.
• 3.5 Vcomp Compatible
8510D / 9510D
• LDD Output: 1000mA• 3.5 Vcomp Compatible
This ILX Lightwave LDX-3207 Precision Current Source is used, and in excellent condition. This unit does not have GPIB remote communication installed.
8605
• LDD Output Current: 500mA
• LDD Compliance Voltage Max: 7V
• Typical TEC Output Power: 15W (2.5A/6V)
This unit can only be used in the 8008 mainframe.
8610.8C
• LDD Output Current Range: 0-1000 mA
• Typical TEC Output Power: 8 W
Includes:
• BNC Sync Out
Part Number: 8000-28
8610.8C
• LDD Output Current Range: 0-1000 mA
• Typical TEC Output Power: 8 W
Includes:
• BNC Sync Out
Part Number: 8000-28
This ILX Lightwave LDT-5910 Temperature Controller is used and in good condition. This unit does not have GPIB remote communication installed.
These units have minor cosmetic scratches, an example of which can be seen here. These scratches do not impact the operation of the unit.
These units have minor cosmetic scratches, an example of which can be seen here. These scratches do not impact the operation of the unit.
This Thorlabs / Profile ITC8102 LD &TEC Controller is used, and in excellent condition. This model has two I/O connectors, (1) 9pin and (1) 15pin. It is functionally similar to ITC-8102DS15 with the single 15-pin connector. It is the newer 16-bit version of the hardware. Laser Current Ranges: ±1 A. TEC Cooling Power: ±2 A / 16 W.
The cards of the ITC8102 series allow space-saving simultaneous current and temperature control for a laser diode. There are three different current ranges, combined with a temperature controller for a thermoelectric cooler (TEC). The cards provide excellent performance with regard to laser current noise and drift as well as temperature stability. The laser diodes can be operated either in constant current (CC) or constant power (CP) mode. Besides standard protection features such as interlock an advanced circuit ensures that transients, e.g. from RF pick ups, can not affect the laser current. When powered on, a softstart function slowly increases the laser current without spikes or overshoots. The temperature window protection switches the laser diode current off if the controlled temperature of the chip falls outside a preset temperature window. Damage to the TE cooler is prevented by an adjustable limit of the maximum allowed TEC current. The ITC8102 cards operate with thermistors and with IC sensor chips AD590, AD592, LM335.
The cards of the ITC8102 series allow space-saving simultaneous current and temperature control for a laser diode. There are three different current ranges, combined with a temperature controller for a thermoelectric cooler (TEC). The cards provide excellent performance with regard to laser current noise and drift as well as temperature stability. The laser diodes can be operated either in constant current (CC) or constant power (CP) mode. Besides standard protection features such as interlock an advanced circuit ensures that transients, e.g. from RF pick ups, can not affect the laser current. When powered on, a softstart function slowly increases the laser current without spikes or overshoots. The temperature window protection switches the laser diode current off if the controlled temperature of the chip falls outside a preset temperature window. Damage to the TE cooler is prevented by an adjustable limit of the maximum allowed TEC current. The ITC8102 cards operate with thermistors and with IC sensor chips AD590, AD592, LM335.
Configuration:
• Max Diode Load: 280V
• Max Power Pulsed at 200A: 1.2kW
• Max Diode Load: 280V
• Max Power Pulsed at 200A: 1.2kW
This ILX Lightwave LDP-3840 Precision Pulsed Current Source is used and in excellent condition.
Configuration:
• Precision Pulsed Current Source: 1 A
Input Voltage: 120 VAC Only
Configuration:
• Precision Pulsed Current Source: 1 A
Input Voltage: 120 VAC Only
We have a library of firmwares, if a certain version is required please contact us.
• LDD Output: 3000mA
• TEC Output Power: 15W
8630
• LDD Output: 3000mA
• TEC Output Power: 15W
This unit has (16) 8610.16C Combo LDD/TEC modules installed and a rack-mount chassis.
• Typical TEC Output Power: 8 W
• 4.0 Vcomp Compatible
8610.16C
• LDD Output Current Range: 0-1000 mA• Typical TEC Output Power: 8 W
• 4.0 Vcomp Compatible
This ILX Lightwave CSM-39020 Current Source Controller Module is used, and in excellent condition. It is a precision laser controller (current source) module for use in the LDC-3900 Modular Laser Diode Controller.
Features of the CSM-39020 include:
• Photodiode feedback control mode
• 0-200mA LDD
Features of the CSM-39020 include:
• Photodiode feedback control mode
• 0-200mA LDD
This ILX Lightwave LDT-5910B Temperature Controller is used and in excellent condition. No GPIB communication interface.
This ILX Lightwave LCM-39437 Current Source/TE Controller Module is used, and in excellent condition. It is a precision laser controller (current source and temperature controller) module for use in the LDC-3900 Modular Laser Diode Controller.
Features of the LCM-39437 include:
• Photodiode feedback control mode
• 0-1000mA LDD, 12W TEC
Features of the LCM-39437 include:
• Photodiode feedback control mode
• 0-1000mA LDD, 12W TEC
This unit has (8) 8375 60W TEC modules installed and a rack-mount chassis.
8375
• TEC Output Power: 60 W
• TEC Output Current: 7.5 A
8375
• TEC Output Power: 60 W
• TEC Output Current: 7.5 A
This unit has (16) 8520D dual LDD modules installed and a rack-mount chassis. We have a library of firmwares; if a certain version is required, please contact us.
• 3.5 Vcomp Compatible
8520D
• LDD Output Current Range: 0-2000 mA• 3.5 Vcomp Compatible
This unit has (16) 8610.16C Combo LDD/TEC modules installed and a rack-mount chassis. We have a library of firmwares; if a certain version is required, please contact us.
• Typical TEC Output Power: 8 W
• 4.0 Vcomp Compatible
8610.16C
• LDD Output Current Range: 0-1000 mA• Typical TEC Output Power: 8 W
• 4.0 Vcomp Compatible
This ILX Lightwave LDC-3714B Laser Diode Controller is used and in excellent condition.
This unit has (16) 8505 Dual LDD modules installed and a rack-mount chassis. We have a library of firmwares; if a certain version is required, please contact us.
• 4.0 Vcomp Compatible
8505D
• LDD Output Current Range: 0-500 mA• 4.0 Vcomp Compatible
This unit has (16) 8515Q Quad LDD modules installed (64 LDD channels) and a rack-mount chassis. We have a library of firmwares; if a certain version is required, please contact us.
