TIP35C, NPN Power Transistor, 100V, 25A

The TIP35C is a high-power NPN transistor designed for a broad range of applications that require robust performance under demanding conditions. With its ability to handle up to 25A of continuous collector current and peak currents up to 40A, this transistor is an excellent choice for power amplifiers, switching applications, and motor control circuits.

The TIP35C operates with high efficiency due to its low collector-emitter saturation voltage, minimizing power losses when fully switched on. Its high voltage ratings of up to 100V for both the collector-emitter voltage and collector-base voltage make it ideal for circuits requiring high-voltage operation. It is built to withstand challenging environments, with a wide operating temperature range of -65C to +150C, ensuring reliable operation even in harsh conditions.

The TO-247 package provides enhanced heat dissipation, allowing the device to handle up to 125W of power dissipation, making it suitable for high-power audio amplifiers, industrial motor drivers, and power supplies. The fast switching characteristics and high gain bandwidth product also make the TIP35C suitable for high-frequency switching applications.

Key Features :

• High Collector Current: Capable of handling 25A continuous and 40A peak current, making it ideal for high-power applications.
• Low Saturation Voltage: Ensures minimal power loss when fully switched on, improving efficiency in power-hungry applications.
• High Power Dissipation: Able to dissipate up to 125W, the TIP35C is optimized for use in high-power amplifiers and industrial applications.
• Wide Operating Temperature Range: With an operational range of -65C to +150C, the TIP35C performs reliably under extreme temperature conditions.
• Fast Switching Performance: Its quick response time makes it suitable for high-speed switching operations.
• Complementary Pairing: Designed to work in conjunction with the TIP36C PNP transistor for push-pull amplifier configurations, providing balanced performance across both polarities.