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LC5581LS - 1 Converter High Power Factor LED Driver ICs

Download the LC5581LS datasheet PDF (LC5581AS included). The manufacturer datasheet provides complete specifications, pinout details, electrical characteristics, and typical applications for 1 converter high power factor led driver ics.

Description

The LC5581AS and LC5581LS are quasi-resonant LED driver ICs.

The ICs can also operate in PWM mode.

The ICs support isolated and non-isolated buck circuits and buck-boost converters.

Features

  • the ICs can provide more costeffective power supply systems with fewer external components. Features.
  • 800 V High Voltage Built-in Startup Circuit.
  • Analog Dimming Function.
  • High Power Factor by Average Current Control.
  • Soft Start Function.
  • Shorter Time from Startup to LED Lighting.
  • COMP Pin Fast Charging Function.
  • Bias Assist Function that Includes Two Types that are Activated at Different Voltage Levels (Smaller Capacitance of the VCC Pin).
  • Standb.

📥 Download Datasheet

Note: The manufacturer provides a single datasheet file (LC5581AS-Sanken.pdf) that lists specifications for multiple related part numbers.

Datasheet Details

Part number LC5581LS
Manufacturer Sanken
File Size 737.39 KB
Description 1 Converter High Power Factor LED Driver ICs
Datasheet download datasheet LC5581LS Datasheet
Other Datasheets by Sanken

Full PDF Text Transcription

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1 Converter High Power Factor LED Driver ICs LC5581AS/LS Data Sheet Description Package The LC5581AS and LC5581LS are quasi-resonant LED driver ICs. The ICs can also operate in PWM mode. The ICs support isolated and non-isolated buck circuits and buck-boost converters. The ICs provide the systems that can comply with the harmonics standard (IEC61000-3-2 Class C) in all conditions, including a light load condition. These systems, moreover, can be achieved by 1 converter system that requires no input electrolytic capacitor. The ICs employ the average current and quasi-resonant controls: the average current control realizes high power factors, whereas the quasi-resonant control contributes to high efficiency and low noise.
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