• 5.0 Vcomp Compatible
8515Q
• Maximum Current: 1.5 A• 5.0 Vcomp Compatible
This Thorlabs / Profile TED8080 High-Power Temperature Control Card is used, and in excellent condition. It is the newer 16-bit version of the hardware. Current Range: ±8 A, 64 W
The TED8080 cards provide excellent temperature stabilization of the connected thermal load to mK drift and noise. This ensures highly stable operation of temperature sensitive setups as required e.g. in optical experiments with nonlinear birefringent crystal where phase matching is crucial for the performance. Separate adjustment of P, I and D settings of the PID servo loop to enable optimal settling times for different thermal loads. If the TED8000 card is used with a laser diode control card of PRO8000 series in the same mainframe the temperature window protection feature switches the laser diode current off if the controlled temperature of the chip falls outside a preset temperature window. Damage to the TE cooler is prevented by an adjustable limit of the maximum allowed TEC current via a countersunk potentiometer or via software limits. The TED8080 cards operate with thermistors and with IC sensor chips.
The TED8080 cards provide excellent temperature stabilization of the connected thermal load to mK drift and noise. This ensures highly stable operation of temperature sensitive setups as required e.g. in optical experiments with nonlinear birefringent crystal where phase matching is crucial for the performance. Separate adjustment of P, I and D settings of the PID servo loop to enable optimal settling times for different thermal loads. If the TED8000 card is used with a laser diode control card of PRO8000 series in the same mainframe the temperature window protection feature switches the laser diode current off if the controlled temperature of the chip falls outside a preset temperature window. Damage to the TE cooler is prevented by an adjustable limit of the maximum allowed TEC current via a countersunk potentiometer or via software limits. The TED8080 cards operate with thermistors and with IC sensor chips.
This is the processor module for 8000 / 8008 / 8016 / 9008 / 9016 Laser Diode Controllers. We have a library of firmwares; if a certain version is required, please contact us.
Configuration:
• Current Limit Range: 10 to 150 Amp
• Transition Time: 10 Microseconds Typical
• Pulse Rate 25 to 1000 Hz
• Input Voltage: 90-130 VAC
• Current Limit Range: 10 to 150 Amp
• Transition Time: 10 Microseconds Typical
• Pulse Rate 25 to 1000 Hz
• Input Voltage: 90-130 VAC
Configuration:
• Laser Ouput, Output Current Range (mA): 0 to 6000
• Current Limit, Range (mA): 0 to 6000
• Current Limit, Accuracy (mA): ± 6
• Laser Ouput, Output Current Range (mA): 0 to 6000
• Current Limit, Range (mA): 0 to 6000
• Current Limit, Accuracy (mA): ± 6
This ILX Lightwave LDC-3722B Laser Diode Controller is used and in excellent condition.
This Thorlabs / Profile MLC8200 Multi-Channel Laser Diode Controller is used, and in excellent condition.
MLC 8200-8 AG · ±50mA & ±200 mA, Anode Ground
The MLC8000 series laser diode controllers are designed to control up to eight lasers from a single module. When fully populated, a PRO8000 chassis can simultaneously power up to 64 laser diodes.
Designed to support high density laser diode test and burn-in, this series provides eight different maximum drive current ranges. The PRO8000 chassis can support up to a total of 16A of laser diode drive current - the sum of the output drive currents from all the installed cards - and can therefore easily support the demands of driving 64 lasers at 200mA each. These modules have been field proven in demanding applications for many years.
MLC 8200-8 AG · ±50mA & ±200 mA, Anode Ground
The MLC8000 series laser diode controllers are designed to control up to eight lasers from a single module. When fully populated, a PRO8000 chassis can simultaneously power up to 64 laser diodes.
Designed to support high density laser diode test and burn-in, this series provides eight different maximum drive current ranges. The PRO8000 chassis can support up to a total of 16A of laser diode drive current - the sum of the output drive currents from all the installed cards - and can therefore easily support the demands of driving 64 lasers at 200mA each. These modules have been field proven in demanding applications for many years.
8325D
• Dual TEC Output Power: 15W
• TEC Output Current: 2.5A
This Thorlabs / Profile TED8040 Temperature Control Card is used, and in excellent condition. It is the newer 16-bit version of the hardware. Current Range: ±4 A, 32 W.
The TED8040 / TED8040PT cards provide excellent temperature stabilization of the connected thermal load to mK drift and noise. This ensures highly stable operation of temperature sensitive setups as required e.g. in optical experiments with nonlinear birefringent crystal where phase matching is crucial for the performance. Separate adjustment of P, I and D settings of the PID servo loop to enable optimal settling times for different thermal loads. If the card is used with a laser diode control card of PRO8000 series in the same mainframe the temperature window protection feature switches the laser diode current off if the controlled temperature of the chip falls outside a preset temperature window. Damage to the TE cooler is prevented by an adjustable limit of the maximum allowed TEC current via a countersunk potentiometer or via software limits.
The TED8040 / TED8040PT cards provide excellent temperature stabilization of the connected thermal load to mK drift and noise. This ensures highly stable operation of temperature sensitive setups as required e.g. in optical experiments with nonlinear birefringent crystal where phase matching is crucial for the performance. Separate adjustment of P, I and D settings of the PID servo loop to enable optimal settling times for different thermal loads. If the card is used with a laser diode control card of PRO8000 series in the same mainframe the temperature window protection feature switches the laser diode current off if the controlled temperature of the chip falls outside a preset temperature window. Damage to the TE cooler is prevented by an adjustable limit of the maximum allowed TEC current via a countersunk potentiometer or via software limits.
This Newport / ILX Lightwave LCM-39425 Current Source / TE Controller is used and in excellent condition. This unit is a precision current source module for use in the LDC-3900 Modular Laser Diode Controller.
Features:
• Photodiode Feedback: Current Input Differential
• Current Output: 0 - 500mA
• Temperature Sensor: Thermistor
Features:
• Photodiode Feedback: Current Input Differential
• Current Output: 0 - 500mA
• Temperature Sensor: Thermistor
This unit has a benchtop chassis and no modules installed. We have a library of firmwares; if a certain version is required, please contact us.
This ILX Lightwave LDX-3207B Precision Current Source is used and in excellent condition.
This unit does not have the GPIB Remote Communication Option Installed.
This unit does not have the GPIB Remote Communication Option Installed.
This ILX Lightwave LDC-3744B Laser Diode Controller is used and in excellent condition.
This unit includes standard accessories and documentation. We have a library of firmwares, if a certain version is required please contact us.
This ILX Lightwave LDX-3207 Precision Current Source is used, and in excellent condition.
This unit has the GPIB Remote Communication Option Installed.
This unit has the GPIB Remote Communication Option Installed.
This ILX Lightwave LDX-3207 Precision Current Source is used, and in excellent condition. This unit does not have GPIB remote communication nor does it have the rear panel output.
A picture of the rear view can be seen here.
A picture of the rear view can be seen here.
This module works with the 8000 mainframe only.
• LDD Output Current: 3000mA
• LDD Compliance Voltage Max: 5V
8530
• LDD Output Current: 3000mA
• LDD Compliance Voltage Max: 5V
The LDC-3916558 contains a single three ampere independent temperature controller that drives a thermoelectric cooler (TEC). The temperature controller features a bi-polar current driver that works with most TEC modules to deliver precise temperature control over a wide range of temperatures. The temperature controller operates using only thermistor-type temperature sensors. The LDC-3916558 features a TEC module voltage measurement, selection of thermistor current range, and control loop gain adjustment from 1 to 127.
This unit has a rack-mount chassis. We have a library of firmwares; if a certain version is required, please contact us.
Only Supports Modules: 8630
Only Supports Modules: 8630
This ILX Lightwave CSM-39050 Current Source Controller Module is used and in excellent condition. It is a precision laser controller (current source) module for use in the LDC-3900 Modular Laser Diode Controller.
Features of the CSM-39050 include:
• Photodiode feedback control mode
• 0-500mA LDD
Features of the CSM-39050 include:
• Photodiode feedback control mode
• 0-500mA LDD
We have a library of firmwares, if a certain version is required please contact us.
• LDD Output Current: 500mA
8505
• LDD Output Current: 500mA
This Newport Custom Laser Diode Burn-In Rack System, 64-Channel, User-Configurable Package Type is used and in excellent condition.
Computer:
• Gateway Solo Notebook
• Processor: Pentium III 450 MHz
• OS: Windows NT SP5
• Hard Drive: 9.35 GB
• Memory: 128MB RAM
Software:
• Newport Laser Control System 2.93F
• Newport Report Builder 2.3.3
• PowerChute Plus 5.2 (for the APC)
• NI Max 1.1
• NI Spy 1.3
• NI 488.2 ver 1.6
Rack System:
• 43U Rack
• NI PCMCIA-GPIB Cards
• (8) 8-Channel Laser Diode Drawers That Accept (8) 10mm Large Area Photodiode Detectors
• (4) Newport Model 9008 with Firmware v2.24C and (8) 8530D Dual LDD Modules
• (2) Newport Model 9008 with Firmware v2.25D and (4) 8350 TEC Modules
• APC 5000 Smart-UPS: Battery Condition is unknown. It is highly recommended that customer replaced the batteries.
Dimensions (L x W x H): 31.5 x 23.5 x 85 in
Input Voltage: 230 V
The laptop battery is included, however it does not hold charge well. The laptop is fully functional while plugged into wall voltage. We recommend replacing the battery if the laptop is going to be used as a portable system controller. Please contact Gateway (the manufacturer of the laptop) for replacement battery part number and pricing.
View Photo of Computer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
Newport's Laser Diode Burn-In Rack System houses 64 channels in one 43U rack. The rack contains control and measurement electronics, test fixtures, and uninterruptible power supply (UPS).
The (16) Dual Output 8530D Laser Diode Driver (LDD) modules in the (4) Newport 9008 Modular Controllers provide 64-Channels @ 3,000 mA of current and a compliance voltage of up to 3.5 V. Both Constant Power (APC) and Constant Current (ACC) modes are available. Constant power mode operation utilizes a large area silicon photodiode, which is part of the test fixture. Forward current, forward voltage, and optical power are all measured at a resolution of 16-bits.
The (8) 8350 TEC modules in the Newport 9008 Modular Controllers provide up to 2A of current and a compliance voltage of up to 4V. The temperature of each laser diode is measured and recorded for increased temperature accuracy.
Newport's Modular Drawer Interface makes interchanging devices fast and effortless. These Modular Drawer laser diode fixtures can be designed to work with any package needed by the user. Newport can be contacted regarding purchasing new drawers to interface to this system, or a custom fixture can be designed by the end-user interfacing to the standard D-sub connectors. On the back side of each Drawer, there are (4) 26-pin and (2) 15-pin D-sub connectors. Of these, (4) connect to eight Dual 8530D Laser Diode Driver Modules in the Model 9008 chassis (to drive the laser diodes), (1) connects to an 8350 TEC Driver Module in the Model 9008 chassis and (1) is open.
The (8) Modular, Removable Drawers are designed to hold laser diodes for the purpose of burn-in. Each drawer has a 2-connector socket (both 96-pin connectors) that accommodate a customer laser diode mount board. The units do not include these boards, but developing one for a specific package would be simple. Each fixture has one peltier cooler to control the plate temperature of the custom board. The fixtures can also accommodate up to (8) large area 10mm photodiodes.
An uninterruptible power supply is supplied to act as a continuous voltage regulator and transient suppressor. In the event of power failure, the UPS switches to battery backup power and notifies the computer.
A Pentium laptop computer is included with the system and is located in one of the rack drawers for easy access. Communication with the system and is handled over an IEE488 interface. A comprehensive software package allows complete control, measurement, and analysis including laser diode burn-in life testing.
Computer:
• Gateway Solo Notebook
• Processor: Pentium III 450 MHz
• OS: Windows NT SP5
• Hard Drive: 9.35 GB
• Memory: 128MB RAM
Software:
• Newport Laser Control System 2.93F
• Newport Report Builder 2.3.3
• PowerChute Plus 5.2 (for the APC)
• NI Max 1.1
• NI Spy 1.3
• NI 488.2 ver 1.6
Rack System:
• 43U Rack
• NI PCMCIA-GPIB Cards
• (8) 8-Channel Laser Diode Drawers That Accept (8) 10mm Large Area Photodiode Detectors
• (4) Newport Model 9008 with Firmware v2.24C and (8) 8530D Dual LDD Modules
• (2) Newport Model 9008 with Firmware v2.25D and (4) 8350 TEC Modules
• APC 5000 Smart-UPS: Battery Condition is unknown. It is highly recommended that customer replaced the batteries.
Dimensions (L x W x H): 31.5 x 23.5 x 85 in
Input Voltage: 230 V
The laptop battery is included, however it does not hold charge well. The laptop is fully functional while plugged into wall voltage. We recommend replacing the battery if the laptop is going to be used as a portable system controller. Please contact Gateway (the manufacturer of the laptop) for replacement battery part number and pricing.
View Photo of Computer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
Newport's Laser Diode Burn-In Rack System houses 64 channels in one 43U rack. The rack contains control and measurement electronics, test fixtures, and uninterruptible power supply (UPS).
