In physics, particularly within medical and ultrasound imaging, bandwidth refers to the range of frequencies present in an ultrasound pulse. A broader bandwidth allows for shorter pulses, which directly translates to improved axial resolution. This enhanced resolution is crucial for distinguishing between closely spaced structures within the body, providing more detailed and accurate diagnostic images.
Optimizing bandwidth is key for advanced ultrasound systems, ensuring superior image clarity for various clinical applications. A wider bandwidth also contributes to better contrast resolution, aiding in the differentiation of subtle tissue characteristics and improving the overall diagnostic capability of ultrasound examinations.
