Applied Clinical EngineeringThis book discusses the main topics of concern to the clinical engineering student and practicing professional. It consists of material and problems which were developed from the author's experience as a professional. |
Contents
HOSPITAL ORGANIZATION AND ADMINISTRATION | 1 |
ELECTRONICS FOR BIOMEDICAL INSTRUMENTATION | 10 |
FUNDAMENTALS OF MEDICAL INSTRUMENTATION | 45 |
Copyright | |
18 other sections not shown
Common terms and phrases
action amplifier amplitude anode applied beam becomes blood pressure body cable Calculate called capacitance cardiac cause cell characteristics circuit clinical engineer components condition conduction configuration connected Consider constant cycle defibrillator dependent detector determine device diagram difference differential effect electrical electron energy equation equipment equivalent Example exposure factor fault field Figure flow frequency function given ground heart heat hospital illustrates impedance important increased input intensity isolated lead limit load lungs material maximum means measure mechanical method monitor normal obtained operation output pacemaker patient performance phase photon plate positive potential primary problem produced pulse radiation reduce represents resistance response result safety secondary shown in Figure signal standards surface temperature tissue transducer transformer ultrasound unit V₁ voltage volume wave waveform wire x-ray tube