AD9106BCPZ

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

AD9106BCPZ, a part of the AD9106/AD9105 family is a high performance monolithic digital-to-analog converter (DAC). It is designed for use in ultrasound imaging, medical ultrasound, and instrumentation systems that require low noise, low distortion, wide dynamic range, and high accuracy at low power. It has 16-bit resolution and can handle analog-to-digital conversion rates up to 10 MHz. The integrated on-chip voltage reference allows the AD9106BCPZ to produce output signals with a minimum of distortion and noise. It is also capable of outputting filtered and buffered analog signals with good linearity and settling time.

The AD9106BCPZ is built using Advanced CMOS process, which provides superior performance in terms of resolution and power consumption. The output data is supplied via serial data inputs, and it allows for control of the system sample rate and data volume over wide ranges. A serial programming via a 3-wire serial interface allows for communication with the AD9106BCPZ\'s internal registers and the adjustment of various settings such as gain, offset, and dynamic range. The device can also be configured in various operating modes through a simple 3-wire serial port.

In terms of application fields, the AD9106BCPZ is suitable for use in ultrasound medical systems, ultrasound imaging, medical ultrasound imaging, medical ultrasound systems, medical ultrasound scanners, medical ultrasound imaging systems, and medical ultrasound testing. Additionally, it is ideal for instrumentation systems, laboratory instrumentation, and automatic test equipment. Other potential applications include high performance audio, projection and professional displays, motor control, and motor speed control.

The AD9106BCPZ is also suitable for low power and battery-powered systems. It has power consumption of only 1 mW at a 1 MHz sample rate and can operate from a single 2.4V to 3.3V supply. It also has an integrated voltage reference, which eliminates the need for an external voltage reference, providing a cost and area saving. In addition, the on-chip transimpedance amplifier and low pass filter allow the user to adjust the bandwidth and filtering performance to meet their system requirements.

The working principle of the AD9106BCPZ is quite simple. The device takes a digital input, converts it to an analog signal and outputs it through the DAC. The internal oscillator is used to generate a clock signal which is used to sample the input data and determine the rate at which it will be converted. The device also includes a voltage reference, which generates the reference level needed to determine the desired gain and linearity of the analog signal. The digital data is processed through the internal logic, modified according to the digital input via the programming interface, and then sent to the DAC for conversion. The DAC then outputs the digital data in analog form.

In summary, the AD9106BCPZ is a high performance, low power, digital-to-analog converter (DAC) designed for use in medical ultrasound, ultrasound imaging and instrumentation applications that require low noise, low distortion, wide dynamic range, and high accuracy at low power. It has 16-bit resolution, 10 MHz conversion rate, integrated on-chip voltage reference, and low power consumption with a single 2.4V to 3.3V supply. Its working principle is simple: it takes a digital input, converts it to an analog signal and outputs it through the DAC. The AD9106BCPZ is ideal for high performance audio, projection and professional displays, motor control, and motor speed control.

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