YFW13003 1.5A 430V SOT-89 Marking 13003 Small Signal Trans YFW Brand

Model: YFW13003 Package: SOT-89 Collector-Base Voltage BV(c): 800V Collector-Emitter Voltage BV(ceo): 430V Emitter Base Voltage BV(e): 9V Collector Current IC: 1.5A Direct Current Gain: VCE=2V IC=500mA hFE=0-40                        VCE=2V IC=1.0A hFE=8-40                        VCE=2V IC200mA hFE=15-40 Collector-Emitter Saturation Voltage: IC=500mA IB=100mA V(sat)=0.5V                                         IC=1.0A IB=250mA VCE(sat)=1.0V Pin: 4 Product Characteristics: Low Collector Saturation Voltage Product Application: For high voltage switching and amplifier applicationsProduct Application: Used for high-voltage switching and amplifierProduct Application: For high voltage switch and amplifierProduct Application: Used for high-voltage switching and amplifierProduct Application: Used for-voltage switching and amplifier applicationsProduct Application: Used high-voltage switching and amplifier applicationsProduct Applications: General Purpose Switching and Amplifying Audio Output Stage, etc. Power ApplicationsProduct Applications: Used high-voltage switching and amplifier applicationsProduct Applications: For high-voltage switching and amplifier applicationsProduct Application: For high voltage switching and amplifier applicationsProduct Application: For high voltage and amplifier applicationsWelcome to consult "Youfeng Microelectronics". Our company is a high-tech enterprise specializing in the research, development, production, and of semiconductor discrete devices. The company mainly produces and sells: general rectifier diodes, fast recovery diodes, high-efficiency diodes, ultra-fast recovery diodes,ottky diodes, low-drop Schottky diodes, silicon carbide diodes, rectifier bridge stacks, fast recovery rectifier bridge stacks, Schottky bridge, TVS transient suppression diodes, ESD electrostatic protection elements, Zener diodes, transistors, thyristors, MOS field effect transistors, etc. For more, please visit our company's official website www.yfwdiode.com.