LM2596S DC-DC Buck Converter Vehicle Stabilizers Step-Down Power Supply Module LM2596 Adjustable DC1.25V-30V Voltage Regulators

Type : Other PLC Peripheral Modules Origin : Mainland China Brand Name : occkic

Features Wide range of use Strong cooling capacity Use SANYO solid capacitors 36u thickened circuit board High Q value high power inductor with output LED indicator Product parameters: LM2596S DC-DC step-down power module 3A adjustable step-down module regulator super LM2576 Dense vias, strong heat dissipation! Add X7R high-Q high-frequency bypass capacitors at the input and output terminals, and the electromagnetic compatibility performance is super! Input voltage range: DC 3.2V to 35V (the input voltage must be higher than the output voltage by more than 1.5V. It cannot be boosted) Output voltage range: DC 1.25V to 30V voltage continuously adjustable, high efficiency (maximum 92%) maximum output current is 3A. Measured 12V input, 5V output current of 1A, the load regulation rate is less than 1% Note: The input and output cannot be reversed, otherwise the chip may be burned; This is a step-down module, the input voltage must be higher than the output voltage; If the output is below 2A, you don’t need to add a heat sink for a long time. If the output current is greater than 2.5A (or the output power is greater than 10W), please add a heat sink for a long time. Electrical parameters: Input: DC 3.2V to 35V (the input voltage must be more than 1.25v higher than the output voltage. Can not be boosted) Output: DC 1.25V to 30V voltage continuously adjustable, high efficiency maximum output current is 3A. Features: All use SANYO solid capacitors, 36u thickened circuit board, high-Q high-power inductors, with output LED indicators Dimensions: 41(L)*20(W)*14(H) mm (including potentiometer) DC-DC with positioning hole and LED indicator Instructions: Connect to the power supply (3-35V), adjust the blue potentiometer knob (generally turn clockwise to boost, counterclockwise to step down) and use a multimeter to monitor the output voltage until it reaches the required voltage. Wiring: Welding, directly weld the power cord to the input (output) port; Solder pins, which can be inserted into the pins through the leads or inserted into the perforated board for use; or directly soldered on the PCB after adding pins. the Shipping list 1*module label:yes