The (16) Dual Output 8530D Laser Diode Driver (LDD) modules in the (4) Newport 9008 Modular Controllers provide 64-Channels @ 3,000 mA of current and a compliance voltage of up to 3.5 V. Both Constant Power (APC) and Constant Current (ACC) modes are available. Constant power mode operation utilizes a large area silicon photodiode, which is part of the test fixture. Forward current, forward voltage, and optical power are all measured at a resolution of 16-bits.
The (8) 8350 TEC modules in the Newport 9008 Modular Controllers provide up to 2A of current and a compliance voltage of up to 4V. The temperature of each laser diode is measured and recorded for increased temperature accuracy.
Newport's Modular Drawer Interface makes interchanging devices fast and effortless. These Modular Drawer laser diode fixtures can be designed to work with any package needed by the user. Newport can be contacted regarding purchasing new drawers to interface to this system, or a custom fixture can be designed by the end-user interfacing to the standard D-sub connectors. On the back side of each Drawer, there are (4) 26-pin and (2) 15-pin D-sub connectors. Of these, (4) connect to eight Dual 8530D Laser Diode Driver Modules in the Model 9008 chassis (to drive the laser diodes), (1) connects to an 8350 TEC Driver Module in the Model 9008 chassis and (1) is open.
The (8) Modular, Removable Drawers are designed to hold laser diodes for the purpose of burn-in. Each drawer has a 2-connector socket (both 96-pin connectors) that accommodate a customer laser diode mount board. The units do not include these boards, but developing one for a specific package would be simple. Each fixture has one peltier cooler to control the plate temperature of the custom board. The fixtures can also accommodate up to (8) large area 10mm photodiodes.
An uninterruptible power supply is supplied to act as a continuous voltage regulator and transient suppressor. In the event of power failure, the UPS switches to battery backup power and notifies the computer.
A Pentium laptop computer is included with the system and is located in one of the rack drawers for easy access. Communication with the system and is handled over an IEE488 interface. A comprehensive software package allows complete control, measurement, and analysis including laser diode burn-in life testing.
This unit ships in the original box and comes with a bag of parts, keys, calibration report and a manual.
This Newport Custom Laser Diode Burn-In Rack System, 128-Channel, CoS Package Type is used and in excellent condition.
Computer:
• Gateway Solo Notebook
• Processor: Pentium III 650 MHz
• OS: Windows NT 4.00.1381
• Memory: 128 MB RAM
• Hard Drive: 10 GB
• 3.5 Inch Floppy Disk Drive
• CD-ROM
Software:
• Newport Laser Control System v2.93f
• NI-488-2 v1.70 for Windows
• NI Measurements and Automation Explorer 1.1
• APC PowerChute Plus 5.2
Rack System:
• 34U Rack
• (1) Newport Model 9008 v2.25d with (8) 8350 TEC Modules Each
• (8) Laser Diode Drawers With (16) Si Photodiode Detectors
• (4) Newport Model 9016: v2.25d with (16) 8510D LDD Modules Each
• 8510D Compliance Voltage: 3.5 V
• Dual 1 A Driver Cards
• Agilent 34970A With (2) Plug-In 34908A Modules
• APC 3000 Smart-UPS: Battery Condition is unknown. It is highly recommended that customer replaced the batteries.
View Photo of Computer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
Newport's Laser Diode Burn-In Rack System houses 128 channels in one 34U rack. The rack contains control and measurement electronics, test fixtures, and uninterruptible power supply (UPS).
The (64) 8510D Dual Laser Diode Driver (LDD) modules in the (4) Newport 9016 Modular Controllers provide 128-Channels at 1,000 mA of current and a compliance voltage of up to 3.5 V. Both Constant Power (APC) and Constant Current (ACC) modes are available. Constant power mode operation utilizes a large area silicon photodiode, which is part of the test fixture. Forward current, forward voltage, and optical power are all measured at a resolution of 16-bits.
The (8) 8350 TEC modules in the Newport 9008 Modular Controller provide up to 5 A of current and a compliance voltage of >8V. The temperature of each laser diode is measured and recorded for increased temperature accuracy.
Newport's Modular Drawer Interface makes interchanging devices fast and effortless. These Modular Drawer laser diode fixtures can be designed to work with any package needed by the user. Newport can be contacted regarding purchasing new drawers to interface to this system, or a custom fixture can be designed by the end-user interfacing to the standard D-sub connectors. On the back side of each Drawer, there are (4) 26-pin and (2) 15-pin D-sub connectors. Of these, (4) connect to eight 8510D Laser Diode Driver Modules in a Model 9016 chassis (to drive the laser diodes), (1) connects to an 8350 TEC Driver Module in the Model 9008 chassis (to drive the TECs), and (1) connects to the Agilent 34970A (to take photodiode readings). This system is currently configured to hold COS (Chip on Submount) laser diodes.
The (8) Modular, Removable Drawers are designed to hold laser diodes for the purpose of burn-in. Spring loaded "pogo pins" secure each chip-on-submount device to a temperature-controlled plate and provide electrical connection with the anode and cathode contact pads. These fixtures hold up to sixteen laser diodes. Each fixture has two peltier coolers to control the plate temperature. A large area silicon photodiode measures the optical output of each laser diode. Each photodiode is angled 8 degrees to prevent back reflections to the laser diode.
An uninterruptible power supply is supplied to act as a continuous voltage regulator and transient suppressor. In the event of power failure, the UPS switches to battery backup power and notifies the computer.
A Pentium laptop computer is included with the system and is located in one of the rack drawers for easy access. Communication with the system and is handled over an IEE488 interface. A comprehensive software package allows complete control, measurement, and analysis including laser diode burn-in life testing.
Computer:
• Gateway Solo Notebook
• Processor: Pentium III 650 MHz
• OS: Windows NT 4.00.1381
• Memory: 128 MB RAM
• Hard Drive: 10 GB
• 3.5 Inch Floppy Disk Drive
• CD-ROM
Software:
• Newport Laser Control System v2.93f
• NI-488-2 v1.70 for Windows
• NI Measurements and Automation Explorer 1.1
• APC PowerChute Plus 5.2
Rack System:
• 34U Rack
• (1) Newport Model 9008 v2.25d with (8) 8350 TEC Modules Each
• (8) Laser Diode Drawers With (16) Si Photodiode Detectors
• (4) Newport Model 9016: v2.25d with (16) 8510D LDD Modules Each
• 8510D Compliance Voltage: 3.5 V
• Dual 1 A Driver Cards
• Agilent 34970A With (2) Plug-In 34908A Modules
• APC 3000 Smart-UPS: Battery Condition is unknown. It is highly recommended that customer replaced the batteries.
