The
TPS1HB50-Q1 device is a smart high-side
switch intended for use in 12-V automotive systems. The device integrates robust
protection and diagnostic features to ensure output port protection even during
harmful events like short circuits in automotive systems. The device protects
against faults through a reliable current limit, which, depending on device
variant, is adjustable from 2 A to 18 A. The high current limit range
allows for usage in loads that require large transient currents, while the low
current limit range provides improved protection for loads that do not require high
peak current. The device is capable of reliably driving a wide range of load
profiles.
The
TPS1HB50-Q1 also provides a high accuracy
analog current sense that allows for improved load diagnostics. By reporting load
current and device temperature to a system MCU, the device enables predictive
maintenance and load diagnostics that improves the system lifetime.
The
TPS1HB50-Q1 is available in a HTSSOP package
which allows for reduced PCB footprint.
The
TPS1HB50-Q1 device is a smart high-side
switch intended for use in 12-V automotive systems. The device integrates robust
protection and diagnostic features to ensure output port protection even during
harmful events like short circuits in automotive systems. The device protects
against faults through a reliable current limit, which, depending on device
variant, is adjustable from 2 A to 18 A. The high current limit range
allows for usage in loads that require large transient currents, while the low
current limit range provides improved protection for loads that do not require high
peak current. The device is capable of reliably driving a wide range of load
profiles.
The
TPS1HB50-Q1 also provides a high accuracy
analog current sense that allows for improved load diagnostics. By reporting load
current and device temperature to a system MCU, the device enables predictive
maintenance and load diagnostics that improves the system lifetime.
The
TPS1HB50-Q1 is available in a HTSSOP package
which allows for reduced PCB footprint.