DAC39J84IAAV

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The DAC39J84IAAV is a Data Acquisition - Digital to Analog Converter (DAC). A DAC is a device that converts digital signals into analog signals. The DAC39J84IAAV is a superior performance, low jitter, 8-bit, fully differential, low latency, low distortion, digital-to-analog converter (DAC). It supports data rates up to 160 MHz, enabling higher fidelity applications.

The DAC39J84IAAV is an 8-bit, low-jitter, low-latency DAC with a variable analog output range; its maximum output frequency is 160 MHz. The DAC varactor-diode array architecture with short-trace technology is designed to minimize distortion at high frequency output rates. Its characteristics include exceptional low jitter, low latency, simple system control, and good linearity. It also has programmable differential output voltage range, adjustable output offset adjustment for over-range compensation, and advanced regulator architecture for system power efficiency.

The DAC39J84IAAV is intended for high speed applications such as data acquisition systems, high speed monitoring equipment, and embedded systems. It is suitable for use in radio transmitters, receivers, aerospace and industrial test and measurement systems, image processing equipment, and medical instrumentation.

The DAC39J84IAAV has a wide range of features that make it an ideal choice for a variety of digital-to-analog conversion applications. It has a low output impedance that helps reduce power consumption and enable accurate and fast acquisition of analog signals. It also has low jitter and low latency, which ensures a clean and consistent signal quality. The adjustable output offset adjustment for over-range compensation allows for increased accuracy. The advanced regulator architecture also helps extend battery life. Additionally, the balanced bipolar output range can provide high-resolution, high-speed data conversion.

The working principle behind the DAC39J84IAAV is simple; signals are converted from digital to analog using a high-speed internal clock. The device samples the data inputs at high speed and passes the digital signal through a high-speed band-gap diode. This diode then creates a voltage on the output pins, which is then amplified and sent to the output terminals.

In summary, the DAC39J84IAAV is a high-performance, fully differential, low latency, low distortion, digital-to-analog converter (DAC). It is an ideal choice for data acquisition, high speed monitoring, radio, aerospace, and medical instrumentation applications. The device features low jitter and low latency, adjustable output offset adjustment for over-range compensation, and advanced regulator architecture for improved efficiency and power savings. It is capable of producing a high-resolution, high-speed signal with a wide range of features.

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