How to fix Santec Measuring Instruments when there is no power?
If your Santec Measuring Instruments unit has no power, there are a couple of things to check: * First, make sure the power cord is properly connected. * Second, inspect the fuse. If there's no fuse or the fuse is blown, open the fuse box lid and replace it.
What to do if Santec Measuring Instruments has no light output?
If there is no light output from your Santec Measuring Instruments, consider the following: * Ensure the LD drive key is turned on by pressing the LD button. * Verify that the target output power is appropriately set and not too low. * Check if the internal shutter is closed and, if so, open it. * Confirm that the interlock circuit is not open; short the interlock circuit if it is. * Ensure that the connector surface is clean.
How to troubleshoot GP-IB communication issues with Santec Measuring Instruments?
If GP-IB communication is not possible with your Santec Measuring Instruments, check these items: 1. Verify that the GP-IB address is set correctly. 2. Check the delimiter setting to ensure it is correct. 3. Ensure the cable is properly connected.
Why is the optical output power too low on my Santec Measuring Instruments?
If the optical output power of your Santec Measuring Instruments is too low, check the following: * Ensure the attenuator is set properly. * Verify the surface of the connector is clean.
What to do if optical output power adjustment is not possible with Santec Measuring Instruments?
If you cannot adjust the optical output power on your Santec Measuring Instruments, it might be due to the following reasons: * The power control may be set to manual; switch to Auto control. * The power setting mode may not be selected; select the power setting mode.
What does “TempErr” mean on Santec Measuring Instruments when LD is on?
If “TempErr” is displayed on the screen of your Santec Measuring Instruments while the LD is illuminated, it could mean that the ambient temperature has exceeded the operating temperature range. Turn off LD output immediately. If the ambient temperature is not within the operating temperature range, turn LD output back on after the ambient temperature returns to within the operating temperature range. If “TempErr” continues to be displayed, please contact our office.
What does “TempErr” mean on Santec Measuring Instruments when LD output is OFF?
If “TempErr” is displayed on your Santec Measuring Instruments while LD output is OFF, it indicates that the LD output was automatically turned off because the LD temperature continued to rise due to abnormal LD temperature control. The ambient temperature may have exceeded the operating temperature range. Set the ambient temperature to within the operating temperature range and then turn on LD output. If “TempErr” continues to be displayed, please contact our office.
What to do if Santec Measuring Instruments unit does not turn off?
If your Santec Measuring Instruments unit does not turn off, it may be due to some electrical faults. Keep pressing the Power ON/OFF key for at least 10 seconds.
What does “WL.Err” mean on Santec Measuring Instruments?
If the “W L . E r r ” status is displayed on your Santec Measuring Instruments, it indicates that the closed-loop wavelength control using the built-in wavelength monitor is not working properly. Please restart the product and turn on the LD. If "WL.Err" is still displayed, please contact us.
Provides a brief overview of the TSL-550 operation manual and its purpose.
Explains the structure of the manual and recommends a reading order for optimal understanding.
Defines key terms and symbols used throughout the operation manual.
Defines the product's intended application and restrictions for safe operation.
Explains the meaning of safety symbols used in the manual and on the product.
Provides general guidelines and warnings regarding product modification and repair.
Details the laser classification and safety information according to IEC standards.
Identifies and describes the controls and indicators on the front of the device.
Identifies and describes the connectors and ports located on the rear of the device.
Illustrates the location of intakes and rubber legs on the bottom of the unit.
Illustrates the location of intakes and rubber legs on the side of the unit.
Specifies the environmental conditions required for safe and optimal operation of the device.
Details the power requirements, cord connection, voltage compatibility, and fuse specifications.
Explains the function and connection of the external interlock circuit for safety control.
Provides a step-by-step guide on how to power on the TSL-550 and its initial startup sequence.
Details the procedure for turning on and off the Laser Diode (LD) output, including safety precautions.
Guides the user on how to input and set the desired output wavelength for the laser.
Explains how to set and adjust the optical output power level of the laser.
Details how to configure the parameters for performing wavelength sweeps.
Describes how to initiate and manage the wavelength sweep operations.
Provides instructions for safely shutting down the TSL-550 unit.
Explains the various status indicators and messages displayed on the device screen.
Describes how to perform fine adjustments to the laser's oscillation wavelength with high resolution.
Explains how to use the coherence control function to manage spectral linewidth and power fluctuation.
Details the process for switching between Auto and Manual modes for optical power control.
Explains how to configure trigger signal outputs for synchronization with external instruments.
Covers the use of external signals to modulate the intensity of the optical power output.
Describes how to use an external analog signal to fine-tune the laser's wavelength.
Explains how the device outputs a voltage signal corresponding to the integrated power monitor.
Details how to store and recall wavelength settings for quick access.
Guides on registering current wavelength settings into memory for later recall.
Explains how to switch the display and input unit for wavelength between nm and THz.
Explains how to change the display and input unit for power between mW and dBm.
Describes the operation of the internal shutter for temporarily interrupting the optical power.
Guides on how to view essential product information such as serial number and firmware version.
Details communication via the GPIB interface, including connection and functions.
Explains the various interface functions and subsets supported by the GP-IB communication protocol.
Guides on configuring GPIB settings like address, delimiter, and command set selection.
Covers communication via the RS-232C serial interface, including connection and conditions.
Details communication setup using the USB interface, including connection.
Lists the system requirements and communication conditions for USB connectivity.
Provides step-by-step instructions for installing the necessary USB driver software.
Guides on installing the Virtual COM Port (VCP) driver for serial communication over USB.
Introduces the available command sets for controlling the instrument via communication interfaces.
Lists and describes common commands compliant with IEEE-488.2 standards.
Details the TSL-550 specific commands, compatible with existing Santec products.
Lists the detailed technical specifications for the tunable semiconductor laser.
Outlines the various safety and EMC standards that the product complies with.
Provides instructions for routine cleaning and care of the instrument.
Explains the procedure for cleaning the optical connector to prevent output loss.
Details how to replace the surge-resistant fuses located in the fuse box.
Recommends regular inspection and calibration services for maintaining accuracy.
Provides guidelines for safely storing the instrument for extended periods.
Gives instructions on how to properly re-pack the instrument for shipment or repair.
Illustrates the correct method for packing the instrument and its accessories.
Provides advice on handling and labeling the package during shipment.
General| Wavelength Resolution | 1 pm |
|---|---|
| Sweep Speed | 100 nm/s |
| Interface | GPIB, Ethernet |
| Wavelength Range | 1500 - 1630 nm |
| Optical Output | Single Mode Fiber (SMF) |
| Linewidth | 100 kHz (typ.) |
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