FRONT CASTER COVER supply circuit board accessories L-KI-890/891-COVER Aloka SSD-ALPHA5 advanced front-end information collection technology: a revolutionary front-end technology ultrasound image quality is the life of the instrument, its source of power from the front to the precise ultrasonic emission technology. α-5 with a highly integrated digital front-end technology, the new α series of probes and PST pure beam emission technologies for the medical staff provides excellent image quality. 1. PST pure beam emission technology: α5 groundbreaking PST pure beam emitted acoustic emission technique is different from the traditional totally dependent on the performance of the probe, A5 through the acoustic beam control eliminates unnecessary signal components, only the necessary emission tomography The signal, which greatly enhanced the ability of efficient the fundamental and harmonic imaging sensitivity and resolution. 2. The precise delay control: by calculating the delay time between the signal and the array elements, you can adjust the phase of the received signal. A5 This time delay is precisely controlled within 3 nanoseconds, high-precision time delay control and suppress the side lobe artifacts, which greatly improves the signal to noise ratio. 3. Highly integrated digital front-end (HDDF): Thanks ALOKA advanced microelectronic technology, we have developed a unique high-speed ultrasonic signal processor A5 has the ability to collect and make treatment more faint signal from the organization, so that the high-frequency and harmonic state can get better resolution and penetration. 4. High-speed front-end data stream processing (HR-FSB): α5 all the information received is converted to 12-bit digital signal, greatly improved dynamic range and sensitivity. 5. The new α series of probes: combine the latest cutting materials, and probe technology to enhance the sharpness of the sound beam. The shape of the probe beam is emitted largely affects the image quality, when the probe array element near the point source, the sharpness of the sound beam is increased, measured in the transverse direction and a significant reduction in side lobe effect.