AD7533UQ/883B

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The AD7533UQ/883B is a data acquisition - digital to analog converter (DAC) that belongs to a series of monolithic 8-bit, voltage-output, digital-to-analog converters. Featuring an internal, free-running oscillator, the AD7533UQ/883B offers dual output rates of 90 kHz and 180 kHz. When operated in the double-speed mode, the device provides maximum resolution of 8 bits or 1⁄4 LSB at a 2 MHz data rate. The device also provides a power-on reset with an adjustable time delay.

The AD7533UQ/883B is designed to provide a stable monotonic output voltage over its specified full-power bandwidth. It operates from a single +5-V to +20-V supply and has an internal 2.5-V reference. The AD7533UQ/883B has 8-bit parallel control interface and can be controlled by 3-state logic. It also features wide input data range for both static and dynamic performance. It is ideal for use in applications such as crosstalk compensation networks and process control. It is also suitable for analog voltage output applications such as function generators and sound synthesis.

The AD7533UQ/883B DAC has excellent linearity and monotonicity. Its guaranteed monotonicity obviates the need for trimming errors. It also has low noise and glitch-free operation, making it suitable for use in low power and high speed/high noise environments. It can be configured to enable fast throughput and low latency, as well as to allow for controlled processing of incoming data. Additionally, its data interface can be used to sample an analog input or to control an analog output.

In terms of its performance, the AD7533UQ/883B offers a low THD and high SFDR. Its THD can reach up to -50 dB, while its SFDR can reach up to -113 dB. The device also offers a low jitter of 1.5 ns and a wide input data rate of up to 3 MHz. Its effective output settling time is typically 16 µs.

The working principle of the AD7533UQ/883B DAC is quite simple. When a digital input is applied, it is converted to an analog voltage by the internal D/A converter. This voltage is then buffered and is driven by a voltage-output stage that is connected to the analog output. The output voltage is then buffered and is driven out. The output is available at the output pins after the output amplifiers have been configured.

In summary, the AD7533UQ/883B is a versatile 8-bit DAC designed for data acquisition applications. It offers high resolution, low noise, and wide bandwidth, making it ideal for audio and video systems. Additionally, it also offers excellent linearity, monotonicity, low THD and SFDR, and a wide input data range. Its working principle is simple and its data interface allows for fast throughput and low latency. This makes the AD7533UQ/883B an ideal choice for applications that require high accuracy and dynamic performance.

The specific data is subject to PDF, and the above content is for reference