 Hello, and welcome to this presentation of the VI-Power M07 Smart Power Switches. Concentrating all the advantages of Vertical Intelligent Power MOSFET technology, M07 Highside Drivers are designed to drive almost any kind of automotive load. The granularity of the on-state resistance, RDS on, allows a perfect match between the Highside Driver and the Connected Load. The architecture of VI-Power M07 Highside Drivers is common to all devices of the portfolio and includes single, dual, and quad channel products. A control and diagnostic block embeds a driver for the active power MOS, a current sensing circuit that provides a diagnostic current proportional to the load current, a feedback signal proportional to the device's junction temperature, and a feedback signal proportional to VCC voltage. All three of these signals can be selected by an integrated sense multiplexer and put on a single diagnostic output pin. VI-Power M07 devices embed all the protections related to the load driving, over-temperature, current limitation, and active power limitation, as well as over-voltage and under-voltage protection, including reverse battery protection features. A dedicated fault reset pin allows the device to be used in auto restart or latch-off mode, providing customers maximum flexibility to react to device overload conditions. Continuing along the path of our previous series, VI-Power M07 Highside Drivers extend its flexibility and scalability, providing identical feature sets and, using the same package, the Tiny Power SSO-16, for 70% of the products. Designed to widen our coverage of automotive applications and further ensure our superior ruggedness, these highly reliable and compact drivers offer an innovative protection concept based on power limitation, two-step current limitation, and configurable auto restart or latch-off behavior. M07 products integrate additional diagnostics functions, including VCC supply voltage sensing and chip junction temperature T-chip sensing. You can also achieve best-in-class EMC performance thanks to a new, optimized gate driver design. MultiSense A key diagnostic function of M07 Highside Drivers is the MultiSense feature, a single pin used to multiplex to the microcontrollers three different diagnostic feedbacks. A. An analog high-precision current sense signal, providing a voltage proportional to the load current. B. A VCC sense signal, providing a voltage proportional to the VCC or supply voltage. And C. A T-chip sense voltage proportional to the device's junction temperature. Auto restart and latch-off modes. The I-Power M07 Highside Drivers come with a configurable protection strategy. A fault reset pin makes it possible to configure the device, either in auto restart or latch-off mode, providing the highest flexibility for load activation, overload, and short-circuit management by adapting the device's behavior to the specific needs of your application. Current and power limitation protection circuits. Protection features are a key requirement in the automotive market. ST's VI-Power M07 Highside Drivers implement a very innovative protection strategy based on current and power limitations. In the event of a fault, the current limitation circuit limits the maximum amount of current flowing into the device, while the power limitation circuit limits the amount of power delivered. In addition, thermal fatigue is reduced by limiting the chip's temperature gradients by alternately turning the device on and off. Furthermore, in order to avoid excessive power dissipation during overload or short-circuit conditions, a two-step current limitation feature ensures that higher current limits, I-L-I-M-H, are reduced to a lower limit, I-L-I-M-L, if a thermal shutdown occurs. Taking advantage of the VI-Power M07 technology, a further reduction of silicon size allows use of smaller and smaller packages, addressing the constant demand to decrease PCB sizes. Complimenting this state-of-the-art product offer, ST supports application designers with a complete set of collateral materials, tools, and demo boards. Visit ST.com and discover the complete offer. A full library of related documentation, including user manuals, data sheets, and application notes, as well as characterization and performance reports, is available from ST.com. Thank you for your attention.