2SC6099-TL-E

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The 2SC6099-TL-E is a single PNP transistor with a maximum collector current of 8 A and a maximum collector-base voltage of 200 V. It is commonly used in power amplifier, high power driver and audio power amplifier applications.

The 2SC6099-TL-E is usually used as an electronic switch in combination with an NPN transistor. It is also used for several other purposes such as driving IR LEDs for infrared communication, RF switching, and audio processing.

The 2SC6099-TL-E works by allowing current to pass through the base and collector when the base voltage is higher than the collector voltage, causing the transistor to act as a switch. When the base voltage is less than the collector voltage, the transistor is turned off, blocking current flow.

The transistor can be either operated as a switching device or a linear amplifier, depending on the application. In a linear amplifier configuration, the collector current is a function of the base voltage and the gain can be controlled by varying the base current, while in a switching configuration the collector current is a function of the base current and the transistor acts as a switch.

The 2SC6099-TL-E is capable of operating at frequencies up to 200 kHz and has a relatively low noise and distortion rate compared to other transistors. It also features a high breakdown voltage, high switching speed, and low power consumption.

It has a soft start and a shut down feature, making it an ideal choice for applications requiring high power switching. Additionally, it can withstand ambient temperatures of up to 150°C and has an insulation resistance of 1.0 x 1012 ohms.

Due to its high power handling capabilities, the 2SC6099-TL-E is well suited for use in a variety of applications, such as automotive electronics, LCD backlighting and lighting applications, and power supply regulation. Additionally, the transistor can be used to drive motors, solenoids, and hall effect sensors.

The specific data is subject to PDF, and the above content is for reference