Description Isolated Precision Buck Power Supply Module ,Wide Voltage Range Input With Overload, Short Circuit, Over Temperature Protection. Ultra-Small Size And High Efficiency. Output Parameters: Output Voltage: 24V 1%. Output Current: 200Ma. Ripple: Less Than 60Mvp-P. Output Accuracy: 1%. Voltage Regulation Rate: 1%. Load Adjustment Rate: 1.5% Rated Power: 4.8W. Output Adjustable Range: Not Adjustable. Establish, Rise, Hold Time: 500Ms, 80Ms, 80Ms / 220V Ac. Input Parameters: Input Voltage Range: Ac 100- 264V. Input Current: Less Than 0.2A. (Average Current 0.03A-0.1A). Frequency Range: 47-63Hz. Efficiency: About 80%. Start Surge Current: Cold Start 30A/230V / Ac. Leakage Current: Less Than 2Ma / 220V Ac. Protection Features: Over Power Protection: 150-170% Rated Power. (Fault Removal Is Automatically Restored). Overvoltage Protection: Vh: >50%. Dc Short Circuit Protection: The Power Supply Is Intermittently Separated. (Fault Removal Is Automatically Restored). Environmental Parameters: Working Temperature: -15 C - +50 C @ 100% Load , +60 C @ 60% Load; Working Humidity: 20%-90% Rh. Storage Temperature, Humidity: -20 C - +85 C, 10% -95% Rh. Safety And Emc Standards: Withstand Voltage: I/P-O/P: 1Kv Ac 1Min. Insulation Resistance: I/P-O/P: 500Vdc / 100M Ohms. Package Included: 1Pcs 24V 200Ma Ac-Dc Precision Buck Power Supply Module
⚠️ WARNING (California Proposition 65): This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm. For more information, please visit www.P65Warnings.ca.gov.
Frequently Asked Questions
Q: What are the dimensions of the NOYITO AC to DC Precision Buck Power Supply Module?A: The dimensions are approximately one point six one inches in length, zero point six one inches in width, and zero point six nine inches in height.
Q: What is the output voltage of this power supply module?A: The output voltage is twenty-four volts with a tolerance of plus or minus one percent.
Q: What is the maximum output current for this power supply?A: The maximum output current is two hundred milliamperes.
Q: What input voltage range does this power supply support?A: The input voltage range is between one hundred and twenty volts and two hundred sixty-four volts AC.
Q: How do I install the NOYITO Precision Buck Power Supply Module?A: To install, connect the input voltage source to the designated input terminals and connect the load to the output terminals securely.
Q: Is this power supply module suitable for outdoor use?A: No, the module is designed for indoor use only, operating effectively in a controlled environment.
Q: What precautions should I take when using this power supply module?A: Always ensure the input voltage does not exceed two hundred sixty-four volts and avoid exposure to moisture.
Q: How do I keep this power supply module in good condition?A: Keep it in a dry environment, avoid physical damage, and ensure proper ventilation during use.
Q: What is the working temperature range for this power supply module?A: The working temperature range is from negative fifteen degrees Celsius to fifty degrees Celsius at full load.
Q: How does this power supply compare to other models?A: Compared to other models, this power supply offers a wide input voltage range and features overload protection, making it reliable for diverse applications.
Q: Is this power supply efficient?A: Yes, it has an efficiency of approximately eighty percent, ensuring minimal energy loss.
Q: What if the power supply module arrives damaged?A: If the module arrives damaged, please contact customer support immediately for assistance with returns or exchanges.
Q: Does this power supply come with a warranty?A: Yes, it typically comes with a standard warranty, details of which can be found on the manufacturer's website.
Q: What kind of protection features does this power supply have?A: It includes over power protection, overvoltage protection, and DC short circuit protection for safety.
Q: Can this power supply be used for sensitive electronics?A: Yes, it is suitable for sensitive electronics due to its low ripple and high output accuracy.