Linear Program-controlled Adjustable DC Regulated Voltage Power Supply TPR75-2A
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CODE | Rated output voltage | Availability | Price | ||
---|---|---|---|---|---|
TPR32-5AATT
|
On backorder
|
19500 € | |||
TPR75-2AATT
|
On backorder
|
20000 € |
Its miniwatt series DC regulated digital power supply is designed specifically for the needs of labs, schools, service technicians and production lines.
The product is stable with low ripple and easy to operate. With complete protection functions, it will provide efficient and reliable power for you.
This product provides convenient connections, including series connection, parallel connection and external remote connection.
When the voltage and the current in use are higher than rated output voltage and current, series or parallel connection is recommended.
- It adopts double four-position high-precision voltage, ammeter head and pure MCU digital control output for better stability and higher precision.
- Product constant voltage CV / constant current CC mode, which enables continuously adjustable output within the rated range.
- It can be converted to external control mode, external input control voltage, used to control the main power supply voltage and current output.
- It has extended master-slave parallel, series operation mode, which is more convenient for user to use series-parallel expansion.
- Provide 10 convenient and fast parameter storage functions(including OVP and OCP setting values), which is convenient for users to quickly and directly call the output.
- Provide external monitoring function for main output voltage and current parameters, which can be connected to a higher precision meter for display.
- It has functions of storable output parameters, status lock, and alarm.
- The intelligent cooling system adopts a double ball fan to automatically control the fan speed according to the internal temperature, making it quieter and longer-lived.
- Support computer program control, standard RS232 communication interface.
Application
- Pure power supply for radio frequency, microwave circuits or components.
- Universal testing in R&D laboratory.
- Feature verification and fault diagnosis of devices or circuits.
- Quality control and quality inspection.
- Power supply for automotive electronic circuits.
- Teaching experiments.
- Production automation testing.
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