5A 30V 150W Variable Linear DC Power Supply

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$187.99

High precision variable linear DC power supply is an indispensable unit in electronics, offering adjustable and regulated voltage and current outputs for precise control over the power supplied to electronic components. It supplies 0 to 30V DC at up to 5A. Output voltage and current are adjustable and displayed on a 3 digit LED display.

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SKU: ATO-DCPS305

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Delivery date: 6-12 days

Overview

30 volt 5 amp variable linear DC power supply caters to a diverse array of applications in electronics, prototyping, and testing. Its linear configuration plays a pivotal role in minimizing output noise, thereby augmenting the stability of interconnected circuits. This adjustable linear DC power supply offers precise adjustments for voltage and amperage settings, ensuring optimal performance and safety for connected devices.

Specification

Model	ATO-JK1305P
Input Voltage	110V or 220V AC (+/- 10%)
Output Voltage Range	DC 0-30V
Output Current Range	0-5A
Output Power	150W
Frequency	50Hz/60Hz
Output Type	Dual
Display	3 digit
Display Accuracy	≤ ±0.1%＋2d
Voltage Display Resolution	10mV
Current Display Resolution	10mA
Efficiency	>65%
Voltage Regulation
Load Regulation (CV)	1×10^-4+8mV
Line Regulation (CV)	1×10^-4+3mV
Ripple & Noise (P-P)	0.5mV
Temperature Coefficient	300PPｍ/℃
Current Regulation
Load Regulation (CC)	≤5mA
Line Regulation (CC)	2×10^-4+3mA
Temperature Coefficient	500PPｍ/℃
Others
Protection	Over Load and Over Voltage Protection
Recovery Time	≤100µs
Operating Ambient	0℃ to + 40℃/ 85%RH
Storage Ambient	-10℃ to + 80℃/ 80%RH
Warranty	12 Months
Size	290 (L) x 130 (W) x 165 (H) mm
Weight	4.5kg

Detail

Tips: Can I use a variable linear DC power supply for LED testing?

Yes, you can use a variable linear DC power supply for LED testing. LEDs operate on direct current (DC), and a linear power supply provides stable and precise voltage output, making it suitable for testing LEDs. Ensure the power supply's voltage range matches the LED's specifications to prevent overloading or damaging the LED. Adjust the voltage output on the power supply within the LED's specified operating range, and gradually increase it while monitoring the LED's performance. This allows you to assess factors such as brightness, color accuracy, and overall functionality. Keep in mind that linear power supplies are generally more stable but less energy-efficient than switching power supplies. Using a variable linear DC power supply provides a controlled environment for LED testing, aiding in accurate evaluation and ensuring the LED's proper functioning.

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