AP1695-20C：Off-Line LED Drivers
| Part Number | Data Sheet | SPICE Model | MinimumInput Voltage (V) | MaximumInput Voltage (V) | VDD (V) | OutputCurrent (mA) | LED Current (A) | Accuracy (%) | Frequency (kHz) | Efficiency (%) | Dimming | SupplyCurrent (mA) | Temperature Range (°C) |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| AP1695-20C | AP1695_20C.pdf | - | 6.5 | 30 | 230mA | 2 | 200 | 85 | Triac | - | -40 to +105 |
Description
The AP1695-20C is a high performance AC/DC power factor corrector for mains dimmable LED driver applications. The device uses Pulse Frequency Modulation (PFM) technology to regulate output current while achieving high power factor and low THD. It operates as a BCM (Boundary Conduction Mode) which is good for EMI. The AP1695-20C internally integrates a high voltage MOSFET which can realize a lower BOM cost. The AP1695-20C provides accurate constant current (CC) regulation while removing the opto-coupler and secondary control circuitry. It also eliminates the need of loop compensation circuitry while maintaining stability. It can meet the requirement of IEC6100-3-2 harmonic standard. The AP1695-20C features low start-up current, low operation current. It adopts valley on switching mode to achieve high efficiency. It also has rich protection features including over voltage, short circuit, over temperature protection. The AP1695-20C provides the dimmable LED driver with a wide dimmer compatibility including leading edge and trailing edge dimmer. The AP1695-20C is available in SO-7 package.
Application
Mains Dimmable LED Lighting
Features
- Boundary Conduction Mode (BCM) Operation to Achieve High efficiency
- High PF and Low THD (PF>0.9, THD<30%)
- High Efficiency without Dimmer
- Wide Range of Dimmer Compatibility
- Dimming Curve Compliant with NEMA SSL6
- Low Start-up Current
- Tight LED Current
- Tight LED Open Voltage
- Valley-mode Switching to Minimize the Transition Loss
- Easy EMI
- Internal Protections:
-Under Voltage Lock Out (UVLO)
-Leading-edge Blanking (LEB)
-Output Short Protection
-Output Open Protection
-Over Temperature Protection - Flexible for Design with Small Form Factor and Very Low BOM Cost
Ordering Information
- AP1695-20CS7-13
SO-7
- AP1695_20C.pdf AP1695-20C
