Dongguan Hongqing Electronic Technology Co., Ltd1
Dongguan Hongqing Electronic Technology Co., Ltd.
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F7110*3 ODM Solutions High Power Full Voltage Constant Power Linear LED Driver Chips 260V
Main Features
Made of 500V high pressure process
External power MOS output current up to 350mA
Input AC voltage 110V~260V/50~60HZ full voltage working mode
With line voltage compensation
With temperature foldback -10% / °C function
Overvoltage and overtemperature protection
Overvoltage (adjustable) protection
Start current protection
Low voltage start function
Package form SOP-8
Application Filed
Suitable for all kinds of LED integrated lamps that require full voltage input, high bay bulbs, high power bulbs
Product specification image
F Linear Series Chip Selection Table
| NO. | P/N | Function & Features | MOSFET | I(mA) | LED VF value | Package |
| 1 | F5111 | Constant current temperature reentry, can design high P ripple and low P ripple free, can be used in parallel with high power | Internal | 60 | 120/252V | SOT-89 |
| 2 | F5112 | 100 | TP-252 | |||
| 3 | F7112 | Constant power, temperature foldback, PWM dimming, high and low PFC | 100 | ESOP-8 | ||
| 4 | F7110 | High-power linear drive, analog DC dimming, temperature foldback, voltage protection, can be used to design full-voltage operation mode | External | 350 | SOP-8 | |
| 5 | F7722 | SCR dimming, can design flat panel lights, bulb lamps, filament lamps E14, E27 and other 12W thyristor dimming | Internal | 100 | ESOP-8 | |
| 6 | F7522 | 1.VF half-pressure design, input width (160-270VAC) work 2.110/220VAC high P ripple-free design | 100 | 100-150V | ||
| 7 | F2552 | 1. With F7112 full voltage 12W design 2.VF half voltage rippleless design 3.110/220VAC high P ripple free design | 100 | 120-252 | PDFN-8 | |
| 8 | F2722/1 | Constant power type can be used in parallel | 100 | ESOP-8 |
What is a linear LED driver?
A linear LED driver is a linear regulator which often exists in packaged integrated circuits (ICs) that only need a rectified voltage source, e.g., a bridge rectifier to rectify an alternating current (AC) voltage to generate a driving voltage. Owing to their small size and low-cost, simple linear driver circuits have generated extensive interest in field of the LED lighting. Switched-mode power supplies (SMPS) may be configured to operate more efficiently than linear power supplies. Nevertheless, the SMPS creates the predetermined magnitude of DC power through a high-speed switching operation to result in much noise, thus producing interference, which detrimentally affects the adjacent circuit elements. Linear drivers have inherently low frequency content, hence eliminating the requirement of reactive (e.g., inductive and/or capacitive) input EMI/EMC filter elements. Linear LED drivers uses no electrolytic capacitor that stores sufficient energy to drive the circuits during the time periods where no line voltage power is available, and therefore extends lifetime of the LED driver and has no problem of flicker. With less parts count, smaller size, linear LED drivers facilitate a cost-effective LED driver design while eliminating the weakest link (short-life electrolytic capacitor) in a chain and reducing the total cost of ownership (TOC). LED light engines in driver-on-board (DOB) designs incorporate linear driver ICs and LED modules which dramatically reduce the form factor of LED luminaires.