2N3700UB/TR NPN Transistor by ON Semiconductor, TO-92 Package ?C High Gain Switching

2N3700UB/TR Overview

The 2N3700UB/TR is a high-performance NPN bipolar junction transistor designed for industrial and electronic switching applications. Engineered to deliver reliable switching with efficient current handling, it supports medium power amplification and general-purpose usage in a compact package. Featuring a TO-92 plastic encapsulation, this transistor offers ease of integration in various circuit designs, ensuring durability and consistent electrical characteristics. The device is well-suited for engineers requiring stable gain and dependable operation within low to moderate voltage environments. For more information, visit Produttore di circuiti integrati.

2N3700UB/TR Key Features

• Medium Power Handling: Supports collector current up to 800mA, enabling effective switching and amplification in industrial circuits.
• High Gain: Current gain (hFE) ranges from 40 to 320, providing flexibility for amplification requirements and improved signal integrity.
• Low Collector-Emitter Saturation Voltage: Minimizes power loss during switching, enhancing overall circuit efficiency and reducing heat dissipation.
• Ampio intervallo di tensione operativa: Collector-emitter voltage rating up to 40V accommodates various industrial voltage levels.

2N3700UB/TR Technical Specifications

Parametro	Valore	Unità
Tensione collettore-emettitore (VAMMINISTRATORE DELEGATO)	40	V
Collector-Base Voltage (VCBO)	60	V
Emitter-Base Voltage (VEBO)	5	V
Corrente di collettore (IC)	800	mA
Dissipazione di potenza (Ptot)	625	mW
Guadagno di corrente CC (hFE)	40 to 320	Unitless
Frequenza di transizione (fT)	100	MHz
Intervallo di temperatura operativa	Da -55 a 150	??C
Tipo di confezione	TO-92	??

2N3700UB/TR Advantages vs Typical Alternatives

This transistor offers a balanced combination of high current capacity and voltage tolerance in a compact package, making it advantageous over typical alternatives. Its wide gain range and low saturation voltage help improve efficiency and signal amplification accuracy. Additionally, the robust operating temperature range ensures reliable performance in demanding industrial environments, while the standardized TO-92 package simplifies integration and sourcing.

Applicazioni tipiche

• Switching circuits in industrial control systems requiring reliable medium power operation and efficient current handling.
• Signal amplification in audio and low-frequency analog circuits where stable gain and linearity are essential.
• Driver stage in relay and solenoid control for automation and electronic interface circuits.
• General-purpose amplification and switching tasks in consumer electronics and instrumentation devices.

2N3700UB/TR Brand Info

The 2N3700UB/TR is produced under rigorous quality standards by a leading semiconductor manufacturer specializing in discrete components. Known for its consistent electrical performance and robust design, this transistor embodies the brand??s commitment to reliability and precision in industrial-grade electronic devices. It is part of a broad portfolio aimed at providing engineers with trusted components that optimize system performance and longevity.

FAQ

Qual è la corrente massima di collettore di questo transistor?

The maximum collector current for the device is 800mA, making it suitable for medium power switching and amplification applications without compromising device integrity.

Can this transistor operate at high frequencies?

Yes, it has a transition frequency (fT) of approximately 100MHz, allowing it to perform well in low to moderate frequency signal amplification and switching tasks.

What package type does the 2N3700UB/TR use?

This transistor is housed in a TO-92 plastic package, which is compact and widely used for easy mounting in through-hole PCB designs.

What temperature range can this device withstand during operation?

The transistor supports an operating temperature range from -55??C to 150??C, making it suitable for various industrial and environmental conditions.

How does the device??s gain range benefit circuit design?

The broad current gain range from 40 to 320 provides design flexibility, allowing engineers to tailor amplification levels to specific application needs while maintaining stable performance.