Description

Variable linear DC power supply is designed with low ripple and high precision to step down an AC input voltage to produce a lower DC output voltage, which can be used for scientific research, product development, laboratories, schools and electronic production lines.

Specification

Model	ATO-JK60100S
Input Voltage	220V or 240V AC (+/- 10%)
Output Voltage Range	0-60V
Output Current Range	0-100A
Output Power	6000W
Frequency	50Hz/60Hz
Output Type	Dual
Display	3 digit
Display Accuracy	≤ ±0.1%＋2d
Voltage Display Resolution	100mV
Current Display Resolution	100mA
Efficiency	>65%
Voltage Regulation
Load Regulation (CV)	1×10^-5+8mV
Line Regulation (CV)	1×10^-5+3mV
Ripple & Noise (P-P)	0.5mV
Temperature Coefficient	300PPｍ/℃
Current Regulation
Load Regulation (CC)	≤5mA
Line Regulation (CC)	2×10^-5+3mV
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	480 (W) x 520 (H) x 700 (D) mm
Weight	200kg
Package List	1 x DC Power Supply Host, 1 x User Manual

Tips: What is a variable liner DC power supply?

The variable liner DC power supply is a high-precision DC stable power supply with continuously adjustable voltage and current, and automatic conversion between voltage and current. It adopts microcomputer control technology and a complete protection circuit and special high-performance reference voltage-stabilizing source components. This series of stabilized power supplies have high precision, low ripple interference, stability and reliability, and easy to use. The output voltage can be adjusted from 0 volts and can be arbitrarily selected within the rated range. The current limiting protection point can be arbitrarily selected, and the output power can be continuously adjusted within the rated range. With current limit protection, short circuit protection, over temperature protection (current greater than 30A). The dual power supply can implement master and slave tracking, and can be used in series (to expand voltage use) or in parallel (to expand current use).