Why Santec Measuring Instruments has no power?
The Santec Measuring Instruments might not be getting power because the cord is not properly connected. Ensure the cord is correctly connected. Another possible cause is a blown fuse or the absence of a fuse. In this case, open the fuse box lid and replace the fuse.
What to do if optical output power is too low on Santec Measuring Instruments?
If the optical output power is too low on your Santec Measuring Instruments, it might be due to an improper attenuator setting. Ensure that you set the attenuator properly. Another possible cause is a dirty connector surface. Clean the surface of the connector.
How to fix GP-IB communication issues with Santec Measuring Instruments?
If GP-IB communication is not possible with your Santec Measuring Instruments, it could be due to several reasons. First, the GP-IB address might not be set correctly; ensure you set the GPIB address correctly. Second, the delimiter setting might be incorrect; check the delimiter setting. Finally, the cable might not be connected properly; check the connection of the cable.
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 to do if Santec Measuring Instruments has no light output?
If your Santec Measuring Instruments have no light output, there are several potential causes: * The LD drive key might not be turned on. Press the LD button to turn LD ON. * The target output power might not be set or is too low. Set the target output power. * The surface of the connector might be dirty. Clean the surface of the connector. * The interlock circuit might be open (Option). Short the interlock circuit. * The internal shutter might be closed. Open the shutter.
Why optical output power adjustment is not possible in Santec Measuring Instruments?
If optical output power adjustment is not possible in your Santec Measuring Instruments, it could be because the power control is set to manual. Switch to Auto control. Alternatively, the power setting mode might not be selected; select the power setting mode.
What to do if “TempErr” is displayed on the screen while LD is illuminated in Santec Measuring Instruments?
If “TempErr” is displayed on the screen while the LD is illuminated on your Santec Measuring Instruments, 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.
What to do if “TempErr” is displayed while LD output is OFF in Santec Measuring Instruments?
If “TempErr” is displayed while LD output is OFF on your Santec Measuring Instruments, it means the LD output was automatically turned off because the LD temperature continued to rise due to abnormal LD temperature control, or 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.
General| Wavelength Resolution | 0.1 pm |
|---|---|
| Optical Output Connector | FC/APC |
| Output Power Stability | ±0.01 dB |
| Linewidth | 100 kHz |
| Interface | GPIB |
| Output Power | ≥ +10 dBm |
Details the controls, display, and connectors on the front panel of the TSL-510.
Details the connectors and ports located on the rear panel of the TSL-510.
Illustrates the bottom panel of the TSL-510, showing intakes and rubber legs.
Illustrates the side panel of the TSL-510, showing intakes and rubber legs.
Specifies environmental conditions for safe and optimal operation of the TSL-510.
Details the power requirements, connection, and voltage for the TSL-510.
Explains the function and connection of the external interlock circuit for safety.
Step-by-step instructions for powering on the TSL-510 and initial setup.
Details how to turn the laser diode (LD) output on and off safely.
Explains procedures for setting the desired output wavelength using the front panel.
Guides users on how to set the desired optical output power level.
Describes how to configure parameters for wavelength sweep operations.
Provides instructions for initiating and managing wavelength sweep sequences.
Details the correct procedure for powering down the TSL-510 unit.
Explains the various status indicators and their meanings shown on the TSL-510 display.
Explains how to precisely adjust the output wavelength with high resolution.
Describes how to use the coherence control function to adjust spectral linewidth.
Explains how to switch between Auto and Manual modes for power control.
Details how to configure trigger signal outputs for synchronization with external instruments.
Explains how to modulate the intensity of optical power using external signals.
Describes how to use an external analog signal to fine-tune the wavelength.
Explains how to output analog signals corresponding to wavelength or power.
Details the output of voltage signals based on the integrated power monitor.
Explains how to store and recall wavelength settings in memory.
Describes how to change the display unit between wavelength (nm) and frequency (THz).
Explains how to change the display unit for power between mW and dBm.
Details the operation of the internal shutter for temporarily interrupting optical power.
Provides instructions on how to change the device's password for security.
Explains how to view product details such as serial number and firmware version.
Guides users on how to calibrate the output wavelength by setting an offset.
Details the connection and configuration for GPIB communication.
Explains the connection and communication settings for RS-232C interface.
Covers USB connection, system requirements, and driver installation.
Provides a comprehensive list and description of SCPI and Santec specific commands.
Details basic cleaning procedures for dusting the instrument safely.
Explains the procedure for cleaning the optical connector to ensure proper output.
Provides instructions for replacing the fuses in the TSL-510.
Recommends regular inspection and calibration for maintaining accuracy.
Gives guidelines for safely storing the instrument for extended periods.
Details how to properly pack the instrument for shipment, using original or alternative materials.
Provides step-by-step instructions and diagrams for packing the TSL-510.
Offers advice on handling and labeling the package during shipping.
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