ADTC144EUAQ-7

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The ADTC144EUAQ-7 is a pre-biased, single silicon bipolar junction transistor (BJT) specifically designed for low-noise, wideband amplification. It is suitable for both analog and digital circuits, and its superior gain uniformity across temperature makes it well-suited for applications that require high gain stability such as cable TV and automotive audio packages. It features a low voltage drive capability of up to ± 4V, and can be used in either push-pull or single-ended configurations.

The ADTC144EUAQ-7\'s superior gain stability is achieved by its optimized biasing circuit, allowing a consistent current gain from device to device. This means that the performance of each transistor is repeatable, which is especially useful for sensitive applications such as audio amplification. The integrated biasing circuit is also designed to limit the power dissipation of the device, allowing for efficient operation in high-gain applications.

The ADTC144EUAQ-7 is particularly suited for wideband amplification due to its low noise figure and wide bandwidth. This makes it well-suited for both analog and digital circuits, and its small size allows it to be integrated in both surface-mount and through-hole packages. Additionally, its low input capacitance allows for high-speed signal propagation with minimal signal distortion.

The ADTC144EUAQ-7 is powered by a single supply voltage, ranging from 2.7V to 7.0V. It can handle peak collector currents of up to 3.2A, with a typical collector-emitter saturation voltage of 0.35V. The wide supply voltage range and peak collector current of the device ensure that it is suitable for a large range of applications.

Overall, the ADTC144EUAQ-7 is an ideal choice for a wide range of applications that require low-noise, wideband amplification. Its excellent gain uniformity across temperatures makes it well-suited for sensitive applications such as cable TV and automotive audio packages, while its low voltages, low noise, and wide bandwidth make it ideal for high-speed signal propagation with minimal signal distortion. In addition, its small size and single supply voltage make it easy to integrate into a variety of circuit designs.

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