View Photo of Computer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
Newport's Laser Diode Burn-In Rack System houses 128 channels in one 34U rack. The rack contains control and measurement electronics, test fixtures, and uninterruptible power supply (UPS).
The (64) 8510D Dual Laser Diode Driver (LDD) modules in the (4) Newport 9016 Modular Controllers provide 128-Channels at 1,000 mA of current and a compliance voltage of up to 3.5 V. Both Constant Power (APC) and Constant Current (ACC) modes are available. Constant power mode operation utilizes a large area silicon photodiode, which is part of the test fixture. Forward current, forward voltage, and optical power are all measured at a resolution of 16-bits.
The (8) 8350 TEC modules in the Newport 9008 Modular Controller provide up to 5 A of current and a compliance voltage of >8V. The temperature of each laser diode is measured and recorded for increased temperature accuracy.
Newport's Modular Drawer Interface makes interchanging devices fast and effortless. These Modular Drawer laser diode fixtures can be designed to work with any package needed by the user. Newport can be contacted regarding purchasing new drawers to interface to this system, or a custom fixture can be designed by the end-user interfacing to the standard D-sub connectors. On the back side of each Drawer, there are (4) 26-pin and (2) 15-pin D-sub connectors. Of these, (4) connect to eight 8510D Laser Diode Driver Modules in a Model 9016 chassis (to drive the laser diodes), (1) connects to an 8350 TEC Driver Module in the Model 9008 chassis (to drive the TECs), and (1) connects to the Agilent 34970A (to take photodiode readings). This system is currently configured to hold COS (Chip on Submount) laser diodes.
The (8) Modular, Removable Drawers are designed to hold laser diodes for the purpose of burn-in. Spring loaded "pogo pins" secure each chip-on-submount device to a temperature-controlled plate and provide electrical connection with the anode and cathode contact pads. These fixtures hold up to sixteen laser diodes. Each fixture has two peltier coolers to control the plate temperature. A large area silicon photodiode measures the optical output of each laser diode. Each photodiode is angled 8 degrees to prevent back reflections to the laser diode.
An uninterruptible power supply is supplied to act as a continuous voltage regulator and transient suppressor. In the event of power failure, the UPS switches to battery backup power and notifies the computer.
A Pentium laptop computer is included with the system and is located in one of the rack drawers for easy access. Communication with the system and is handled over an IEE488 interface. A comprehensive software package allows complete control, measurement, and analysis including laser diode burn-in life testing.
This unit only includes the Camera Control Unit and not the Camera Head.
8610
• LDD Output Current: 1000mA
• LDD Compliance Voltage Max: 7V
• Typical TEC Output Power: 15W (2.5A/6V)
This LFI3751 Analog Temperature Control Instrument is used, and in excellent condition.
Opt 362038: Long Life Battery Option. This option adds a second internal battery which doubles the battery operation time at 500 mA.
This ILX Lightwave LDX-3220 Precision Laser Diode Current Source is used, and in excellent condition. Output Current Range: 200 to 500 mA.
This Thorlabs / Profile LDC8010 Laser Diode Current Control Card is used, and in excellent condition. It is the newer 16-bit version of the hardware. Current Range: 0 to ±1 A.
The LDC8010 laser diode control card provides best in class low-noise and ultra-stable injection current to the connected laser diode. The current can be set precisely with 16 Bit resolution. The cards can be operated in constant current mode (CC) or in constant power mode (CP) via the back facet monitor diode. Besides standard protection features such as interlock an advanced circuit ensures that transients, as they may occur at line disturbance, line failure or RF pickups, can not affect the laser current. When powered on, a softstart function slowly increases the laser current without spikes or overshoots. There are three independent limits which can be individually set: one hardware limt set by a 20-turn countersunk trim potentiometer and two software limits for laser current and optical power set via D/A converters. These limits prevent the laser current and the laser power from exceeding the allowed maximum values, even under modulated operation. The card allows the modulation of the laser diode current in constant power and constant current mode via the external analog input port. The card can be easily configured via the front panel of PRO800 / PRO8000 chassis or remotely via IEEE 488.2 commands. The LDC8010 current control card is ideally complemented by the modular TED8000 temperature control cards. Combi control cards with integrated current and temperature control are also available (ITC8000 series).
The LDC8010 laser diode control card provides best in class low-noise and ultra-stable injection current to the connected laser diode. The current can be set precisely with 16 Bit resolution. The cards can be operated in constant current mode (CC) or in constant power mode (CP) via the back facet monitor diode. Besides standard protection features such as interlock an advanced circuit ensures that transients, as they may occur at line disturbance, line failure or RF pickups, can not affect the laser current. When powered on, a softstart function slowly increases the laser current without spikes or overshoots. There are three independent limits which can be individually set: one hardware limt set by a 20-turn countersunk trim potentiometer and two software limits for laser current and optical power set via D/A converters. These limits prevent the laser current and the laser power from exceeding the allowed maximum values, even under modulated operation. The card allows the modulation of the laser diode current in constant power and constant current mode via the external analog input port. The card can be easily configured via the front panel of PRO800 / PRO8000 chassis or remotely via IEEE 488.2 commands. The LDC8010 current control card is ideally complemented by the modular TED8000 temperature control cards. Combi control cards with integrated current and temperature control are also available (ITC8000 series).
This ILX Lightwave TCM-39034 32W TEC Module is used, and in excellent condition. It is a precision TEC control module for use in the LDC-3900 Modular Laser Diode Controller.
Features of the TCM-39034 include:
• High temperature stability; better than 0.01 C over 24 hours
• TEC voltage measurement (via remote operation)
• Max Output Current: 4 A
Features of the TCM-39034 include:
• High temperature stability; better than 0.01 C over 24 hours
• TEC voltage measurement (via remote operation)
• Max Output Current: 4 A
We have a library of firmwares, if a certain version is required please contact us.
• TEC Output Power: 40W
• TEC Output Current: 5A
8350
• TEC Output Power: 40W
• TEC Output Current: 5A
This Newport 64-Channel COS (Chip on Submount), Laser Diode Drawer is used and in excellent condition. This unit is a rackmount chassis with (4) removable modular drawers that each can hold (16) COS laser diode packages.
The Modular, Removable Drawer is designed to hold laser diodes for the purpose of burn-in. A screw and a 'twist-lock' arm secure each chip-on-submount device to a temperarure-controlled plate and provide electrical connection with the anode and cathode contact pads. These fixtures hold up to sixteen laser diodes. Each fixture has two peltier coolers to control the plate temperature. A large area silicon photodiode measures the optical output of each laser diode. Each channel has a neutral-density filer that is angled 8 degrees to prevent back reflections to the laser diode.
