NOVOSENSE, an analog semiconductor specialist, is actively contributing to the development of automotive electronics solutions in the renewable energy sector by providing a comprehensive analog chip product portfolio.

NovoSense announced on the 10th that it produces products that meet the AEC-Q100 reliability test standards in the areas of signal detection, system interconnection, and power drive in the automotive sector related to renewable energy and new energy technologies, and provides comprehensive and diverse automotive electronic solutions.

For signal sensing, we supply the NOVOSENSE NSP163x series.

NOVOSENSE NSPAS3 is an automotive integrated absolute pressure sensor based on the piezoresistive effect of silicon and using advanced MEMS micromachining technology.

This product adopts an automotive qualification signal conditioning chip to measure and compensate the output of the MEMS mold.

The MEMS mold can convert pressure signals from 10kPa to 400kPa into analog output signals with a custom output range (0 to 5V).

The NSP163X series and NSPAS3 series are automotive intake It is primarily used for manifold pressure sensing and motorcycle intake path pressure sensing, as well as HEV/EV Vacuum Boost System (VBS) and battery pack pressure sensing.

Additionally, the NOVOSENSE NSPAS1 has passed the AEC-Q100 reliability standard as an absolute pressure sensor tuned for the gasoline vehicle intake pressure, NEV vacuum boost and motorcycle TMAP markets.

For system interconnection, we supply the NOVOSENSE NSi82x series.

These products are high-reliability multi-channel digital isolators certified for UL1577 and VDE enhanced safety, supporting various insulation voltages and withstand voltages (3.75kVrms, 5kVrms).

This series of components has a wide supply voltage range, allowing direct connection to most digital interfaces and thus easy level switching.

The NOVOSENSE NCA1021 universal automotive qualified LIN transceiver chip is widely used in the bus interface design of automotive electronic subsystems such as electric door locks, electric windows, electric seats, electric rearview mirrors, glass wipers, and seat heater modules, boasting the advantages of less interference between lines, fewer wiring harnesses, longer transmission distances, and lower costs.

The NOVOSENSE NSi13xx series chips feature excellent accuracy and compact package design, with a common-mode transient immunity (CMTI) of 150 kV/μs.

For power drives, we supply LDO NSR31/33/35 series chips.

This series of chips is used in IVI and autonomous driving, body electronics and lighting, inverter and motor control, as well as OBC/DCDC and BMS. It can also be used in the same application scenario.

Designed for high-reliability load applications, the NSE11409 series intelligent low-voltage switches can be widely used in automotive and industrial scenarios to drive load elements such as replacement, actuator valves, lighting, and heating resistance wires.

With the emergence of third-generation semiconductor SiC MOSFETs, systems with higher voltage, frequency, and power density are becoming new development trends.

On the other hand, in high-voltage and high-frequency applications, system power FETs are at risk of damage due to high dv/dt interference. The NSi6601M, a high-reliability single-channel isolated gate driver with Miller clamp protection, can effectively address this issue.

This product is widely applicable to ESS, OBC/DCDC, compressor/inverter, and other applications. Furthermore, the NOVOSENSE single-channel smart isolated gate driver NSi661/51, with a driving current of 10A, is suitable for driving SiC, IGBT, MOSFET, and other power FETs, and can be applied to applications such as NEV traction inverters, generators, and boost DCDCs.