Pacemakers typically use pressure sensors and temperature sensors to monitor physiological parameters. Pressure sensors detect changes in heart pressure to help the device respond appropriately to the heart's needs. Additionally, accelerometers may be used to assess physical activity levels, allowing the pacemaker to adjust its pacing based on the patient's activity. These sensors work together to ensure the device provides optimal cardiac support.
type of sensors used in aeroplanes
Yes, the isotope plutonium 238 was used in the past as power source for pacemakers.
Strain gage based sensors are mostly used.
Probably not, but the radioactive isotope Plutonium-238 is used in nuclear-powered pacemakers.
IR and RF sensors
Yes.
The two main types of pacemakers are temporary pacemakers and permanent pacemakers. Temporary pacemakers are used for short-term management of bradycardia or other heart rhythm issues, often in a hospital setting, while permanent pacemakers are implanted surgically for long-term treatment of chronic heart rhythm disorders. Permanent pacemakers are designed to regulate the heart's rhythm over an extended period, adapting to the patient's needs. Both types help ensure that the heart maintains an adequate rate and rhythm.
IR sensors
parking or braking sensors
It has capacitance type
Platinum is used for pacemakers because it is biocompatible, corrosion-resistant, and compatible with the human body. It allows for long-term implantation without causing inflammation or tissue damage. Platinum is also an excellent conductor of electricity, making it ideal for transmitting electrical signals in pacemakers.
IR and RF sensors