Siemens CH5-2 Transducer Ultrasound Probe for Siemens ACUSON X150™ X300™ SONOLINE G40™ G60 S™ Ultrasound System Machine

►Brief Introduction

The Siemens CH5-2 Ultrasound Probe is a highly versatile convex ultrasound transducer used in a wide range of specialisms including: gynaecology, abdominal, urology, fetal, renal, vascular, obstetrics and emergency room. It has a frequency of 1.4-5MHz.

Operating the transducer in close proximity to sources of strong electromagnetic fields, such as radio transmitter stations or similar installations may lead to temporary degradation or interference visible on the monitor screen. A lightening of image background may be noticed while visualizing hypoechoic structures, or color spectral interference, or jitter, or horizontal lines in the image screen may occur. The transducer and the system have been designed and tested to withstand such interference and will not be permanently damaged.

► Design Attributes:

• Wide bandwidth curved array transducer

• Hanafy lens transducer technology

• User-selectable MultiHertz™ multiple frequency imaging

• Ergonomically designed form factor

• Lightweight transducer with flexible cable

► Specification

► Transmit Power Control

Adjust the transmit power and the corresponding acoustic pressure delivered through the transducer to the patient by using the designated control on the system. It is the main system function that determines the transmitted intensity of ultrasound for all transducers and imaging modes during real-time imaging, though it is not the only function that affects the mechanical and thermal indices. The range and especially the maximum level of the mechanical and thermal indices differ depending on the transducers. In addition, each diagnostic exam type has preset values for mechanical and thermal indices.

If you have any questions about Siemens CH5-2 Transducer Ultrasound Probe for Siemens ACUSON X150™ X300™ SONOLINE G40™ G60 S™ Ultrasound System Machine, please feel free to contact us at any time, we are glad to answer them. Looking forward to receiving your early inquiry.