KSE340STU is a PNP transistor from ON Semiconductor, which is commonly used in various electronic equipment and circuits. TOPCHIP ELECTRONICS, which sells onsemi's full range of IC electronic components as an agent, provides you with NCP1015ST100T3G parameters, functional features and application areas.
KSE340STU parameters
Series: Transistor - Bipolar Transistor (BJT) - Single
Part status: discontinued
Transistor type: NPN
Current - Collector (Ic) (maximum): 500mA
Voltage-collector-emitter breakdown (maximum): 300V
When Ib and Ic are different, Vce saturation voltage drop (maximum value): -
Current - Collector cutoff (max): 100μA (ICBO)
DC current gain (hFE) (minimum value) when Ic, Vce is different: 30 @ 50mA, 10V
Power - Max: 20W
Frequency-Transition:-
Operating temperature: 150°C (TJ)
Mounting type: Through hole
Package: TO-225AA, TO-126-3
KSE340STU features
1. High power amplification: KSE340STU has high power amplification capability and is suitable for circuit designs that require power amplification.
2. Low saturation voltage drop: It has a low saturation voltage drop, which can reduce power consumption and heat generation in the switching state and improve efficiency.
3. Fast switching speed: It has fast switching speed and is suitable for application scenarios that require frequent switching, such as switching power supply and PWM adjustment.
4. High temperature resistance: This transistor has good high temperature resistance, can work stably at higher operating temperatures, and is suitable for harsh environmental conditions.
5. Low noise: It has low noise characteristics and is suitable for amplifier circuit design that requires high signal quality.
6.TO-126 package: Using TO-126 package, it is easy to install and layout, suitable for manual welding and automated production.
KSE340STU application fields
KSE340STU power transistor is suitable for use in various electronic equipment and circuits. Common application areas include but are not limited to:
1. Audio amplifier: used as the output stage of an audio amplifier to provide sufficient power output to drive speakers.
2. Switching power supply: used in the switch control part of the switching power supply to achieve high-efficiency energy conversion and stable power output.
3. Motor drive: used in the switch control part of motor drive circuits, such as DC motors, stepper motors, etc.
4. LED driver: used for current control and power amplification in LED lighting products to achieve stable LED driving.
5. Automotive electronic systems: used for power amplification and switch control in automotive electronic systems, such as car audio, electric window control, etc.
6. Power management: used for power amplification and switch control in various power management circuits, such as power inverters, transformers, etc.
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