非隔离调光系列

SR866/7X系列是一款升降压型可控硅调光LED驱动芯片，工作在准谐振的闭环控制的PFC模式，能实现高效率、低EMI、极好的线性调整率及负载调整率、高功率因数等性能。\n(1)<1%的线性调整率及负载调整率，接调光器后输出电流可达100%\n(2)非隔离式buck-boost应用，高性价比可控硅调光方案\n(3)高功率因数（>0.95），低电流谐波(<20%)\n(4)自恢复短路，过温调节及自恢复过热保护，可外接NTC\n(5)极简外围，可应用于紧凑型LED球泡灯，GU10，灯丝灯等设计;

非隔离调光系列

SR866/7X系列是一款升降压型可控硅调光LED驱动芯片，工作在准谐振的闭环控制的PFC模式，能实现高效率、低EMI、极好的线性调整率及负载调整率、高功率因数等性能。\n(1)<1%的线性调整率及负载调整率，接调光器后输出电流可达100%\n(2)非隔离式buck-boost应用，高性价比可控硅调光方案\n(3)高功率因数（>0.95），低电流谐波(<20%)\n(4)自恢复短路，过温调节及自恢复过热保护，可外接NTC\n(5)极简外围，可应用于紧凑型LED球泡灯，GU10，灯丝灯等设计;

EPITAXIAL PLANAR NPN TRANSISTOR (SWITCHING, INTERFACE CIRCUIT AND DRIVER CIRCUIT)

SWITCHING APPLICATION. INTERFACE CIRCUIT AND DRIVER CIRCUIT APPLICATION FEATURES • With Built-in Bias Resistors. • Simplify Circuit Design. • Reduce a Quantity of Parts and Manufacturing Process.

EPITAXIAL PLANAR NPN TRANSISTOR (SWITCHING, INTERFACE CIRCUIT AND DRIVER CIRCUIT)

SWITCHING APPLICATION. INTERFACE CIRCUIT AND DRIVER CIRCUIT APPLICATION FEATURES ● With Built-in Bias Resistors. ● Simplify Circuit Design. ● Reduce a Quantity of Parts and Manufacturing Process.

3.3V/5V or Adjustable-Output, Single-Cell DC-DC Converters

General Description The MAX866 and MAX867 are ultra-small, high-efficiency, CMOS, step-up, DC-DC switching regulators for 1-cell battery-powered systems. The MAX866 accepts a positive input voltage between 0.8V and VOUT and converts it to a higher, pin-selectable output voltage of 3.3V or 5V. The

3.3V/5V or Adjustable-Output, Single-Cell DC-DC Converters

General Description The MAX866 and MAX867 are ultra-small, high-efficiency, CMOS, step-up, DC-DC switching regulators for 1-cell battery-powered systems. The MAX866 accepts a positive input voltage between 0.8V and VOUT and converts it to a higher, pin-selectable output voltage of 3.3V or 5V. The

3.3V/5V or Adjustable-Output, Single-Cell DC-DC Converters

General Description The MAX866 and MAX867 are ultra-small, high-efficiency, CMOS, step-up, DC-DC switching regulators for 1-cell battery-powered systems. The MAX866 accepts a positive input voltage between 0.8V and VOUT and converts it to a higher, pin-selectable output voltage of 3.3V or 5V. The