Power chip

10A DC BOOST boost converter, input 2.7-12V, output adjustable, up to 13V

The NCP1063 integrates a fixed frequency current mode controller and 670 V MOSFET. Using SOIC-16 encapsulation, the NCP1063 offers a high level of integration including soft-start, frequency dithering, short-circuit protection, cycle skipping, adjustable peak current set point, slope compensation, and dynamic self-power supply (no auxiliary winding required). Unlike other monolithic solutions, the NCP1063 is noiseless: it switches at a usable frequency (65 or 100 kHz) during normal load operation. When the output power demand disappears, the IC will automatically enter frequency foldback mode, providing excellent energy efficiency at light loads. When power demand decreases further, it enters skip mode, reducing standby power consumption to no-load conditions. Protection features include: timers to detect overload or short circuit events, overvoltage protection with automatic recovery, and AC input line voltage detection (A version). ON Semiconductor's proprietary integrated Over Power Protection (OPP) allows you to take full advantage of the highest power available with only an external resistor, without compromising standby performance. The NCV1060/NCV1063 series can be used seamlessly in both non-isolated and isolated topologies.

DC-DC module, input range: 18V~36V, single output: 24V/334mA

Withstand voltage 45V 3A current asynchronous step-down DC/DC

2-in-1 lithium battery protection Integrated high-current MOS as small as 20mΩ

Power module Isolated positive and negative dual output; input voltage: 9~18VDC; output voltage: ±5VDC; output current (maximum value): ±600mA; output power: 6W; isolation voltage 1500VDC

3.3V switching regulator chip

Output 5W 5V

TMG0565 chip is a high-integration, high-performance PWM+MOSFET two-in-one current-mode off-line switching power supply controller, mainly used in chargers, digital product adapters, VCR, SVR, STP, DVD and other power supplies, PC, TV auxiliary Power supply, open power supply.