Part Number: AFE5932
Other Parts Discussed in Thread: TX73L64,
My name is Zhanyan Li, and I am a master’s student at South China Normal University (Guangzhou, China). The university website is: https://www.scnu.edu.cn/.
I am currently working on the research and development of a miniaturized wearable ultrasound imaging device, targeting human vascular imaging and continuous blood pressure monitoring.
Please find the relevant project details below:
End equipment and application:
A wearable, miniaturized ultrasound imaging system for vascular imaging and continuous blood pressure monitoring.
Project timeline:
Prototype development is currently in progress. The project is focused on research and validation rather than immediate mass production.
Estimated yearly volume:
Low volume (research-stage project, non-commercial at this stage).
Company/Organization:
South China Normal University (academic research institution).
Transmit requirements:
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Pulser levels: Bipolar (±100 V excitation)
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Tx channels: 64 channels with beamforming capability
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Desired output current: Moderate level suitable for driving PZT transducers (can be further specified if required)
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Maximum excitation voltage: ±100 V
Receive requirements:
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Rx channels: 64 channels
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Signal frequency: Around 5 MHz ultrasound echo signals
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Desired sampling frequency and noise: Suitable for 5 MHz imaging applications (low input-referred noise preferred; detailed specifications can be refined based on your recommendation)
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Power per channel: Moderate, with consideration for wearable system constraints
Based on these requirements, I am planning to use the TX73L64 for transmission and the AFE5932 for reception as a combined solution for further system development.But my application was rejected.
I would greatly appreciate it if you could provide driver code, software libraries, and any relevant development resources for these two devices to support my implementation.
