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... ~ 63Hz Input Current 1.2A/115Vac 1A/230Vac Inrush Current 30A/115Vac 60A/230Vac, cold start Leakage Current 0.25mA / 240Vac Line Regulation ±1.0% Set Up, Rise Time 500ms, 20ms / 230Vac 500ms, 20ms / 115Vac...
... ~ 63Hz Input Current 1.2A/115Vac 1A/230Vac Inrush Current 30A/115Vac 60A/230Vac, cold start Leakage Current 0.25mA / 240Vac Line Regulation ±1.0% Set Up, Rise Time 500ms, 20ms / 230Vac 500ms, 20ms / 115Vac...
... ~ 63Hz Input Current 1.2A/115Vac 1A/230Vac Inrush Current 30A/115Vac 60A/230Vac, cold start Leakage Current 0.25mA / 240Vac Line Regulation ±1.0% Set Up, Rise Time 500ms, 20ms / 230Vac 500ms, 20ms / 115Vac...
AME8824AEEYZ ANALOG MICROELECTRONICS General Description The AME8824 family of positive, linear regulators feature low quiescent current (30A typ.) with low dropout voltage, making them ideal for battery appli...
... ~ 63Hz Input Current 1.2A/115Vac 1A/230Vac Inrush Current 30A/115Vac 60A/230Vac, cold start Leakage Current 0.25mA / 240Vac Line Regulation ±1.0% Set Up, Rise Time 500ms, 20ms / 230Vac 500ms, 20ms / 115Vac...
... 30A/115Vac 60A/230Vac, cold start Leakage Current 0.25mA / 240Vac Line Regulation ±1.0% Set Up, Rise Time 500ms, 20ms / 230Vac 500ms, 20ms / 115Vac at full load (for 5~36V) 500ms, 30ms / 230VAC ......
... ~ 63Hz Input Current 1.2A/115Vac 1A/230Vac Inrush Current 30A/115Vac 60A/230Vac, cold start Leakage Current 0.25mA / 240Vac Line Regulation ±1.0% Set Up, Rise Time 500ms, 20ms / 230Vac 500ms, 20ms / 115Vac...
... 30A/115Vac 60A/230Vac, cold start Leakage Current 0.25mA / 240Vac Line Regulation ±1.0% Set Up, Rise Time 500ms, 20ms / 230Vac 500ms, 20ms / 115Vac at full load (for 5~36V) 500ms, 30ms / 230VAC ......
... 1A/230Vac Inrush Current 30A/115Vac 60A/230Vac, cold start Leakage Current 0.25mA / 240Vac Line Regulation ±1.0% Set Up, Rise Time 500ms, 20ms / 230Vac 500ms, 20ms / 115Vac at full load (for 5~36V) 500ms, ...
... ~ 63Hz Input Current 1.2A/115Vac 1A/230Vac Inrush Current 30A/115Vac 60A/230Vac, cold start Leakage Current 0.25mA / 240Vac Line Regulation ±1.0% Set Up, Rise Time 500ms, 20ms / 230Vac 500ms, 20ms / 115Vac...
... 1A/230Vac Inrush Current 30A/115Vac 60A/230Vac, cold start Leakage Current 0.25mA / 240Vac Line Regulation ±1.0% Set Up, Rise Time 500ms, 20ms / 230Vac 500ms, 20ms / 115Vac at full load (for 5~36V) 500ms, ...
... 1A/230Vac Inrush Current 30A/115Vac 60A/230Vac, cold start Leakage Current 0.25mA / 240Vac Line Regulation ±1.0% Set Up, Rise Time 500ms, 20ms / 230Vac 500ms, 20ms / 115Vac at full load (for 5~36V) 500ms, ...
... ~ 63Hz Input Current 1.2A/115Vac 1A/230Vac Inrush Current 30A/115Vac 60A/230Vac, cold start Leakage Current 0.25mA / 240Vac Line Regulation ±1.0% Set Up, Rise Time 500ms, 20ms / 230Vac 500ms, 20ms / 115Vac...
...e 3, ErP & CEC efficiency regulation compliance 4, Low leakage current, <50uA 5, 3 year warranty Technical data: Input Input voltage: 90-264VAC Frequency: 47-63 Hz Input current: 0.18A max. Inrush current max: 30A@230VAC Leakage current: <50uA Output Output......
...%40%V Frequency: 47~63Hz Inrush current cold start, 30A/230V Output Output Voltage Precision Commercial:±1% max Industrial:±0.5% max Linear regulation Commercial0.5% max Industrial:±0.3% max Temperature Coef...
..., 25℃ A 30A Input Current(Max) A 1.5A(100VAC Input) Power Factor - Meets EN61000-3-2 Temperature Coefficient ℃ ±0.05%/℃ Voltage Accuracy % ±2% Adjustment Range - None Min. Load A None Total Regulation - ±5% ...
... Specifications Input voltage 90VAC~ 305VAC or 120VDC~430VDC Input frequency 47HZ~63Hz Inrush current 60A @ 230VAC 30A@ 115VAC (<2ms) Voltage set point accuracy ±2% Line regulation ±0.5% (typ.) Short circuit protection Hiccup technique, auto-recovery...
Residential Lithium Battery Solar Charge Controller 12 Volt 24 Volt IP32 Level Residential 12V 24V 30A PWM Solar Regulator With Warranty Product Description Features: 1. Automatic identification system voltage ...
...cold start 15A/115V. 30A/230V Input Leakage Current ……………….............…….<0.5Ma/230VAC Line Regulation ………........……................………. ≤ ±0.5% Output Overload Protection ….........................