View 1 of the modular drawer
View 2 of the modular drawer
View 3 of the modular drawer
View 4 of the modular drawer
View 5 of the modular drawer
View 6 of the modular drawer
View 7 of the modular drawer
This drawer is equipped with Silicon photodiodes, shown below:
View 1 of the photodiode board
View 2 of the photodiode board
View 3 of the photodiode board
The Modular, Removable Drawer is designed to hold laser diodes for the purpose of burn-in. A screw and a 'twist-lock' arm secure each chip-on-submount device to a temperarure-controlled plate and provide electrical connection with the anode and cathode contact pads. These fixtures hold up to sixteen laser diodes. Each fixture has two peltier coolers to control the plate temperature. A large area silicon photodiode measures the optical output of each laser diode. Each channel has a neutral-density filer that is angled 8 degrees to prevent back reflections to the laser diode.
View 1 of the modular drawer
View 2 of the modular drawer
View 3 of the modular drawer
View 4 of the modular drawer
View 5 of the modular drawer
View 6 of the modular drawer
View 7 of the modular drawer
This drawer is equipped with Silicon photodiodes, shown below:
View 1 of the photodiode board
View 2 of the photodiode board
View 3 of the photodiode board
Remote GPIB communication is not installed in this unit.
This Thorlabs / Profile MLC8200 Multi-Channel Laser Diode Controller is used, and in excellent condition.
MLC 8200-8 CG · ±50mA & ±200 mA, Cathode Ground
The MLC8000 series laser diode controllers are designed to control up to eight lasers from a single module. When fully populated, a PRO8000 chassis can simultaneously power up to 64 laser diodes.
Designed to support high density laser diode test and burn-in, this series provides eight different maximum drive current ranges. The PRO8000 chassis can support up to a total of 16A of laser diode drive current - the sum of the output drive currents from all the installed cards - and can therefore easily support the demands of driving 64 lasers at 200mA each. These modules have been field proven in demanding applications for many years.
MLC 8200-8 CG · ±50mA & ±200 mA, Cathode Ground
The MLC8000 series laser diode controllers are designed to control up to eight lasers from a single module. When fully populated, a PRO8000 chassis can simultaneously power up to 64 laser diodes.
Designed to support high density laser diode test and burn-in, this series provides eight different maximum drive current ranges. The PRO8000 chassis can support up to a total of 16A of laser diode drive current - the sum of the output drive currents from all the installed cards - and can therefore easily support the demands of driving 64 lasers at 200mA each. These modules have been field proven in demanding applications for many years.
This Newport Custom Laser Diode Burn-In Rack System, 256-Channel, CoS Package Type is used and in excellent condition. The laptop computer and the Newport Laser Control System Software are sold separately.
Dimensions (L x W x H): 31.5 x 23.5 x 76 in
Rack System:
• 38U Rack
• (16) Laser Diode Drawers With (16) Si Photodiode Detectors
• (4) Newport Model 9016 v2.28G With (16) 8515Q LDD Modules
• (2) Newport Model 9008 v2.25D With (8) 8375 TEC Modules
• (2) Agilent 34970A With (2) Plug-In 34908A Modules
• APC 5000 Smart-UPS: Battery Condition is unknown. It is highly recommended that customer replaced the batteries.
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer Photodiodes
View Photo of Modular, Removable Drawer Photodiodes
View Photo of Modular, Removable Drawer Photodiodes
Newport's Laser Diode Burn-In Rack System houses 256 channels in one 38U rack. The rack contains control and measurement electronics, test fixtures, and uninterruptible power supply (UPS).
The (64) Quad Output 8515Q Laser Diode Driver (LDD) modules in the (4) Newport 9016 Modular Controllers provide 256-Channels @ 1.5 A of current and a compliance voltage of up to 5 V. Both Constant Power (APC) and Constant Current (ACC) modes are available. Constant power mode operation utilizes a large area silicon photodiode, which is part of the test fixture. Forward current, forward voltage, and optical power are all measured at a resolution of 16-bits.
The (8) 8375 TEC modules in the (2) Newport 9008 Modular Controllers provide up to 7.5 A of current and power up to 60 W. The compliance voltage is 8 V. The temperature of each laser diode is measured and recorded for increased temperature accuracy.
Newport's Modular Drawer Interface makes interchanging devices fast and effortless. These Modular Drawer laser diode fixtures can be designed to work with any package needed by the user. Newport can be contacted regarding purchasing new drawers to interface to this system, or a custom fixture can be designed by the end-user interfacing to the standard D-sub connectors. On the back side of each Drawer, there are (4) 26-pin and (2) 15-pin D-sub connectors. Of these, (4) connect to eight Quad 8515Q Laser Diode Driver Modules in the Model 9016 chassis (to drive the laser diodes), (1) connects to an 8375 TEC Driver Module in the Model 9008 chassis (to drive the TECs), and (1) connects to the Agilent 34970A (to take photodiode readings). This system is currently configured to hold COS (Chip on Submount) laser diodes.
The (16) Modular, Removable Drawers are designed to hold laser diodes for the purpose of burn-in. Spring loaded "pogo pins" secure each chip-on-submount device to a temperature-controlled plate and provide electrical connection with the anode and cathode contact pads. These fixtures hold up to sixteen laser diodes. Each fixture has two peltier coolers to control the plate temperature. A large area silicon photodiode measures the optical output of each laser diode. Each photodiode is angled 8 degrees to prevent back reflections to the laser diode.
An uninterruptible power supply is supplied to act as a continuous voltage regulator and transient suppressor. In the event of power failure, the UPS switches to battery backup power and notifies the computer.
Dimensions (L x W x H): 31.5 x 23.5 x 76 in
Rack System:
• 38U Rack
• (16) Laser Diode Drawers With (16) Si Photodiode Detectors
• (4) Newport Model 9016 v2.28G With (16) 8515Q LDD Modules
• (2) Newport Model 9008 v2.25D With (8) 8375 TEC Modules
• (2) Agilent 34970A With (2) Plug-In 34908A Modules
• APC 5000 Smart-UPS: Battery Condition is unknown. It is highly recommended that customer replaced the batteries.
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer Photodiodes
View Photo of Modular, Removable Drawer Photodiodes
View Photo of Modular, Removable Drawer Photodiodes
Newport's Laser Diode Burn-In Rack System houses 256 channels in one 38U rack. The rack contains control and measurement electronics, test fixtures, and uninterruptible power supply (UPS).
