NXP battery cell controllers can accurately control important parameters of lithium-ion batteries such as voltage, temperature, and current, providing embedded balancing functions and rich system diagnostic functions, thereby resolving safety risks related to lithium-ion batteries. These reliable ICs can meet the needs of automotive and industrial applications, fully adapt to the automotive environment, and are ideal for in vehicle battery management, energy storage systems, and uninterruptible power supply applications.
NXP AC-DC solution secondary side controller TEA2096T, dual synchronous rectifier controller PWM. TEA2096T is a controller IC specifically designed for synchronous rectification on the secondary side of resonant converters. It has two driver stages to drive the SR MOSFET, which rectifies the output of the secondary transformer winding with a center tap. Two gate driver stages have their own sensing inputs and operate independently. TEA2096T is suitable for efficient operation and high-frequency switching using extremely low ohm MOSFETs. TEA2096T is made using silicon on insulator (SOI) technology.
NXP AC-DC solution PWM secondary side controller TEA2093 synchronous rectifier controller. This device is a dedicated controller IC that can perform synchronous rectification on the secondary side of asymmetric half bridge flyback and standard flyback converters. It integrates a sensing stage and a driver stage, which can drive SR MOSFET, and SR MOSFET rectifies the output of the secondary transformer winding.
NXP PWM secondary side controller TEA2095T, dual LLC SR switch controller. NXP products have two driver stages to drive the SR MOSFET, which synchronously rectifies the output of the center tapped secondary winding. Two gate driver level devices operate independently with differential inputs, capable of detecting the drain and source voltages of SR MOSFETs.
NXP PWM secondary side controller TEA1999TS synchronous rectifier controller. TEA1999TS is a controller IC specifically designed for synchronous rectification on the secondary side of flyback converters. It integrates a sensing stage and a driver stage to drive the SR MOSFET, which rectifies the output of the secondary transformer winding.
NXP secondary side controller TEA1999TK synchronous rectifier controller (PWM). TEA1999TK is a controller IC specifically designed for synchronous rectification on the secondary side of flyback converters. It integrates a sensing stage and a driver stage to drive the SR MOSFET, which rectifies the output of the secondary transformer winding.
Secondary side controller TEA1998TS NXP synchronous rectifier controller (PWM). TEA1998TS is a controller IC specifically designed for synchronous rectification on the secondary side of flyback converters. It integrates a sensing stage and a driver stage to drive the SR MOSFET, which rectifies the output of the secondary transformer winding.
NXP PWM secondary side controller TEA1995T, GreenChip dual synchronous rectifier controller. TEA1995T is a controller IC specifically designed for synchronous rectification on the secondary side of resonant converters. This synchronous rectifier controller supports a wide range of power supply voltages (4.5-38V) and is equipped with two driver stages for SR MOSFETs, which can rectify the output of the secondary transformer winding. The two gate driver stages also have independent sensing inputs and work independently of each other.
Introduction to NXP Dual Synchronous Rectifiers (SR) Controller TEA1995T. TEA1995T is a controller IC specifically designed for synchronous rectification on the secondary side of resonant converters. This synchronous rectifier controller supports a wide range of power supply voltages (4.5-38V) and is equipped with two driver stages for SR MOSFETs, which can rectify the output of the secondary transformer winding. The two gate driver stages also have independent sensing inputs and work independently of each other.
NXP PWM Secondary Side Controller TEA1993TSC Product Introduction. TEA1993TS is a controller IC specifically designed for synchronous rectification on the backup side of flyback converters. It integrates a sensing stage and a driver stage to drive the SR MOSFET, which rectifies the output of the secondary transformer winding.