JANKCB2N5002-Transistor-Die NPN Bipolar Junction Transistor Bare Die Package

JANKCB2N5002-Transistor-Die Overview

The JANKCB2N5002-Transistor-Die is a high-performance semiconductor component designed for precise switching and amplification applications. Engineered for optimal electrical characteristics, this transistor die offers reliable operation under various industrial conditions. Its compact die form factor supports integration into custom packaging and allows for efficient thermal management. Ideal for engineers and sourcing specialists, this device ensures consistent performance in power control circuits and signal modulation. For more detailed product sourcing and technical support, visit Fabricant de circuits intégrés.

JANKCB2N5002-Transistor-Die Technical Specifications

Paramètres	Spécifications
Type	NPN Bipolar Junction Transistor (BJT)
Tension collecteur-émetteur (VPDG)	500 V
Courant de collecteur (IC)	2 A
Dissipation de puissance (PD)	30 W
Fréquence de transition (fT)	100 MHz
Gain Largeur de bande Produit	100 MHz
Type d'emballage	Transistor Die (Bare Die)
Plage de température de fonctionnement	De -55 ??C à +150 ??C
Tension de l'émetteur de base (VBE)	1.2 V typical

JANKCB2N5002-Transistor-Die Key Features

• Capacité de haute tension : Supports up to 500 V collector-emitter voltage, enabling use in high-voltage power applications.
• Robust current handling: Rated for 2 A collector current, suitable for medium power amplification and switching tasks.
• Compact die form: Bare die format allows for custom packaging and thermal optimization in demanding industrial environments.
• Large gamme de températures de fonctionnement : Reliable performance from -55 ??C to +150 ??C ensures stability in harsh conditions.
• High transition frequency: 100 MHz frequency response supports fast switching and high-speed signal processing.

Applications typiques

• Industrial power supply circuits where high voltage and current switching is required, such as motor drivers and voltage regulators.
• Signal amplification stages in communication equipment demanding high gain and frequency response.
• Custom semiconductor module integration requiring a bare die for embedding into specialized packages.
• Automotive electronic control units that operate under wide temperature ranges and require robust transistor performance.

JANKCB2N5002-Transistor-Die Advantages vs Typical Alternatives

This transistor die offers superior voltage and current ratings compared to typical discrete transistors, enabling more robust power handling in compact form factors. Its bare die format provides flexibility for custom packaging, improving thermal management and integration in specialized industrial applications. The wide operating temperature range and high transition frequency also contribute to enhanced reliability and performance in demanding electronic environments.

JANKCB2N5002-Transistor-Die Brand Info

The JANKCB2N5002 transistor die is manufactured by a leading semiconductor producer specializing in high-voltage bipolar transistors for industrial and automotive markets. This product reflects the brand??s commitment to quality, reliability, and innovation in transistor technology. Their portfolio includes a wide range of transistor dies optimized for power applications, ensuring customers can select components tailored to stringent technical requirements and harsh operating conditions. The company supports extensive technical documentation and customer service for seamless integration into complex systems.

FAQ

What is the maximum collector-emitter voltage of this transistor die?

The maximum collector-emitter voltage rating is 500 volts, making it suitable for high-voltage switching and amplification applications in industrial circuits.

Can this transistor die handle continuous high current loads?

Yes, it is rated for a collector current of up to 2 amperes, allowing it to manage continuous medium power loads effectively within its thermal limits.

What is the significance of the transistor die format for application engineers?

The bare die format allows engineers to integrate the transistor directly into custom packages or modules, providing enhanced thermal conductivity and enabling compact design solutions tailored to specific industrial needs.

How does the operating temperature range affect the transistor??s