The type of cardiac device.

The model identifier of a cardiac device.

The serial number of a cardiac device.

The manufacturer of the cardiac device.

The implant date of the cardiac device.

The name of the physician that implanted the cardiac device.

The contact information of the physician that implanted the cardiac device.

1. The facility (clinic / hospital) where the cardiac device was implanted.
2. The facility (clinic/hospital) where the cardiac device was implanted.

The model of the lead.

The serial number of the lead.

The manufacturer of the lead.

The implant date of the lead.

The number of electrodes on the lead.

The fixation location of the lead, usually indicating a chamber of the heart.

The first word of a combination of words describing further details of the location.

The second word of a combination of words describing further details of the location.

The third word of a combination of words describing further details of the location.

The physical connection status of the lead, either connected or abandoned.

A description of any special attribute or function of the lead.

The date and time of the in-clinic or remote interrogation session.

The type of device interaction that generated the current data set.

1. The indication of whether the device was re-programmed during the session.
2. The indication of whether the device was reprogrammed during the session.

The date and time of a previous in-clinic or remote interrogation.

The type of device interaction of the previous interrogation.

1. The indication of whether the device was re-programmed along with the previous interrogation.
2. The indication of whether the device was reprogrammed along with the previous interrogation.

The name of the clinician that is responsible for the examination.

The contact information for the responsible clinician.

The name of the clinic where the examination took place.

The date and time of a discrete or a group of measurements.

The date and time of a discrete or a group of measurements.

The date and time of a discrete or a group of measurements.

The date and time of the battery measurements.

The different stages of battery depletion.

The measured battery voltage.

The measured battery impedance.

1. The estimated amount of battery capacity remaining in months.
2. The estimated duration of battery operation remaining (in months).

1. The estimated amount of battery capacity remaining in percent.
2. The estimated amount of battery capacity remaining (in percent).

The criteria for determining battery end of service condition.

The date and time of the capacitor charge.

The duration in seconds of the capacitor charge.

The amount of energy stored after the capacitor charge.

The type of the capacitor charge.

The date and time of the lead channel measurements.

The date and time of the lead channel measurements.

The date and time of the lead channel measurements.

The date and time of the lead channel measurements.

The date and time of the lead channel measurements.

The date and time of the lead channel measurements.

The date and time of the lead channel measurements.

The date and time of the lead channel measurements.

The date and time of the lead channel measurements.

The date and time of the lead channel measurements.

The date and time of the lead channel measurements.

The date and time of the lead channel measurements.

The date and time of the lead channel measurements.

The date and time of the lead channel measurements.

The date and time of the lead channel measurements.

The indication whether to check the lead.

The indication whether to check the lead.

The indication whether to check the lead.

The indication whether to check the lead.

The indication whether to check the lead.

The measured amplitude of the intrinsic cardiac signal.

The measured amplitude of the intrinsic cardiac signal.

The measured amplitude of the intrinsic cardiac signal.

The measured amplitude of the intrinsic cardiac signal.

The measured amplitude of the intrinsic cardiac signal.

The measured amplitude of the intrinsic cardiac signal.

The measured amplitude of the intrinsic cardiac signal.

The measured amplitude of the intrinsic cardiac signal.

The measured amplitude of the intrinsic cardiac signal.

The measured amplitude of the intrinsic cardiac signal.

The measured amplitude of the intrinsic cardiac signal.

The measured amplitude of the intrinsic cardiac signal.

The measured amplitude of the intrinsic cardiac signal.

The measured amplitude of the intrinsic cardiac signal.

The measured amplitude of the intrinsic cardiac signal.

The measured amplitude of the intrinsic cardiac signal.

The measured amplitude of the intrinsic cardiac signal.

The measured amplitude of the intrinsic cardiac signal.

The measured amplitude of the intrinsic cardiac signal.

The measured amplitude of the intrinsic cardiac signal.

The type of polarity used for the intrinsic amplitude measurement.

The type of polarity used for the intrinsic amplitude measurement.

The type of polarity used for the intrinsic amplitude measurement.

The type of polarity used for the intrinsic amplitude measurement.

The type of polarity used for the intrinsic amplitude measurement.

The minimum pulse amplitude needed for pacing capture for a given pulse width.

The minimum pulse amplitude needed for pacing capture for a given pulse width.

The minimum pulse amplitude needed for pacing capture for a given pulse width.

The minimum pulse amplitude needed for pacing capture for a given pulse width.

The minimum pulse amplitude needed for pacing capture for a given pulse width.

The pulse width that was applied when determining the pacing threshold amplitude.

The pulse width that was applied when determining the pacing threshold amplitude.

