Home > Arduino & SCM Supplies > DC-DC10-32V
Module nature: non-isolated step-up module Input method: IN + input positive level£¬ IN- input negative pole Output mode: OUT + output positive level£¬ OUT- output negative Wiring method: no welding£¬ terminals Input voltage: 12-32V Output voltage: (1) continuously adjustable (12-35V) Our default delivery voltage 19V (2) fixed output (12-35V between any choice) Output current: 6A (MAX) Input current: 10 (MAX) (more than 10A please strengthen the heat£¬) Output power: natural cooling 100W (MAX)£¬ plus fan 150W (MAX) Easily drive 65W 90W notebooks including dual-core With a 12V battery with an ordinary 19V 3.42A laptop module temperature of about 45 degrees Conversion efficiency: 94% (measured when input 16V output 19V 2.5A) (for reference only) Operating temperature: industrial (-40 ¡æ to +85 ¡æ) (ambient temperature of more than 40 degrees£¬ please reduce the power to use£¬ or fan) Full load temperature rise: 45 ¡æ No-load current: typical 25mA Short circuit protection: None (Please install the overcurrent protector at input) Input Reverse Connection: None£¬ in the input series diode Application scope 1) DIY an adjustable output car power supply£¬ only need to enter your 12V power supply£¬ the output voltage you can (14-35V) free continuous adjustment£¬ but the output voltage can not be lower than the input voltage Oh. 2) universal car notebook power supply. Input connected to your 12V power supply£¬ the output adjusts the voltage of your notebook to work. 3) boost charger£¬ you can use 12V power supply for more than 12V battery charge£¬ such as 24V battery. 4) for your electronic equipment£¬ as long as the voltage regulator to the voltage you need and the current does not exceed the rated current are able to work properly. 5) system power supply£¬ when you do a project when the input for the 10-18V time£¬ and your system board needs about 24V power supply and its power is very large£¬ with ordinary DC-DC module power is too small £¬ Then you choose our module will be your best choice£¬ do not have to debug directly on the machine to work£¬ easy to do efficient high-power boost.