LM2596 DC to DC Buck Converter 3.0-40V to 1.5-35V DIY Power Supply Step Down Module Adjustable Voltage Regulator Electronic Voltage Stabilizer（Pack of 12）
$12.99
Product Description
Adjustable Voltage Regulator
Environment friendly voltage management in your units inside the vary of 1.25V to 35V
Vast Enter Voltage Vary
The LM2596 buck converter accommodates a variety of enter voltages from 3V to 40V
Area-Saving & Strong Construct
The LM2596 converter has a compact PCB design for straightforward integration and dependable efficiency
Software
Ideally suited for numerous digital tasks, together with DIY energy banks, displays, and communication units
Excessive-Effectivity Output& Adjustable Voltage Regulator: Attain as much as 92% conversion effectivity with this step-down regulator, guaranteeing steady and environment friendly voltage management in your units inside the vary of 1.25V to 35V. Conveniently customise the output voltage utilizing a exact multi-turn potentiometer, providing flexibility for powering a broad spectrum of digital tasks and units
Vast Enter Voltage Vary: The LM2596 buck converter accommodates a variety of enter voltages from 3V to 40V, making it appropriate for numerous purposes corresponding to DIY electronics, solar energy techniques, and extra. (The enter voltage have to be no less than 1.5V greater than the output voltage; no enhance operate)
Built-in Thermal Safety: The included thermal shutdown and present restrict safety defend your units towards overheating and overload, lengthening the service lifetime of your parts
Options& Software: Composed of SANYO strong capacitors, 36μ thick PCB, high-Q inductors, and an LED output indicator for improved efficiency and dependability. Ideally suited for DIY energy financial institution undertakings, energizing displays, communication apparatuses, and quite a few different digital units
Area-Saving & Strong Construct: The LM2596 dc to dc buck converter possesses a compact and robust PCB design, facilitating seamless integration into small areas in your tasks whereas maintaining dependable efficiency
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