What to do if the CH3 overload indicator is lit on Teledyne Power Supply?
If the CH3 overload indicator is lit on your Teledyne Power Supply, it indicates that the current has reached its maximum value of 3.2A. You can continue using the power supply, but it's advisable to decrease the output load.
Why is the observed value not the same as the set value on startup with Teledyne Power Supply?
The observed value on your Teledyne Power Supply might not match the set value immediately after startup, and it may change slowly because the instrument components are warming up. This is normal, and the readings will stabilize after approximately 30 minutes.
General| Output Voltage (CH1, CH2) | 0-32V |
|---|---|
| Output Current (CH1, CH2) | 0-3A |
| Output Voltage (CH3) | 0-6V |
| Output Current (CH3) | 0-5A |
| Output Power | 195W |
| Number of Channels | 3 |
| Type | Programmable DC Power Supply |
| Voltage Resolution | 10mV |
| Current Resolution | 1mA |
| Display | LCD |
| Interface | USB |
| Ripple and Noise | <1mVrms |
Inspect the shipping container, instrument, and accessories.
Verify input power requirements and perform electrical checks.
Description and numbering of front panel components and controls.
Explanation of display elements and icons on the user interface.
Identification and description of rear panel connectors and markings.
Procedures for checking voltage and current output functionality.
Overview of the power supply's three independent outputs.
Operation of CH1 and CH2 in independent output mode.
Operation of CH3 as an independent output.
How to operate CH1 and CH2 in series mode.
How to operate CH1 and CH2 in parallel mode.
Steps for setting up the network (LAN) connection.
How to save and recall instrument configurations.
How to set up and use the timer function.
How to display voltage and current as waveforms.
Displaying software/hardware versions and using keylock.
Rules for writing SCPI commands, including parameters and syntax.
A listing of available SCPI command categories.
Detailed explanations of specific SCPI commands.
Troubleshooting short circuits on the output terminal.
Understanding the CH3 overload indicator light.
Normal voltage/current values in series mode.
Explaining startup value differences and slow changes.
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