X
60V 5A DC Bench Power Supply Variable 3-Digital LED
60V 5A DC Bench Power Supply Variable 3-Digital LED
60V 5A DC Bench Power Supply Variable 3-Digital LED
60V 5A DC Bench Power Supply Variable 3-Digital LED
60V 5A DC Bench Power Supply Variable 3-Digital LED
60V 5A DC Bench Power Supply Variable 3-Digital LED
60V 5A DC Bench Power Supply Variable 3-Digital LED
60V 5A DC Bench Power Supply Variable 3-Digital LED

60V 5A DC Bench Power Supply Variable 3-Digital LED Display with CC/CV Mode- Free Alligator Leads for Repair, Lab, DIY Tool, Electronic Research, Powering Ebike, Tinkering

Product ID : 41490475


Galleon Product ID 41490475
Model
Manufacturer
Shipping Dimension Unknown Dimensions
I think this is wrong?
-
Prices may vary per variation.

Pay with

About 60V 5A DC Bench Power Supply Variable 3-Digital LED

Naweisz DC Power Supply Variable is small-sized and lightweight, features high accuracy, reliability. It is a great tool for scientific research, product development, etc.  NOTICE:  This power supply can not switch between ac and dc.  To avoid burning out the dc power supply, please switch the input to 110V first! Do not operate in humid environment Do not operate in flammable and explosive environment Keep the product surface clean and dry Operating conditions: Dual Input voltage: AC 110V, 60Hz Operating environment:  32 - 104°F (0 - 40°C), and humidity: ≤80%  Storage environment: temperature: 14°F-158°F(-10°C~70°C), and humidity: ≤80% Parameters: Model :NP6005 Input voltage :110VAC±10%   Output: DC 0~60V,0~5A Display resolution: voltage: 0.1V, current 0.01A Load regulation: ≤0.3%+5mV Ripple&Noise: ≤80mV Altitude:≤2000m Pollution Degree: 2 Dimensions: 226(L) *82(W) *138 (H) mm Net weight: 1.5kg(3.3lb) What You Get: 1x DC Power supply host 1x Output power cord 1x US Power Cord  1x User Manual FAQs:Q: What's Constant Voltage (CV)&Contant Current (CC)?A: When you use a power supply you usually set the desired voltage and the maximum current. When you connect the load two things can happen:(1)The load requires more current than the maximum you set.(2)The load requires at most the maximum current you set.In the first case the PSU become a current source: the current is limited to what you set and voltage drops accordingly, that's CC for you. In the second case what is costant is the voltage, so that's CV.