BD2270HFV MOSFET Control IC

ROHM's BD2270HFV provides greater energy savings and set miniaturization

Image of ROHM Semiconductor's BD2270HFV MOSFET Controller ICROHM Semiconductor's BD2270HFV is an IC with a single built-in external N-channel MOSFET driver circuit that provides for low ON-resistance switching. In addition, a charge pump circuit for driving the NMOSFET Gate along with a comparator circuit with hysteresis for the control and discharge circuits is built into the chip, providing greater space savings and ease of use compared to discrete configurations.

The BD2270HFV is offered in the compact HVSOF5 package (1.6 x 1.6 x 0.6 mm), reducing the number of components compared with discrete solutions for large current applications. As a result, surface mount area is decreased by 35 percent, making this device ideal for portable devices of all types.

Supplying a high signal to the AEN terminal discharges the load from the internal charge pump. In addition, connecting a capacitor to the gate terminal mitigates inrush current due to large capacitive loads, resulting in smooth NMOSFET startup.

Features
  • Supports Vcc up to NMOSFET VDMAX.
  • Built-in soft start circuit
  • Low voltage NMOSFET drive
  • Compatible with power supply startup sequence control
  • Equipped with an output discharge pin (VMAX. ≤6 V)
Applications
  • Desktop PCs
  • Notebook PCs
  • PC boards
  • Car audio systems
  • Car navigation systems
  • Portable audio players
  • HD recorders
  • Digital cameras
  • Mobile phones
  • PDAs
  • Single segment TVs
  • Portable navigation devices
  • Electronic dictionaries
  • CD/DVD drives
  • Portable gaming equipment
  • Toys
  • IC recorders
  • USB hubs
  • Webcams
  • Wireless LAN routers
  • Projectors
  • Portable terminals

BD2270HFV MOSFET Controller IC

ImageManufacturer Part NumberDescriptionPart StatusDriven ConfigurationAvailable Quantity
BD2270HFV-TR datasheet linkIC MOSFET CTLR LOAD SW 5-HVSOFBD2270HFV-TRIC MOSFET CTLR LOAD SW 5-HVSOFActiveHigh-Side22184 - Immediate
BD2270HFV-TR product page link
Published: 2013-07-02