The (64) Quad Output 8515Q Laser Diode Driver (LDD) modules in the (4) Newport 9016 Modular Controllers provide 256-Channels @ 1.5 A of current and a compliance voltage of up to 5 V. Both Constant Power (APC) and Constant Current (ACC) modes are available. Constant power mode operation utilizes a large area silicon photodiode, which is part of the test fixture. Forward current, forward voltage, and optical power are all measured at a resolution of 16-bits.
The (8) 8375 TEC modules in the (2) Newport 9008 Modular Controllers provide up to 7.5 A of current and power up to 60 W. The compliance voltage is 8 V. The temperature of each laser diode is measured and recorded for increased temperature accuracy.
Newport's Modular Drawer Interface makes interchanging devices fast and effortless. These Modular Drawer laser diode fixtures can be designed to work with any package needed by the user. Newport can be contacted regarding purchasing new drawers to interface to this system, or a custom fixture can be designed by the end-user interfacing to the standard D-sub connectors. On the back side of each Drawer, there are (4) 26-pin and (2) 15-pin D-sub connectors. Of these, (4) connect to eight Quad 8515Q Laser Diode Driver Modules in the Model 9016 chassis (to drive the laser diodes), (1) connects to an 8375 TEC Driver Module in the Model 9008 chassis (to drive the TECs), and (1) connects to the Agilent 34970A (to take photodiode readings). This system is currently configured to hold COS (Chip on Submount) laser diodes.
The (16) Modular, Removable Drawers are designed to hold laser diodes for the purpose of burn-in. Spring loaded "pogo pins" secure each chip-on-submount device to a temperature-controlled plate and provide electrical connection with the anode and cathode contact pads. These fixtures hold up to sixteen laser diodes. Each fixture has two peltier coolers to control the plate temperature. A large area silicon photodiode measures the optical output of each laser diode. Each photodiode is angled 8 degrees to prevent back reflections to the laser diode.
An uninterruptible power supply is supplied to act as a continuous voltage regulator and transient suppressor. In the event of power failure, the UPS switches to battery backup power and notifies the computer.
This ILX Lightwave LTS-9300 Laser Diode Life-Test and Burn-In System, 64-Channel, Butterfly Package Type is used and in excellent condition. This system has (6) 48VDC power supplies installed. These power supplies are installed to power the LTS-9300 LDD/TEC drawers. This system has (4) drawers currently installed. It can be expanded to (6) drawers by adding (2) new drawers. Contact manufacturer for pricing and availability for additional drawers.
Computer:
• Processor: Intel Pentium at 1.8 GHz
• Hard Drive: 40 GB
• Memory: 256 MB RAM
• CD-ROM
• 3.5 Inch Floppy Disk Drive
• NI PCI-GPIB
• 2X Intel 8255x-Based Ethernet (10/100)
Software:
• LTS-9300 Application
• NI-488.2 1.70
Rack Specifications:
• GPIB 6 Output Controller
• APC 3000 Smart-UPS: Battery Condition is unknown. It is highly recommended that customer replace the batteries.
• 6X 52 Volt Power Supplies
Dimensions (H x W x L): 89 x 36 x 28 in.
Input Voltage: 208-220 VAC
Butterfly Drawer Specifications:
• (4) LTS-9300 Drawers, Each Can Hold up to 16 Butterfly Mounts
• Compatible with 14-Pin Butterfly Packages
• (16) Hamamatsu G5832-09 InGaAs Photodiodes
• (16) 10 dB Optical Attenuators
Laser Diode Driver, Butterfly, Specifications:
• Output Current Range: 0 mA to 5000 mA
• Set-Point Resolution: 1 mA
• Set-Point Accuracy (% of FS): ±0.1%
• Noise/Ripple: ±0.5 mA + 1% of reading
• Compliance Voltage (Min): 3 V (Non-Adjustable)
• Temperature Coefficient: ≤500 ppm/°C
• Short-Term Stability (1 hr): ≤500 ppm
• Long-Term Stability (24 hr): ≤500 ppm
• Current Measurement: 0 mA to 5000 mA
• Current Measurement Resolution: 0.6 mA
• Current Measurement Accuracy: ±0.5 mA + 1% of reading
Internal Temperature Controller Specifications:
• Control Set Point Range: At least 20-85°C
• Control Set Point Accuracy: ±2°C
• Control Set Point Resolution: 0.1 °C
• Control Short Term Stability (1 hr): <0.5°C
• Control Long Term Stability (24 hrs): <0.5°C
• Control Number of Outputs: 16 per drawer
• Control Current Range: 0-5000 mA
• Control Compliance Voltage: At least 7 Volts (Non adjustable)
• Control Algorithm: PID loop, Implemented via DSP
• Temperature Measurement Range: 15-95°C
• Temperature Measurement Resolution: 0.1°C
View Photo of Computer Interface
View Photo of Computer and Retracted Interface
View Photo of LTS-9300 Drawer, Retracted
View Photo of LTS-9300 Drawer, Open
View Photo of Digital Display and Emergency Stop Button
View Photo of APC 3000 Smart-UPS
ILX Lightwave's LTS-9300 Laser Diode Life-Test and Burn-In System, 64-Channel, Butterfly Package Type houses 64 channels in one 43U rack. The rack contains control and measurement electronics, test fixtures, and uninterruptible power supply (UPS).
An uninterruptible power supply is supplied to act as a continuous voltage regulator and transient suppressor. In the event of power failure, the UPS switches to battery backup power and notifies the computer.
A Pentium laptop computer is included with the system and is located in one of the rack drawers for easy access. Communication with the system and is handled over an IEE488 interface. A comprehensive software package allows complete control, measurement, and analysis including laser diode burn-in life testing.
Computer:
• Processor: Intel Pentium at 1.8 GHz
• Hard Drive: 40 GB
• Memory: 256 MB RAM
• CD-ROM
• 3.5 Inch Floppy Disk Drive
• NI PCI-GPIB
• 2X Intel 8255x-Based Ethernet (10/100)
Software:
• LTS-9300 Application
• NI-488.2 1.70
Rack Specifications:
• GPIB 6 Output Controller
• APC 3000 Smart-UPS: Battery Condition is unknown. It is highly recommended that customer replace the batteries.
• 6X 52 Volt Power Supplies
Dimensions (H x W x L): 89 x 36 x 28 in.
