XDPL8105 Digital Flyback Controller IC – PG-DSO-8 Package

XDPL8105 Digital Flyback Controller IC – PG-DSO-8 Package

The XDPL8105 is a high-performance microcontroller-based digital single-stage flyback controller with power factor correction (PFC) for constant output current applications. The IC is available in a DSO-8 package and supports a wide feature set, requiring a minimum of external components. The digital engine offers the possibility to configure operational parameters and protection modes, which helps to ease the design phase and allows a reduced number of hardware variants in production. Accurate primary side output current
control is implemented to eliminate the need for secondary side feedback circuitry. The flyback converter is used in both AC/DC and DC/DC conversion with galvanic isolation between the input and any outputs. The flyback converter is a buck-boost converter with the inductor split to form a transformer so that the voltage ratios are multiplied with an additional advantage of isolation. When driving, for example, a plasma lamp or a voltage multiplier the rectifying diode of the boost converter is left out and the device is called a flyback transformer.

Features/Specs:

• Manufacturer: Infineon Technologies
• Manufacturer Part No: XDPL8105
• Type: Digital Flyback Controller
• Product: LED Drivers
• Product Type: LED Lighting Drivers
• Number of Channels: 1 Channel
• Number of Outputs: 1 Output
• Input Voltage, Min: 6 V
• Input Voltage, Max: 24 V
• Topology: Flyback
• Operating Frequency: 180 kHz
• Features: Overvoltage Protection
• Input Voltage: 6 V to 24 V
• Supply Current – Max: 1.2 mA
• Minimum Operating Temperature: – 40°C
• Maximum Operating Temperature: + 85°C
• Moisture Sensitive: Yes
• Mounting Style: SMD/SMT
• Package/Case: DSO-8

Application:

• Electronic control gear for LED luminaires (5 W to 80 W)

Datasheet: XDPL8105

Package Includes:

• 1 x XDPL8105 Digital Flyback Controller IC – PG-DSO-8 Package

Note: Product Images are shown for illustrative purposes only and may differ from the actual product.