Add to ORKGA biotelemetry system for measuring and transmitting EKG, EMG, and EEG data by an RF link to a receiver was designed, developed, and delivered. The system is battery operated with the batteries and transmitting electronics an integral part of the electrode sensors. The low frequency response of 0.05 Hz assures faithful reproduction of detailed EKG and all measurements are made by the utilization of two electrode sensors
Biotelemetry of triaxial ballistocardiogram and electrocardiogram in weightless environmen
Batteries are often the limiting factor in the size and lifetime of implantable biotelemeters. The p...
Portable equipments for telemedical applications is one of the most innovative sectors in biomedica...
Design and performance of miniaturized portable heart rate and electrocardiographic monitoring syste...
Microelectronic bioinstrumentation systems to be employed in the Cardiovascular Deconditioning Progr...
A subminiature biotelemetry transmitter permits the measurement of biopotential response in humans o...
Multichannel, physiologically implantable telemetering system for biological measurement
The possibility of using RF fields to power biologically implanted transmitters used in biomedical e...
An implant telemetry system for the simultaneous monitoring of temperature, activity, and EKG from s...
Operation and maintenance of multichannel, physiologically implantable telemetering systems for biol...
Ring oscillator and strain gage transmitter development for multichannel biotelemetry syste
Electrophysiological signals from biological sources have been measured and used in modern medicine ...
Electrocardiographic and vectorcardiographic bioinstrumentation work centered on the development of ...
A seven channel physiological telemetry system was designed, constructed, and tested for a space env...
Techniques for fabrication of multiple-channel physiologically implantable telemetry system
Biotelemetry of triaxial ballistocardiogram and electrocardiogram in weightless environmen
Batteries are often the limiting factor in the size and lifetime of implantable biotelemeters. The p...
Portable equipments for telemedical applications is one of the most innovative sectors in biomedica...
Design and performance of miniaturized portable heart rate and electrocardiographic monitoring syste...
Microelectronic bioinstrumentation systems to be employed in the Cardiovascular Deconditioning Progr...
A subminiature biotelemetry transmitter permits the measurement of biopotential response in humans o...
Multichannel, physiologically implantable telemetering system for biological measurement
The possibility of using RF fields to power biologically implanted transmitters used in biomedical e...
An implant telemetry system for the simultaneous monitoring of temperature, activity, and EKG from s...
Operation and maintenance of multichannel, physiologically implantable telemetering systems for biol...
Ring oscillator and strain gage transmitter development for multichannel biotelemetry syste
Electrophysiological signals from biological sources have been measured and used in modern medicine ...
Electrocardiographic and vectorcardiographic bioinstrumentation work centered on the development of ...
A seven channel physiological telemetry system was designed, constructed, and tested for a space env...
Techniques for fabrication of multiple-channel physiologically implantable telemetry system
Biotelemetry of triaxial ballistocardiogram and electrocardiogram in weightless environmen
Batteries are often the limiting factor in the size and lifetime of implantable biotelemeters. The p...
Portable equipments for telemedical applications is one of the most innovative sectors in biomedica...