The TPS2HCS05-Q1
device is a dual channel, smart high-side switch controlled through a serial
peripheral interface (SPI) and is intended for power distribution and actuator drive
applications. The device integrates robust protection to ensure output wire and load
protection against short circuit or overload conditions. The device features
overcurrent protection configurable via SPI with sufficient flexibility to support
loads that require large inrush currents and provide improved protection. The device
also integrates a programmable fuse profile (current versus time) that turns off the
switch under persistent overload condition. The two features together allow
optimization of the wire harness for any load profile with full protection.
The device supports a SPI-configurable
capacitive charging mode for ECU loads in power distribution switch applications.
The device also includes two low power mode (LPM) states, an auto entry mode or a
manual entry mode, that enables the device to provide current to the load ECU while
only consuming about 10–20µA of current.
The TPS2HCS05-Q1 device also provides a high accuracy
digital current sense over SPI that allows for improved load diagnostics. By
reporting load current and the channel output voltage and output FET temperature to
a system MCU, the device enables diagnosis of switch and load failures.
The TPS2HCS05-Q1
is available in a HTSSOP package which allows for reduced
PCB footprint.
The TPS2HCS05-Q1
device is a dual channel, smart high-side switch controlled through a serial
peripheral interface (SPI) and is intended for power distribution and actuator drive
applications. The device integrates robust protection to ensure output wire and load
protection against short circuit or overload conditions. The device features
overcurrent protection configurable via SPI with sufficient flexibility to support
loads that require large inrush currents and provide improved protection. The device
also integrates a programmable fuse profile (current versus time) that turns off the
switch under persistent overload condition. The two features together allow
optimization of the wire harness for any load profile with full protection.
The device supports a SPI-configurable
capacitive charging mode for ECU loads in power distribution switch applications.
The device also includes two low power mode (LPM) states, an auto entry mode or a
manual entry mode, that enables the device to provide current to the load ECU while
only consuming about 10–20µA of current.
The TPS2HCS05-Q1 device also provides a high accuracy
digital current sense over SPI that allows for improved load diagnostics. By
reporting load current and the channel output voltage and output FET temperature to
a system MCU, the device enables diagnosis of switch and load failures.
The TPS2HCS05-Q1
is available in a HTSSOP package which allows for reduced
PCB footprint.