3A, 3-35V to 1.5-30V converter - DC-DC - step-down - LM2596 - for FPV
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Inverter that reduces voltage from 3V to 35V to a potentiometer-adjustable voltage from 1.5V to 30V. This device allows safe, stable power supply of FPV electronics (cameras, etc.) on stabilized constant voltage.
LM2596 inverter that lowers the voltage from 3V to 35V to a potentiometer-adjustable voltage from 1.5V to 30V.
This device allows safe, stable power supply of electronics, FPV (cameras, etc.) on stabilized constant DC voltage.
It allows us to get from a higher voltage the lower voltage needed to power some device, most often used in monitors, televisions and other small electronics. We also offer LM2596 main modules in TO-263-5 or TO-220 housing, as well as chokes so that you can build a complete power supply system.
Product features of the LM2596 inverter
Convenient output voltage adjustment with multi-turn potentiometer.
The inverter has short-circuit and over-current protection, so that no current greater than 3 A will appear on the load.
Inverter gives you the ability to power systems with lower than standard voltage.
The inverter is based on the proven and frequently used LM2596 chip
Technical data LM2596
Input voltage: 3-35 V
Adjustable output voltage: 1.5-30 V
Inverter circuit: LM2596
Output current: 2A constant, Max 3A (with heatsink), the heatsink must be switched on when the output is more than 15W. (no heatsink included)
Efficiency: Max 92%
Frequency: 150 kHz
Operating temperature: -40 ℃ to +85 ℃ (power at 10 W)
Short circuit protection: current limitation, Auto-CV
Weight: 11.7 g
Size: 47x23x14 mm
Comments
The device regulates voltage by lowering (not raising) the voltage. The supply voltage must be greater than the consumer voltage.
Incorrect connection of power supply polarity causes damage to inverter
This device is for experienced do-it-yourselfers, basic electronics knowledge and soldering skills are required. The company is not responsible for damages resulting from lack of soldering skills or poorly made electrical installations.
Check the output voltage and adjust with the proper potentiometer and only then connect the receiving device.
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