PIC7562-Transistor NPN Amplifier Transistor in TO-92 Package by Unidentified Brand

PIC7562-Transistor Overview

The PIC7562 transistor is a high-performance bipolar junction transistor designed for switching and amplification in industrial electronics. Engineered to deliver consistent gain and robust current handling, this component supports reliable operation in various power management and signal processing applications. With its compact package and stable electrical characteristics, the device ensures efficient integration into demanding circuits. The PIC7562 transistor is a versatile choice for engineers seeking dependable transistor solutions from a trusted source. For more detailed product information, visit IC Manufacturer.

PIC7562-Transistor Technical Specifications

PIC7562-Transistor Key Features

• High Current Handling: Supports collector currents up to 2A, enabling effective switching and amplification in power circuits.
• Moderate Voltage Rating: Collector-emitter voltage rating of 60V suits a wide range of industrial applications requiring medium voltage operation.
• Stable Gain Characteristics: Offers a DC gain range from 100 to 300, ensuring predictable amplification performance in analog signal paths.
• Compact TO-92 Package: Facilitates easy PCB integration while maintaining reliable thermal dissipation and mechanical stability.

Typical Applications

• General-purpose switching and amplification tasks in industrial control circuits requiring robust and reliable transistor performance.
• Signal amplification in instrumentation where moderate gain and frequency response are critical.
• Power management circuits including relay drivers and load switches in automated systems.
• Low to medium power driver stages within consumer and industrial electronic assemblies.

PIC7562-Transistor Advantages vs Typical Alternatives

This transistor provides a balanced combination of moderate voltage and high current capabilities, making it advantageous over alternatives that may lack sufficient current ratings or have lower gain stability. Its TO-92 package facilitates straightforward implementation without compromising thermal performance. The device??s reliable operating temperature range and transition frequency enable engineers to design circuits with better switching speed and durability in industrial environments.

PIC7562-Transistor Brand Info

The PIC7562 transistor is manufactured under stringent quality standards by a reputable semiconductor supplier known for delivering dependable bipolar transistors designed for industrial applications. This device is part of a series that emphasizes performance consistency and ease of integration, catering to engineers and sourcing specialists who prioritize reliability and proven technology in their component selection.

FAQ

What is the maximum collector current rating for the PIC7562 transistor?

The device can handle a collector current of up to 2 amperes, making it suitable for medium-power switching and amplification applications where higher current capacity is required.

Which package type is used for the PIC7562 transistor, and why is it important?

The transistor comes in a TO-92 package, a compact and widely used form factor that facilitates easy mounting on printed circuit boards while providing adequate thermal dissipation and mechanical stability.

What is the typical DC current gain range, and how does it impact performance?

The typical DC current gain (hFE) ranges from 100 to 300. This gain range ensures sufficient amplification for analog and switching applications, providing predictable and stable transistor operation.

Can the PIC7562 transistor operate reliably at high temperatures?

Yes, it is rated for operation within a temperature range from -55??C up to +150??C, which supports use in harsh industrial environments where temperature variations are common.

What frequency range does this transistor support for switching applications?

The PIC7562 transistor has a transition frequency (fT) of approximately 100 MHz, enabling it to perform well in medium-frequency switching and signal amplification tasks typical in