It is LM2596 HV DC-DC Buck Converter with voltage rating 4.5-40V to 3-35V. This step down power module is adjustable with a potentiometer.
Features:
Adjustment method: first correct input power (between 4.5-50V) then multimeter to monitor the output voltage and adjust potentiometer (usually clockwise turn boost, buck turn counterclockwise),
Input: IN+ input positive IN- input negative
Output: OUT+ output positive OUT- output negative
Static power consumption is only about 6mA.
Connection: Welding, plus pin can be directly soldered after the PCB.
Short circuit protection: current limiting, thermal protection, self-recovery.
LM2596S DC-DC Step-Down Power Supply with SMD LED Indicator - Arduino Uno
LM2596S DC-DC Step-Down Power Supply with SMD LED Indicator - Arduino Nano
LM2596S DC-DC Step-Down Power Supply with SMD LED Indicator - Arduino Mega
LM2596S DC-DC Step-Down Power Supply with SMD LED Indicator - ESP32
LM2596S DC-DC Step-Down Power Supply with SMD LED Indicator - ESP8266
LM2596S DC-DC Step-Down Power Supply with SMD LED Indicator - STM32
LM2596S DC-DC Step-Down Power Supply with SMD LED Indicator - Raspberry Pi Pico
📄 File: lm2596s_dc-dc_step-down_power_supply_with_smd_led_indicator_-_arduino_uno.inoArduino Uno
514 characters
1//ekostra.com
2//electronics store in egypt
3//+201008896258
4
5// LM2596S DC-DC Step-Down Power Supply with SMD LED Indicator is set with its own onboard trimmer potentiometer (a small screw you turn with a screwdriver) - it has no digital control interface, so there's nothing for a microcontroller to do here. If you need SOFTWARE-adjustable output voltage, look at a digital-potentiometer-controlled design instead (e.g. this module's feedback pin driven through a TPL0501/MCP41010).
5// LM2596S DC-DC Step-Down Power Supply with SMD LED Indicator is set with its own onboard trimmer potentiometer (a small screw you turn with a screwdriver) - it has no digital control interface, so there's nothing for a microcontroller to do here. If you need SOFTWARE-adjustable output voltage, look at a digital-potentiometer-controlled design instead (e.g. this module's feedback pin driven through a TPL0501/MCP41010).
6voidsetup() {}
7voidloop() {}
📄 File: lm2596s_dc-dc_step-down_power_supply_with_smd_led_indicator_-_arduino_mega.inoArduino Mega
514 characters
1//ekostra.com
2//electronics store in egypt
3//+201008896258
4
5// LM2596S DC-DC Step-Down Power Supply with SMD LED Indicator is set with its own onboard trimmer potentiometer (a small screw you turn with a screwdriver) - it has no digital control interface, so there's nothing for a microcontroller to do here. If you need SOFTWARE-adjustable output voltage, look at a digital-potentiometer-controlled design instead (e.g. this module's feedback pin driven through a TPL0501/MCP41010).
5// LM2596S DC-DC Step-Down Power Supply with SMD LED Indicator is set with its own onboard trimmer potentiometer (a small screw you turn with a screwdriver) - it has no digital control interface, so there's nothing for a microcontroller to do here. If you need SOFTWARE-adjustable output voltage, look at a digital-potentiometer-controlled design instead (e.g. this module's feedback pin driven through a TPL0501/MCP41010).
5// LM2596S DC-DC Step-Down Power Supply with SMD LED Indicator is set with its own onboard trimmer potentiometer (a small screw you turn with a screwdriver) - it has no digital control interface, so there's nothing for a microcontroller to do here. If you need SOFTWARE-adjustable output voltage, look at a digital-potentiometer-controlled design instead (e.g. this module's feedback pin driven through a TPL0501/MCP41010).
5// LM2596S DC-DC Step-Down Power Supply with SMD LED Indicator is set with its own onboard trimmer potentiometer (a small screw you turn with a screwdriver) - it has no digital control interface, so there's nothing for a microcontroller to do here. If you need SOFTWARE-adjustable output voltage, look at a digital-potentiometer-controlled design instead (e.g. this module's feedback pin driven through a TPL0501/MCP41010).
6voidsetup() {}
7voidloop() {}
📄 File: lm2596s_dc-dc_step-down_power_supply_with_smd_led_indicator_-_raspberry_pi_pico.inoRaspberry Pi Pico
514 characters
1//ekostra.com
2//electronics store in egypt
3//+201008896258
4
5// LM2596S DC-DC Step-Down Power Supply with SMD LED Indicator is set with its own onboard trimmer potentiometer (a small screw you turn with a screwdriver) - it has no digital control interface, so there's nothing for a microcontroller to do here. If you need SOFTWARE-adjustable output voltage, look at a digital-potentiometer-controlled design instead (e.g. this module's feedback pin driven through a TPL0501/MCP41010).
6voidsetup() {}
7voidloop() {}
Adjustable DC-DC converter, tuned via its own onboard trimmer pot (or has its own digital display built in) - no microcontroller interface.
Specification
Specification
WeightWeight
11,0000 g
Dimensions
45 × 20 × 14 cm
output-current
Rated current is 2A, maximum 3A(Additional heatsink is required)
Specification
