1.5V 1.8V 2.5V 3V 3.3V 3.7V 4.2V To 5V Dc Dc Dc Boost Converter Module Step Up Board

The voltage boost converter module described is designed to provide a stable 5V DC output at various input voltage ranges from 1.5V to 5V. Here are the key features and operating conditions:

**Features:**
1. Voltage Boosting: Boosts the voltage level to provide a stabilized 5V output.
2. Input Voltage Range: Accepts input voltages in the range of 1.5V to 5V.
3. Output Voltage: Stable 5V DC output.
4. Current Consumption: Consumes different amounts of current based on the input range to produce a balanced output.
5. Operating Conditions: Follow specific conditions to prevent damage or suboptimal performance:
– Input voltage should not exceed the nominal voltage to avoid module burnout.
– Input power must be greater than output power to maintain the desired output voltage.
– Output load should not exceed the nominal load to prevent a drop in output voltage.
6. Starting Voltage and Output Current: Starting voltage: 0.8V, Output current at starting voltage: 7mA
7. Output Characteristics Based on Input Range:

** The images shows are for representation only and actual product may slight differ in color and appearance.

** The images shows are for representation only and actual product may slight differ in color and appearance.
– Input 1-1.5V, output 5V 40-100mA
– Input 1.5-2V, output 5V 100-150mA
– Input 2-3V, output 5V 150-380mA
– Input more than 3V, output 5V 380-480mA
8. Frequency and Efficiency: Operates at a frequency of 150KHZ. Typical conversion efficiency is 85%.

**Operating Recommendations:**
– Ensure that the input voltage does not exceed the nominal voltage to prevent damage.
– Maintain input power greater than output power to achieve the desired 5V output.
– Avoid exceeding the nominal load on the output to prevent a drop in voltage.

This DC-DC boost converter module is a versatile solution for applications requiring a stable 5V output from varying input voltage sources within the specified range. Adhering to the operating conditions is crucial for optimal performance and longevity of the module.