OverviewDescriptionRelated applicationsOur integrated circuits and reference designs help you create innovative lawn mowers with lower audible noise and higher efficiency over combustion engines.Design requirementsAdvanced lawn mower designs often require:Highly-efficient motor control with enhanced
OverviewDescriptionRelated applicationsOur integrated circuits and reference designs help you create highly-efficient cordless power tools with maximum battery efficiency and achieve smaller size, lighter weight, reduced audible noise, EMI/EMC requirements and lower system cost.Design requirementsMo
OverviewDescriptionRelated applicationsOur integrated circuits and reference designs help you create sophisticated cordless handheld garden tools with high torque capability, maximum efficiency and battery operating time with enhanced protection.Design requirementsOptimal cordless handheld garden to
OverviewDescriptionOur integrated circuits and reference designs help you design innovative cooking top systems with accurate sensing technologies, high-efficiency power supplies and safe wireless connectivity.Design requirementsModern cooking top systems require:Highly efficient power management wi
OverviewDescriptionOur integrated circuits and reference designs help you create next-generation cooker hood systems with powerful suction capability and low audible noise. Our quiet motor drives, accurate sensing technologies, high-efficiency power supply and secure connectivity solutions make your
Charge/discharge power stageThe Charge/Discharge Power Stage is used to protect the battery pack from abnormalities such as over voltage, over current charging/discharging, over temperature and external short-circuit. This can be implemented by using two low voltage FETs, which are controlled by the
Charge/discharge power stageThe charge/discharge power stage is used to protect the battery pack from abnormalities such as over voltage, over current charging/discharging, over temperature and external short-circuit. This can be implemented by using two low voltage FETs, which are controlled by the
Charge/discharge power stageThe Charge/Discharge Power Stage is used to protect the battery pack from abnormalities such as over voltage, over current charging/discharging, over temperature and external short-circuit. This can be implemented by using two low voltage FETs, which are controlled by the
Isolated AC/DC power supplyAn isolated AC/DC power stage converts AC voltage into isolated regulated DC voltage. Efficiency is a key parameter for this stage as it contains protection mechanisms for over current and over temperature.ProductsShunt voltage referencesTLV431B—0.5% accuracy, low-voltage,
PFC power stagePFC stage is required to shape the input current of the power supply and to meet the power factor and current THD norms such as IEC61000-2-3. In addition, the PFC stage also enhances system performance by reducing RMS input current, facilitating power supply holdup and improving effic
Pre-charge/charge/dischargeThe pre-charge/charge/discharge is used to provide pre-charge via and protect the battery pack from abnormalities such as over voltage, overcurrent charging/discharging, overtemperature and external short-circuit. This can be implemented by using two low voltage FETs, whic
Pre-charge/charge/dischargeThe pre-charge/charge/discharge is used to provide pre-charge via and protect the battery pack from abnormalities such as overvoltage, overcurrent charging/discharging, overtemperature and external short-circuit. This can be implemented by using two low voltage FETs, which
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