LM2596S Buck Power Module Converter Step Down DC-DC 3A 5-32V to 1.23-30V 24V to 5V 12V 9V

The LM2596S Buck Power Module Converter is a high-performance, step-down switching regulator that provides a stable and efficient power supply for a wide range of applications. It is designed to convert a higher input voltage (5-32V) to a lower output voltage (1.23-30V) with high efficiency and low ripple.

Product Features:
– Wide input voltage range (5V-32V)
– Adjustable output voltage (1.23V-30V)
– High efficiency (up to 92%)
– Low ripple and noise
– Built-in overcurrent and overheat protection
– Compact size and easy to use

Applications:
– Powering microcontrollers and other low-power devices
– Creating variable voltage power supplies
– Step-down voltage for battery charging
– Driving motors and other DC loads

Key Usage Points:
– Adjustable output voltage allows for fine-tuning of the power supply
– High efficiency minimizes power loss and heat generation
– Protection features ensure safe operation
– Compact size makes it suitable for space-constrained applications

Specifications:
– Input voltage: 5V-32V
– Output voltage: 1.23V-30V
– Output current: 3A (continuous), 4A (peak)
– Efficiency: up to 92%
– Ripple and noise: ≤30mV
– Operating temperature: -40°C to +85°C
– Dimensions: 40x23x14mm

Additional Features:
– Built-in LED indicator for power status
– Adjustable frequency (50-150kHz)
– Thermal shutdown protection

Benefits:
– Provides a regulated and stable power supply for various applications
– High efficiency reduces energy consumption and extends battery life
– Adjustable output voltage allows for precise voltage control
– Protection features ensure safe operation under fault conditions
– Compact size and easy installation make it convenient to use in space-constrained applications

Comparison with Competitors:
– The LM2596S Buck Power Module Converter stands out from competitors with its high efficiency, low ripple, and compact size.
– It also features adjustable frequency and thermal shutdown protection for enhanced performance and reliability.