High-Efficiency Synchronous Rectifier Controller Chip - TEA2095T for Antminer APW11 Power Supply

Revive your Antminer APW11 power supply with the TEA2095T Synchronous Rectifier Controller Chip. Specifically designed for switching power supplies, this controller chip utilizes adaptive gate drive and independent dual driver stages to ensure maximum efficiency at any load.

Adaptive Gate Drive and Independent Dual Driver Stages for Efficient Power Supply Repair

The TEA2095T features an adaptive gate drive method that optimizes efficiency regardless of the load conditions. With a supply current of only 90 μA in energy-save operation, it minimizes power consumption. The regulation level of -25 mV enables precise control of low-ohmic MOSFETs.

Operating within a wide supply voltage range of 4.5V to 38V, this controller chip supports various power supply setups. Its dual synchronous rectification capability is ideal for LLC resonant applications. The TEA2095T is compatible with logic level SR MOSFETs, supporting 5V operation.

Equipped with differential inputs for sensing the drain and source voltages of each SR MOSFET, the TEA2095T ensures accurate monitoring and control. It also offers features such as output capacitor discharge after mains disconnect, adaptive gate drive for fast turn-off, undervoltage lockout (UVLO) protection, and interlock function to prevent simultaneous conduction of external MOSFETs.

Technical Features: