Among with scientific technology and micro-electronic industries developed rapidly instrument system is the most active fields for application of micro-electronic and computing advanced technique to push modern scientific instruments and medical instruments continuous modernization forward.
Based on the new features of modern medicine and the present situation of medical education in our country,this paper discusses the necessity and feasibility of offering modern medical instrumentation course for medical students.
The subminiature, intelligentized, personal and basing on network are the necessary trends of medical model transforming, but it is more important to develop the entirely new concept of medical instrumentation, which can make it truly enter families and community smoothly.
This paper looks back the developement of the heart function check tor half century,sums up the tech nology development for several primary check apparatus,lists the direction of research and development new types of medical apparatus,points out the good luck and challenges.
The experiment expressed that this system circuit of scheme with the advantages of simple in structure and lower in power consumption,especially to suitable to the development of portable medicine and medical apparatus based on the single chip processor.
Because power interference of (50 Hz) exists in almost all Data Acquisition System, this type of trap filter possesses better currency, it is expected to win extensive application in medical apparatus of measurement of other biological electricity signals and industrial observation and control system.
The versatihty, accuracy, and stability resulting from wedding medical instrumentation and analog computer components into a compatible system has increased both the amount and quality of data available to our investigators.
Principles of legislation for medical instrumentation
Differential amplifier circuits having high common mode rejection ratios are widely used in bio-medical instrumentation as preamplitiers for biological signals.
The results of a five-year effort to rationalise the process of acquisition and management of medical instrumentation in Italy are reported and discussed.
Before digital storage can become a reality, though, standards must be agreed to by the vendor and user community to ensure global intra operability of medical instrumentation.