OWON SPE3102 30V 10A Programmable DC Power Supply

Description

OWON SPE3102 30V 10A Programmable Lab DC Power Supply

The Owon SPE3102 DC power supply 30v 10a is a very compact single-channel DC benchtop adjustable power supply with all the regular features such as over-voltage (OVP) and over-current protection (OCP). It has a high resolution at 10mV/1mA.

The display in the OWON SPE3102 programmable DC power supply is a high resolution 2.8″ LCD which displays set, limit and momentary parameters. It allows you to monitor the voltage and current in real-time, using graphs on the display.

You can store and edit up to 4 groups of output waveforms. The Owon DC power supply can be hooked up to a host PC with USB and communicate via SCPI. It makes for a great, simple, slim form factor power supply with plenty of power for beginners.

The following steps check basic current functions with a short across the power supply’s output:

1. Connect short across (+) and (-) output terminals with an insulated test lead on this channel. Use a wire size sufficient to handle the maximum current.
2. Set the output voltage to the maximum rating on this channel.
3. Turn on the channel output. Ensure the channel you used is in Constant Current output mode.
4. Set some different current values on this channel; check if the actual current value displayed is close to the set current value, and check if the actual voltage value displayed is nearly zero.
5. Check that the output current can be adjusted from zero to the maximum rating, When it is set to the maximum or minimum, a beep is heard, indicating that the limit has been reached.
6. Turn off the channel output and remove the short circuit from the output terminals.

Features:

• Real-time voltage and current monitoring
• Graphical display of parameters
• USB communication port with SCPI support
• Over voltage and over current protection
• Power-on automatic output setting function
• Intelligent temperature control fan cooling
• 4 groups of memory shortcut parameters
• Suitable for unattended occasions

Applications:

• Electronics prototyping and testing
• Circuit debugging and troubleshooting
• Laboratory experiments and research
• Education and training in electrical engineering
• DIY projects involving power supply requirements
• Development and testing of electronic devices and components
• Charging batteries and power banks
• Powering electronic modules, sensors, and motors
• Powering LED displays and lighting systems
• Automotive electronics testing and repair