ROHM Semiconductor GmbH Automatically Controlled Buck-Boost Switching Regulator BD9035AEFV-C

Description
The BD9035AEFV-C is a buck-boost switching controller with a high withstand voltage and a wide input range (VIN=3.8~30V) capable of generating buck-boost output with one inductor. The IC has a ±7% high accuracy switching frequency for the entire operating temperature range (Ta=-40℃~+125℃). Because of the automatically controlled buck-boost system the BD9035AEFV-C also has a higher efficiency compared to regular switching regulators employing Sepic or H-bridge systems.
Datasheet
Description
The BD9035AEFV-C is a buck-boost switching controller with a high withstand voltage and a wide input range (VIN=3.8~30V) capable of generating buck-boost output with one inductor. The IC has a ±7% high accuracy switching frequency for the entire operating temperature range (Ta=-40℃~+125℃). Because of the automatically controlled buck-boost system the BD9035AEFV-C also has a higher efficiency compared to regular switching regulators employing Sepic or H-bridge systems.
Datasheet

Suppliers

Company
Product
Description
Supplier Links
Automatically Controlled Buck-Boost Switching Regulator - BD9035AEFV-C - ROHM Semiconductor GmbH
Willich, Germany
Automatically Controlled Buck-Boost Switching Regulator
BD9035AEFV-C
Automatically Controlled Buck-Boost Switching Regulator BD9035AEFV-C
The BD9035AEFV-C is a buck-boost switching controller with a high withstand voltage and a wide input range (VIN=3.8~30V) capable of generating buck-boost output with one inductor. The IC has a ±7% high accuracy switching frequency for the entire operating temperature range (Ta=-40℃~+125℃). Because of the automatically controlled buck-boost system the BD9035AEFV-C also has a higher efficiency compared to regular switching regulators employing Sepic or H-bridge systems.

The BD9035AEFV-C is a buck-boost switching controller with a high withstand voltage and a wide input range (VIN=3.8~30V) capable of generating buck-boost output with one inductor. The IC has a ±7% high accuracy switching frequency for the entire operating temperature range (Ta=-40℃~+125℃). Because of the automatically controlled buck-boost system the BD9035AEFV-C also has a higher efficiency compared to regular switching regulators employing Sepic or H-bridge systems.

Supplier's Site Datasheet
Automatically Controlled Buck-Boost Switching Regulator - BD9035AEFV-C - ROHM Semiconductor USA, LLC
Santa Clara, CA, USA
Automatically Controlled Buck-Boost Switching Regulator
BD9035AEFV-C
Automatically Controlled Buck-Boost Switching Regulator BD9035AEFV-C
The BD9035AEFV-C is a buck-boost switching controller with a high withstand voltage and a wide input range (VIN=3.8~30V) capable of generating buck-boost output with one inductor. The IC has a ±7% high accuracy switching frequency for the entire operating temperature range (Ta=-40°C~+125°C). Because of the automatically controlled buck-boost system the BD9035AEFV-C also has a higher efficiency compared to regular switching regulators employing Sepic or H-bridge systems.

The BD9035AEFV-C is a buck-boost switching controller with a high withstand voltage and a wide input range (VIN=3.8~30V) capable of generating buck-boost output with one inductor. The IC has a ±7% high accuracy switching frequency for the entire operating temperature range (Ta=-40°C~+125°C). Because of the automatically controlled buck-boost system the BD9035AEFV-C also has a higher efficiency compared to regular switching regulators employing Sepic or H-bridge systems.

Supplier's Site Datasheet

Technical Specifications

  ROHM Semiconductor GmbH ROHM Semiconductor USA, LLC
Product Category IC Voltage Regulators IC Switching Voltage Regulators
Product Number BD9035AEFV-C BD9035AEFV-C
Product Name Automatically Controlled Buck-Boost Switching Regulator Automatically Controlled Buck-Boost Switching Regulator
Package Type Other; HTSSOP-B24 Other; HTSSOP-B24
Output Voltage 0.8000 to 24 volts 3.3 to 3.7 volts
Operating Temperature -40 to 125 C (-40 to 257 F) -40 to 125 C (-40 to 257 F)
Unlock Full Specs
to access all available technical data