High-Voltage Quasi-Resonant Flyback Controller With USB-PD Optimization

The NCP1345 is a highly integrated quasi−resonant flyback controller suitable for designing high−performance off−line USB−PD and USB Type−C power converters. The included dual−pin VCC architecture allows direct connection to the aux winding for simplified VCC management with a reduced parts co

High-Voltage Quasi-Resonant Flyback Controller With USB-PD Optimization

The NCP1345 is a highly integrated quasi−resonant flyback controller suitable for designing high−performance off−line USB−PD and USB Type−C power converters. The included dual−pin VCC architecture allows direct connection to the aux winding for simplified VCC management with a reduced parts co

Highly integrated quasi-resonant flyback controller for off-line USB-PD and USB Type-C power converters.

High-Voltage Quasi-Resonant Flyback Controller With USB-PD Optimization

The NCP1345 is a highly integrated quasi−resonant flyback controller suitable for designing high−performance off−line USB−PD and USB Type−C power converters. The included dual−pin VCC architecture allows direct connection to the aux winding for simplified VCC management with a reduced parts co

丝印代码：1345Q00；High-Voltage Quasi-Resonant Flyback Controller With USB-PD Optimization

The NCP1345 is a highly integrated quasi−resonant flyback controller suitable for designing high−performance off−line USB−PD and USB Type−C power converters. The included dual−pin VCC architecture allows direct connection to the aux winding for simplified VCC management with a reduced parts co

丝印代码：1345Q00；High-Voltage Quasi-Resonant Flyback Controller With USB-PD Optimization

The NCP1345 is a highly integrated quasi−resonant flyback controller suitable for designing high−performance off−line USB−PD and USB Type−C power converters. The included dual−pin VCC architecture allows direct connection to the aux winding for simplified VCC management with a reduced parts co

丝印代码：1345Q01；High-Voltage Quasi-Resonant Flyback Controller With USB-PD Optimization

The NCP1345 is a highly integrated quasi−resonant flyback controller suitable for designing high−performance off−line USB−PD and USB Type−C power converters. The included dual−pin VCC architecture allows direct connection to the aux winding for simplified VCC management with a reduced parts co

丝印代码：1345Q01；High-Voltage Quasi-Resonant Flyback Controller With USB-PD Optimization

The NCP1345 is a highly integrated quasi−resonant flyback controller suitable for designing high−performance off−line USB−PD and USB Type−C power converters. The included dual−pin VCC architecture allows direct connection to the aux winding for simplified VCC management with a reduced parts co

丝印代码：1345Q02；High-Voltage Quasi-Resonant Flyback Controller With USB-PD Optimization

The NCP1345 is a highly integrated quasi−resonant flyback controller suitable for designing high−performance off−line USB−PD and USB Type−C power converters. The included dual−pin VCC architecture allows direct connection to the aux winding for simplified VCC management with a reduced parts co

1345-Type Receiver with Clock Recovery and Data Retiming

Description The 1345-Type fiber-optic receiver is designed for use in transmission systems or medium- to high speed data communication applications. Used in intermediate- and long-reach applications, the receiver operates at the SONET OC-3 or OC-12 data rate as well as the ITU-T synchronous dig

1345-Type Receiver with Clock Recovery and Data Retiming

Description The 1345-Type fiber-optic receiver is designed for use in transmission systems or medium- to high speed data communication applications. Used in intermediate- and long-reach applications, the receiver operates at the SONET OC-3 or OC-12 data rate as well as the ITU-T synchronous dig

Integrated Circuit Module, Hybrid, Dual Audio Power Amp, 30W/Ch, 2 Power Supplies Required

Integrated Circuit Module, Hybrid, Dual Audio Power Amp, 30W/Ch, 2 Power Supplies Required

Economy audio CODEC

文件：126.26 Kbytes Page：28 Pages

Economy audio CODEC

文件：126.26 Kbytes Page：28 Pages