Toshiba PLT-704AT Linear Array Small Parts 38mm Transducer/common medical equipment
Frequency: 5-11MHz
Compatible system: Aplio 50 SSA-700A, SSA-750A, Xario
Application:small parts
Condition: Chinese new compatible, fully tested and qualified one in excellent working condition
Delivery time: 2-4 days
Warranty: 1 year
Other Toshiba probes we can offer:
| Brand |
Model |
Compatible System |
| Toshiba/Canon |
PLF-805ST |
SSA-340A&SSA-350A |
| Toshiba/Canon |
PLM-1204AT |
PowerVision 6000 SSA-370A/ Nemio 17 SSA-550A/ Xario SSA-660A |
| Toshiba/Canon |
PLM-703AT |
Powervision 6000 and Nemio |
| Toshiba/Canon |
PLM-805AT |
PowerVision 6000 SSA-370A/ Nemio 17 SSA-550A |
| Toshiba/Canon |
PLT-1005BT |
Aplio 300/ Aplio 400/ Aplio 500 |
| Toshiba/Canon |
PLT-1204AT |
Aplio 50 SSA-700A/ Aplio SSA-750A/ Xario Series |
| Toshiba/Canon |
PLT-604AT |
Xario Series / Aplio 50 SSA-700A/ Aplio SSA-750A |
| Toshiba/Canon |
PLT-704AT |
Aplio 50 SSA-700A/ SSA-750A/ Xario |
| Toshiba/Canon |
PLT-704SBT |
Xario SSA-660A |
| Toshiba/Canon |
PLT-805AT |
SSA-700A/ Aplio SSA-750A/ Aplio SSA-770A/ Xario SSA-660A |
| Toshiba/Canon |
PLU-1204BT |
Xario 100/Xario 200 |
Knowledge Point:
Harmonic imaging
Harmonic imaging exploits non-linear propagation of ultrasound through the body tissues. When the frequency of emitted sound wave is f 0, the frequency of echo (due to reflection or scattering) includes f 0 (called fundamental wave), 2f 0, 3F 0 and so on The second harmonic (2f 0) has the largest energy.
Ultrasonic harmonic imaging (UHI) is based on the information of human body carried by the second harmonic in echo (reflection or scattering). Harmonic imaging without UCA is called native harmonic imaging or tissue harmonic imaging. Harmonic imaging using UCA (ultrasound contrast agent) is called contrast harmonic imaging.
What is Sonography?
Sonography, also called ultrasound imaging or ultrasound scanning, uses high frequency sound waves to obtain a real time image of the inside of the body. The image shows the movement of blood and organs and the structure of internal tissues. Traditionally, a sonogram will show a flat presentation of the examined region, but three dimensional (3D) images are also possible, as are 4D pictures, which show 3D images in motion. The picture is called an ultrasound or a sonogram.
