VOLTCRAFT DPPS-60-15 fonte de alimentação de laboratório DC programável 1-60 V/DC, 0-15 A, 900 W, USB

Deliver up to 900 W of clean, precisely controlled DC power with the VOLTCRAFT DPPS-60-15. This switching-mode laboratory power supply offers an adjustable output of 1–60 V/DC and 0–15 A, making it ideal for demanding electronics development, testing, and production environments.

Overview

The DPPS-60-15 is a single-output, programmable benchtop power supply with a 2.8" TFT LCD display for clear monitoring of voltage and current. It features a temperature-controlled fan for efficient cooling and operates from a 200–240 V/AC, 50/60 Hz input. USB connectivity allows remote control and programming via PC software.

What stands out

• High power density: 900 W in a benchtop form factor.
• Fine adjustment: 10 mV voltage and 1 mA current resolution.
• Low ripple and noise: < 50 mVpp voltage, < 100 mApp current.
• Comprehensive protection: OVP, OCP, OPP, and OTP.
• Remote sense function for accurate voltage at the load.
• Memory presets for quick recall of voltage/current settings.
• High efficiency: > 90%.

Technical details

• Output voltage range: 1 - 60 V/DC
• Output current range: 0 - 15 A
• Maximum output power: 900 W
• Number of outputs: 1
• Power supply technology: Switching Mode (SMPS)
• Programmable interfaces: USB
• Input voltage: 200 - 240 V/AC, 50/60 Hz
• Display: 2.8" TFT LCD
• Voltage setting resolution: 10 mV
• Current setting resolution: 1 mA
• Voltage ripple & noise: < 50 mVpp
• Current ripple & noise: < 100 mApp
• Protection features: Over Voltage (OVP), Over Current (OCP), Over Power (OPP), Over Temperature (OTP)
• Remote sense function: Yes
• Memory presets: Yes
• Efficiency: > 90%
• Cooling system: Temperature-controlled fan
• Form factor: Benchtop

Our verdict

The VOLTCRAFT DPPS-60-15 combines high output power with precise control and robust protection, making it a reliable workhorse for professional electronics labs. Its USB programmability and remote sense capability add flexibility for automated test setups.