IDEALPLUSING | What are the applications of programmable switching DC power supplies?
Programmable switching DC power supply is a high-frequency switching DC power supply that uses PWM technology. It is widely used in aerospace, electric vehicles, aging and other fields.

Programmable Switching DC Power Supply Introduction


A programmable switching DC power supply is a high-frequency switching DC power supply that utilizes PWM technology. Featuring a modular design and advanced DSP digital control technology, it offers constant voltage, constant current, and constant power output modes, with automatic crossover. This balanced approach ensures high DC power output accuracy, low ripple, and fast dynamic voltage and current response, with efficiency reaching up to 93%.


Advantages of a Programmable Switching DC Power Supply

Compared to traditional thyristor power supplies, high-frequency switching DC power supplies offer advantages such as small size, light weight, low ripple, high power factor, and excellent stability, particularly in terms of high-voltage output stability.


This product is primarily targeted at research institutions and laboratories requiring high-precision DC power supplies in the electronic power supply industry, the battery industry, and the PCB manufacturing industry, as well as in the communications and PLC power supply industries, electromechanical aging testing, DC motor testing, automated test system integration, battery charging and simulation, and hybrid vehicle and photovoltaic inverter testing. It is intended to replace imported medium- and high-power DC power supplies.

idealplusing.jpg


This programmable switching DC power supply offers advantages such as high power, high current, low ripple and noise, fast transient response, high resolution, and high precision. It can be used for laboratory testing, vehicle equipment testing, solar inverter testing, DC/DC converter and inverter testing, engine start-up testing, automatic battery charging, and electronic product lifecycle testing.


3U/15kW high power density, accurate output current and voltage measurement, and trigger signal output. It can simulate complex DC transient waveforms to test equipment's instantaneous breaking capacity, voltage drop, and other voltage deviations.


Applications of Programmable Switching DC Power Supply Products

1. Testing and burn-in of LEDs, energy-saving lamps, and other lighting fixtures.

2. Switching power supplies and power adapters.

3. Photovoltaic and inverter testing and burn-in.

4. Aerospace.

5. Testing and burn-in of electric vehicle motors, controllers, and DC motors.

6. Electronic devices such as capacitors, resistors, relays, transistors, and sensors.

7. LCDs, touch screens, and other displays used in electrolysis, electroplating, and aluminum foil etching.

8. Automotive electronics, DC motors, motor controllers, cigarette lighters, and audio/visual testing and burn-in.


Programmable switching DC power supply is not only suitable for electronic equipment testing, power adapter, photovoltaic and inverter testing, aerospace, electric vehicle motor testing and aging, but can also be used for displays in electrolysis, electroplating, corrosion aluminum foil processing and other industries.

idealplusing.jpg

IDEALPLUISNG Power Expert:

 

We focus on the research and development, sales and services in the fields of DC-DC power modules, AC-DC rectifier modules, DC-AC inverters, AC power supplies, DC power supplies, LED power supplies, chargers, rectifier systems, etc., providing personalized, efficient, reliable and cost-effective power solutions for all walks of life.

 

If you need any help, please contact us now! We will not charge any fees for any questions you may have, but this may be an opportunity for both of us!

 

Thank you for considering our services.


WhatsApp
Wechat
Contact Us
Your Name:
Your Email:
Your Message:
This website uses cookies to enhance user experience and to analyze performance and traffic on our website.
We also share information about your use of our site with our social media, advertising and analytics partners.
Do Not Sell My Personal Information
Accept Cookies