What is the cardiac generator?

One of the three main parts of the pacemaker is the cardiac generator, often referred to as the cardiac battery. The basic element of the cardiac generator is the battery that generates an electrical signal that helps regulate the rhythm of the heart. It also consists of a computer that controls the function of a pacemaker. A set of conductors called wires is connected to the cardiac generator at a place known as a header or connector. Lead wires are inserted into the heart and carry electrical pulses created in the heart generator to ensure that it normally beats. The battery is generally able to last from 10 to 15 years. The computer part of the generator is the most complex and is programmed to capture and respond to heart activity.

There are several ways to program the computer in the cardiac generator to feel the heart. The generator can be programmed to make sense of activity that happens in different hearts of the heart known as a hall and whoOra. It can be programmed to sensitivity from the Chamber of the Hall, Chamber or both chambers at the same time.

, depending on how the generator is programmed, will respond to information obtained from the chambers in different ways. For example, if the generator feels that the heart beats in a normal, healthy rhythm, then it can be programmed to remain idle and send an electrical impulse to change the heart rate. This prevents the pacemaker from disturbing the natural rhythm. However, if the cardiac generator feels a problem with normal heart rate, such as heart rate, which is too fast, can be programmed to start and send the electrical signal to Heart its rhythm. In many cases, the pacemaker generator can be programmed to start and defend

as needed

alternatively can be a cardiosterimulator generator thus programmedto inhibit or cause an electrical signal output based on what he senses. Rather, it can be programmed to send electrical pulses at a fixed speed. In any case, it is a pacemaker generator that is able to read problems in the heart and then generate and supply the signal via the wires that correct the problem.