Input Voltage: 208-220 VAC
Butterfly Drawer Specifications:
• (4) LTS-9300 Drawers, Each Can Hold up to 16 Butterfly Mounts
• Compatible with 14-Pin Butterfly Packages
• (16) Hamamatsu G5832-09 InGaAs Photodiodes
• (16) 10 dB Optical Attenuators
Laser Diode Driver, Butterfly, Specifications:
• Output Current Range: 0 mA to 5000 mA
• Set-Point Resolution: 1 mA
• Set-Point Accuracy (% of FS): ±0.1%
• Noise/Ripple: ±0.5 mA + 1% of reading
• Compliance Voltage (Min): 3 V (Non-Adjustable)
• Temperature Coefficient: ≤500 ppm/°C
• Short-Term Stability (1 hr): ≤500 ppm
• Long-Term Stability (24 hr): ≤500 ppm
• Current Measurement: 0 mA to 5000 mA
• Current Measurement Resolution: 0.6 mA
• Current Measurement Accuracy: ±0.5 mA + 1% of reading
Internal Temperature Controller Specifications:
• Control Set Point Range: At least 20-85°C
• Control Set Point Accuracy: ±2°C
• Control Set Point Resolution: 0.1 °C
• Control Short Term Stability (1 hr): <0.5°C
• Control Long Term Stability (24 hrs): <0.5°C
• Control Number of Outputs: 16 per drawer
• Control Current Range: 0-5000 mA
• Control Compliance Voltage: At least 7 Volts (Non adjustable)
• Control Algorithm: PID loop, Implemented via DSP
• Temperature Measurement Range: 15-95°C
• Temperature Measurement Resolution: 0.1°C
View Photo of Computer Interface
View Photo of Computer and Retracted Interface
View Photo of LTS-9300 Drawer, Retracted
View Photo of LTS-9300 Drawer, Open
View Photo of Digital Display and Emergency Stop Button
View Photo of APC 3000 Smart-UPS
ILX Lightwave's LTS-9300 Laser Diode Life-Test and Burn-In System, 64-Channel, Butterfly Package Type houses 64 channels in one 43U rack. The rack contains control and measurement electronics, test fixtures, and uninterruptible power supply (UPS).
An uninterruptible power supply is supplied to act as a continuous voltage regulator and transient suppressor. In the event of power failure, the UPS switches to battery backup power and notifies the computer.
A Pentium laptop computer is included with the system and is located in one of the rack drawers for easy access. Communication with the system and is handled over an IEE488 interface. A comprehensive software package allows complete control, measurement, and analysis including laser diode burn-in life testing.
This Newport Custom Laser Diode Burn-In Rack System, 64-Channel, Butterfly Package Type is used and in excellent condition. The laptop computer and the Newport Laser Control System Software are sold separately.
Rack System:
• 34U Rack
• (8) 8-Channel Laser Diode Butterfly Drawers That Accept (8) Photodiode Detectors
• (3) Newport Model 9016 with Firmware v2.25D and (16) 8605C LDD/TEC Modules
• (1) Newport Model 9008 with Firmware v2.23V and (6) 8350 TEC Modules
Dimensions (L x W x H): 31.5 x 23.5 x 69 in
Input Voltage: 120 V
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
Newport's Laser Diode Burn-In Rack System houses 64 channels in one 34U rack. The rack contains control and measurement electronics, test fixtures, and uninterruptible power supply (UPS).
The (16) Dual Output 8605C Laser Diode Driver (LDD) modules in the (3) Newport 9016 Modular Controllers provide 64-Channels @ 500 mA of current and a compliance voltage of up to 3.5 V. Both Constant Power (APC) and Constant Current (ACC) modes are available. Constant power mode operation utilizes a large area silicon photodiode, which is part of the test fixture. Forward current, forward voltage, and optical power are all measured at a resolution of 16-bits.
The (6) 8350 TEC modules in the Newport 9008 Modular Controllers provide up to 5A of current and a compliance voltage of 8V. The temperature of each laser diode is measured and recorded for increased temperature accuracy.
Newport's Modular Drawer Interface makes interchanging devices fast and effortless. These Modular Drawer laser diode fixtures can be designed to work with any package needed by the user. Newport can be contacted regarding purchasing new drawers to interface to this system, or a custom fixture can be designed by the end-user interfacing to the standard D-sub connectors.
The (8) Modular, Removable Drawers are designed to hold laser diodes for the purpose of burn-in. These drawers are unique in that they have built in TEC's and they are water jacketed.
• Testing (8) 14-pin Butterfly, Pig-Tail Laser Diode Packages Simultaneously
• Interface to (8) FP3-FH1 Bare Fiber Holders (sold separately)
• (8) User Configured Jumper Blocks for communications with system (sold separately)
Rack System:
• 34U Rack
• (8) 8-Channel Laser Diode Butterfly Drawers That Accept (8) Photodiode Detectors
• (3) Newport Model 9016 with Firmware v2.25D and (16) 8605C LDD/TEC Modules
• (1) Newport Model 9008 with Firmware v2.23V and (6) 8350 TEC Modules
Dimensions (L x W x H): 31.5 x 23.5 x 69 in
Input Voltage: 120 V
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
View Photo of Modular, Removable Drawer
Newport's Laser Diode Burn-In Rack System houses 64 channels in one 34U rack. The rack contains control and measurement electronics, test fixtures, and uninterruptible power supply (UPS).
The (16) Dual Output 8605C Laser Diode Driver (LDD) modules in the (3) Newport 9016 Modular Controllers provide 64-Channels @ 500 mA of current and a compliance voltage of up to 3.5 V. Both Constant Power (APC) and Constant Current (ACC) modes are available. Constant power mode operation utilizes a large area silicon photodiode, which is part of the test fixture. Forward current, forward voltage, and optical power are all measured at a resolution of 16-bits.
The (6) 8350 TEC modules in the Newport 9008 Modular Controllers provide up to 5A of current and a compliance voltage of 8V. The temperature of each laser diode is measured and recorded for increased temperature accuracy.
Newport's Modular Drawer Interface makes interchanging devices fast and effortless. These Modular Drawer laser diode fixtures can be designed to work with any package needed by the user. Newport can be contacted regarding purchasing new drawers to interface to this system, or a custom fixture can be designed by the end-user interfacing to the standard D-sub connectors.
The (8) Modular, Removable Drawers are designed to hold laser diodes for the purpose of burn-in. These drawers are unique in that they have built in TEC's and they are water jacketed.
Drawers Designed For:
• Testing (8) 14-pin Butterfly, Pig-Tail Laser Diode Packages Simultaneously
• Interface to (8) FP3-FH1 Bare Fiber Holders (sold separately)
• (8) User Configured Jumper Blocks for communications with system (sold separately)
This ILX Lightwave LDP-3840 Precision Pulsed Current Source is used and in excellent condition.
Configuration:
• Precision Pulsed Current Source: 3 A
Input Voltage: 120 VAC Only
Configuration:
• Precision Pulsed Current Source: 3 A
Input Voltage: 120 VAC Only
New Arrivals
Optical Test
