Rohm Semiconductor

The BV1HB008EFJ-C single channel 9mΩ Intelligent High Side Power Device integrates an Overcurrent load protection, a dual Temperature Shutdown mechanism which limits the internal thermal transients and reduces the mechanical stress of the IC, and a smart Active-Clamp circuit to dissipate the magnetic energy while switching off inductive loads and to protect internal circuits from overvoltage surges. Embedded Current Sense and Diagnostic features provide real time load current information and open or short circuit feedback in both on and off state. A 3V and 5V CMOS compatible input pin offers direct microcontroller connection without special interfaces or level shifters. These in conjunction with a wide input voltage range make the High Side IPD a highperformance component suitable for 12V battery connected automotive applications.

The BV1HB012EFJ-C single channel 12mΩ Intelligent High Side Power Device integrates an Overcurrent load protection, a dual Temperature Shutdown mechanism which limits the internal thermal transients and reduces the mechanical stress of the IC, and a smart Active-Clamp circuit to dissipate the magnetic energy while switching off inductive loads and to protect internal circuits from overvoltage surges. Embedded Current Sense and Diagnostic features provide real time load current information and open or short circuit feedback in both on and off state. A 3V and 5V CMOS compatible input pin offers direct microcontroller connection without special interfaces or level shifters. These in conjunction with a wide input voltage range make the High Side IPD a highperformance component suitable for 12V battery connected automotive applications.

The BV1HB020EFJ-C single channel 20 mΩ Intelligent High Side Power Device integrates an Overcurrent load protection, a dual Temperature Shutdown mechanism which limits the internal thermal transients and reduces the mechanical stress of the IC, and a smart Active-Clamp circuit to dissipate the magnetic energy while switching off inductive loads and to protect internal circuits from overvoltage surges. Embedded Current Sense and Diagnostic features provide real time load current information and open or short circuit feedback in both on and off state. A 3 V and 5 V CMOS compatible input pin offers direct microcontroller connection without special interfaces or level shifters. These in conjunction with a wide input voltage range make the High Side IPD a highperformance component suitable for 12 V battery connected automotive applications.

The BV1HB040EFJ-C single channel 40mΩ Intelligent High Side Power Device integrates an Overcurrent load protection, a dual Temperature Shutdown mechanism which limits the internal thermal transients and reduces the mechanical stress of the IC, and a smart Active-Clamp circuit to dissipate the magnetic energy while switching off inductive loads and to protect internal circuits from overvoltage surges. Embedded Current Sense and Diagnostic features provide real time load current information and open or short circuit feedback in both on and off state. A 3V and 5V CMOS compatible input pin offers direct microcontroller connection without special interfaces or level shifters. These in conjunction with a wide input voltage range make the High Side IPD a highperformance component suitable for 12V battery connected automotive applications.

The BV1HB045EFJ-C is a 1ch high-side switch for automotive application. It has a built-in overcurrent limit function, thermal shutdown protection function, open load detection function, low power output-OFF function. It has a current sensing function of output load current.

The BV1HB090EFJ-C single channel 90mΩ Intelligent High Side Power Device integrates an Overcurrent load protection, a dual Temperature Shutdown mechanism which limits the internal thermal transients and reduces the mechanical stress of the IC, and a smart Active-Clamp circuit to dissipate the magnetic energy while switching off inductive loads and to protect internal circuits from overvoltage surges. Embedded Current Sense and Diagnostic features provide real time load current information and open or short circuit feedback in both on and off state. A 3V and 5V CMOS compatible input pin offers direct microcontroller connection without special interfaces or level shifters. These in conjunction with a wide input voltage range make the High Side IPD a highperformance component suitable for 12V battery connected automotive applications.

The BV1HB180EFJ-C single channel 180mΩ Intelligent High Side Power Device integrates an Overcurrent load protection, a dual Temperature Shutdown mechanism which limits the internal thermal transients and reduces the mechanical stress of the IC, and a smart Active-Clamp circuit to dissipate the magnetic energy while switching off inductive loads and to protect internal circuits from overvoltage surges. Embedded Current Sense and Diagnostic features provide real time load current information and open or short circuit feedback in both on and off state. A 3V and 5V CMOS compatible input pin offers direct microcontroller connection without special interfaces or level shifters. These in conjunction with a wide input voltage range make the High Side IPD a highperformance component suitable for 12V battery connected automotive applications.

BV1HC045EFJ-C is a 1-ch high-side switch for automotive application. It has built-in over current protection function, thermal shutdown protection function, open load detection function and under voltage lockout function. It is equipped with diagnostic output function for abnormality detection. Since this IC can arbitrarily set the over current protection value and the time until the limit is set by an external component, the optimum over current protection for the load can be easily realized.

BV1HD045EFJ-C is a 1-ch high-side switch for automotive application. It has built-in over current protection function, thermal shutdown protection function, open load detection function and under voltage lockout function. It is equipped with diagnostic output function for abnormality detection. Since this IC can arbitrarily set the over current protection value and the time until the limit is set by an external component, the optimum over current protection for the load can be easily realized.