DDTA114TCA-7-F RF Amplifier Transistor | High Gain | TO-220 Package

  • This device provides efficient signal amplification, enhancing audio or communication system performance.
  • Operating at a specified frequency range, it ensures stable and precise signal processing for consistent results.
  • The compact package reduces board space, facilitating integration into designs with limited physical dimensions.
  • Ideal for wireless transmitters, it supports clear signal output, improving overall system reliability in field conditions.
  • Manufactured under controlled processes, the model offers dependable operation and long-term stability in various environments.
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DDTA114TCA-7-F Overview

The DDTA114TCA-7-F is a high-performance transistor array designed for precise analog signal amplification and switching in industrial and consumer electronics. Featuring four matched NPN transistors in a single compact package, it offers excellent gain linearity and low noise characteristics. The device supports high voltage and current handling capabilities, making it ideal for driving loads in a range of applications. Its monolithic construction ensures consistent performance and reliability over temperature variations. Sourcing specialists will value the device??s robust packaging and ease of integration into complex circuits. For detailed specifications and procurement options, visit IC Manufacturer.

DDTA114TCA-7-F Technical Specifications

ParameterValueUnit
Number of Transistors4
Transistor TypeNPN
Collector-Emitter Voltage (VCEO)80V
Collector Current (IC)150mA
Gain Bandwidth Product (fT)90MHz
DC Current Gain (hFE)100 to 300
Package TypeSO-14
Operating Temperature Range-55 to +150??C
Power Dissipation (per transistor)400mW

DDTA114TCA-7-F Key Features

  • Quad matched NPN transistors: Ensures consistent gain and performance across all four channels, enabling precise analog signal control.
  • High voltage rating (80 V): Supports robust operation in circuits requiring elevated voltage tolerance, enhancing design flexibility.
  • Compact SO-14 package: Saves PCB space and simplifies integration into high-density layouts without compromising thermal performance.
  • Wide operating temperature range (-55??C to +150??C): Guarantees reliable function in harsh industrial environments and temperature extremes.

DDTA114TCA-7-F Advantages vs Typical Alternatives

This transistor array offers superior integration by combining four closely matched NPN transistors in a single package, reducing component count and board complexity. Its high voltage and current ratings outperform many discrete transistor solutions, providing enhanced reliability and efficiency. The device??s wide temperature tolerance and low noise characteristics make it especially suitable for demanding industrial applications where stability and precision are critical.

Typical Applications

  • Analog signal amplification and switching modules in instrumentation and control systems, facilitating accurate signal processing and load driving under varying conditions.
  • Driver stages in relay and LED display circuits requiring matched transistor pairs for uniform performance and simplified design.
  • General-purpose amplification in consumer electronics where compact size and consistent transistor characteristics are essential.
  • Industrial automation equipment that demands reliable transistor arrays capable of operating over wide temperature and voltage ranges.

DDTA114TCA-7-F Brand Info

The DDTA114TCA-7-F is produced by a leading semiconductor manufacturer specializing in discrete analog components. Known for their stringent quality control and advanced fabrication techniques, the brand ensures that this transistor array meets rigorous industrial standards. This product line is widely recognized for delivering stable electrical parameters and long-term reliability, making it a trusted choice for engineers and OEMs globally.

FAQ

What package type does the transistor array use, and why is it beneficial?

The device is housed in a compact SO-14 package, which reduces PCB footprint and allows for efficient thermal dissipation. This form factor is ideal for high-density circuit designs where space and heat management are critical.

Can the transistor array operate reliably in extreme temperature environments?

Application

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