DDTC143ECA-7-F Высокоскоростной диодный мостовой выпрямитель, корпус для поверхностного монтажа

DDTC143ECA-7-F Overview

The DDTC143ECA-7-F is a high-performance semiconductor device designed for precision switching and amplification in industrial electronics. This component offers robust electrical characteristics, including low saturation voltage and fast switching times, making it ideal for demanding applications that require reliable signal control. Its compact SOT-23 package ensures easy integration into space-constrained designs, enhancing overall system efficiency. Engineers and sourcing specialists will appreciate this device??s balance of performance, durability, and compatibility with various circuit configurations. For detailed technical data and purchasing options, visit Производитель ИС.

DDTC143ECA-7-F Technical Specifications

Параметр	Технические характеристики
Тип упаковки	SOT-23
Напряжение коллектор-эмиттер (VГЕНЕРАЛЬНЫЙ ДИРЕКТОР)	40 V
Коллекторный ток (IC)	150 мА
Произведение коэффициента усиления на ширину полосы пропускания (fT)	100 МГц
Усиление постоянного тока (hFE)	100 (min)
Transition Frequency	100 МГц
Рассеиваемая мощность (PD)	300 мВт
Диапазон рабочих температур	-55??C до +150??C
Base-Emitter Voltage (VBE)	1.2 V (max)

DDTC143ECA-7-F Key Features

• Low Collector-Emitter Saturation Voltage: Ensures minimal power loss and heat generation, enhancing system efficiency and reliability.
• High Current Gain: Provides effective amplification with minimal input current, reducing overall power consumption in control circuits.
• Small SOT-23 Package: Facilitates compact PCB layouts and ease of automated assembly, beneficial for high-density industrial designs.
• Широкий диапазон рабочих температур: Maintains stable performance in harsh industrial environments, supporting extended device lifespan.

DDTC143ECA-7-F Advantages vs Typical Alternatives

This device offers superior sensitivity and gain at lower power dissipation compared to typical transistors in the same class. Its compact package and robust electrical ratings make it especially reliable for industrial switching applications where space and thermal management are critical. The low saturation voltage and fast transition frequency contribute to improved system accuracy and efficiency, giving an edge over conventional discrete components.

Типовые применения

• Signal switching and amplification in industrial control systems where reliable transistor performance under variable temperatures is critical for system stability and longevity.
• General-purpose switching circuits requiring compact, efficient components with stable gain characteristics.
• Low-power amplification stages in sensor interfaces and signal conditioning modules.
• Embedded systems and portable devices that benefit from the small footprint and low power consumption of the component.

DDTC143ECA-7-F Brand Info

The DDTC143ECA-7-F is produced by a leading semiconductor manufacturer known for delivering high-quality discrete components optimized for industrial and commercial applications. This product line focuses on providing reliable, high-performance transistors that meet strict quality standards to support demanding electronic designs. With a reputation for innovation and consistency, the brand ensures comprehensive datasheet support and global availability, facilitating streamlined sourcing and integration for engineers worldwide.

ЧАСТО ЗАДАВАЕМЫЕ ВОПРОСЫ

What package type does this transistor use, and why is it important?

The transistor is housed in a SOT-23 package, a small-outline transistor package favored for its compact size and ease of surface-mount assembly. This package type is important because it allows for high-density PCB layouts, reduces parasitic inductance, and supports automated manufacturing processes, which are critical for cost-effective, scalable industrial electronics.

What are the maximum voltage and current ratings for this device?

The maximum collector-emitter voltage is 40 V, and the maximum collector current is 150 mA. These ratings define the limits within which the transistor can safely operate, ensuring reliable performance without