The LP8556SQX-E08/NOPB is a multi-channel LED driver designed to efficiently power and control the brightness of LED backlights in LCD displays. It utilizes a combination of high-efficiency power conversion and integrated dimming control to provide optimal performance while minimizing power consumption.
The LP8556SQX-E08/NOPB is well-suited for a wide range of applications including: - Laptop Displays: Provides efficient and adjustable backlighting for laptop screens - Industrial Displays: Enables precise brightness control for industrial LCD panels - Automotive Infotainment Systems: Supports customized backlighting for automotive displays
This comprehensive LED driver offers high efficiency, adjustable brightness, and versatile dimming control, making it an ideal choice for various display backlighting applications.
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What is the maximum input voltage for LP8556SQX-E08/NOPB?
- The maximum input voltage for LP8556SQX-E08/NOPB is 28V.
What is the typical switching frequency of LP8556SQX-E08/NOPB?
- The typical switching frequency of LP8556SQX-E08/NOPB is 2.2MHz.
Can LP8556SQX-E08/NOPB be used in automotive applications?
- Yes, LP8556SQX-E08/NOPB is suitable for automotive applications.
What is the recommended operating temperature range for LP8556SQX-E08/NOPB?
- The recommended operating temperature range for LP8556SQX-E08/NOPB is -40°C to 125°C.
Does LP8556SQX-E08/NOPB have overcurrent protection?
- Yes, LP8556SQX-E08/NOPB features overcurrent protection.
Is LP8556SQX-E08/NOPB compatible with PWM dimming?
- Yes, LP8556SQX-E08/NOPB is compatible with PWM dimming.
What is the typical efficiency of LP8556SQX-E08/NOPB?
- The typical efficiency of LP8556SQX-E08/NOPB is 92%.
Can LP8556SQX-E08/NOPB be used in LED backlighting applications?
- Yes, LP8556SQX-E08/NOPB is suitable for LED backlighting applications.
What is the package type of LP8556SQX-E08/NOPB?
- LP8556SQX-E08/NOPB is available in a WQFN-24 package.
Does LP8556SQX-E08/NOPB require external compensation components?
- No, LP8556SQX-E08/NOPB does not require external compensation components.