The pulse width that was applied when determining the pacing threshold amplitude.

The pulse width that was applied when determining the pacing threshold amplitude.

The pulse width that was applied when determining the pacing threshold amplitude.

The method that was used to obtain the pacing threshold.

The method that was used to obtain the pacing threshold.

The method that was used to obtain the pacing threshold.

The method that was used to obtain the pacing threshold.

The method that was used to obtain the pacing threshold.

The type of lead polarity that was used for the pacing threshold measurement.

The type of lead polarity that was used for the pacing threshold measurement.

The type of lead polarity that was used for the pacing threshold measurement.

The type of lead polarity that was used for the pacing threshold measurement.

The type of lead polarity that was used for the pacing threshold measurement.

The sum of the impedances of the lead wires and the electrode-myocardial interface.

The sum of the impedances of the lead wires and the electrode-myocardial interface.

The sum of the impedances of the lead wires and the electrode-myocardial interface.

The sum of the impedances of the lead wires and the electrode-myocardial interface.

The sum of the impedances of the lead wires and the electrode-myocardial interface.

The type of lead polarity used for measuring the lead impedance.

The type of lead polarity used for measuring the lead impedance.

The type of lead polarity used for measuring the lead impedance.

The type of lead polarity used for measuring the lead impedance.

The type of lead polarity used for measuring the lead impedance.

The date and time of the high voltage lead channel measurements.

The date and time of the high voltage lead channel measurements.

The date and time of the high voltage lead channel measurements.

The sum of the impedances of the shock lead wires and the electrode-myocardial interface.

The electric pulse type used for measuring the shock lead impedance.

The indication whether to check the high voltage lead.

1. The time between the LV and RV pacing pulses (positive values indicate LV is first).
2. The interval from the first left ventricular pace to a right ventricular pace (positive values indicate LV is first).

The ventricular chambers paced during CRT pacing.

A description of how the device responds to a magnet.

The smallest electrical signal programmed to be detected by the device's sensing circuitry.

The smallest electrical signal programmed to be detected by the device's sensing circuitry.

The smallest electrical signal programmed to be detected by the device's sensing circuitry.

The smallest electrical signal programmed to be detected by the device's sensing circuitry.

The smallest electrical signal programmed to be detected by the device's sensing circuitry.

The indication of unipolar or bipolar configuration for sensing.

The indication of unipolar or bipolar configuration for sensing.

The indication of unipolar or bipolar configuration for sensing.

The indication of unipolar or bipolar configuration for sensing.

The indication of unipolar or bipolar configuration for sensing.

The location of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's anode, noting that sensing is polarity neutral. An anode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The location of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

The type of the electrodes that define the sensing vector's cathode, noting that sensing is polarity neutral. A cathode may consist of more than one electrode.

Specifies whether the sensitivity is fixed or adapting.

Specifies whether the sensitivity is fixed or adapting.

Specifies whether the sensitivity is fixed or adapting.

Specifies whether the sensitivity is fixed or adapting.

Specifies whether the sensitivity is fixed or adapting.

The pacing output amplitude.

The pacing output amplitude.

The pacing output amplitude.

The pacing output amplitude.

The pacing output amplitude.

The pacing output pulse width.

The pacing output pulse width.

The pacing output pulse width.

The pacing output pulse width.

The pacing output pulse width.

The indication of unipolar or bipolar configuration for pacing.

The indication of unipolar or bipolar configuration for pacing.

The indication of unipolar or bipolar configuration for pacing.

The indication of unipolar or bipolar configuration for pacing.

The indication of unipolar or bipolar configuration for pacing.

The location of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's anode. An anode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The location of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The type of the electrodes that define the pacing vector's cathode. A cathode may consist of more than one electrode.

The method the device uses for managing pacing capture.

The method the device uses for managing pacing capture.

The method the device uses for managing pacing capture.

The method the device uses for managing pacing capture.

The method the device uses for managing pacing capture.

The location of the anode electrode that defines the shocking vector for the lead. An anode may consist of more than one electrode.

The location of the anode electrode that defines the shocking vector for the lead. An anode may consist of more than one electrode.

The location of the anode electrode that defines the shocking vector for the lead. An anode may consist of more than one electrode.

The location of the anode electrode that defines the shocking vector for the lead. An anode may consist of more than one electrode.

The anode electrode terminal that defines the shocking vector for the lead. An anode may consist of more than one electrode.

The anode electrode terminal that defines the shocking vector for the lead. An anode may consist of more than one electrode.

The anode electrode terminal that defines the shocking vector for the lead. An anode may consist of more than one electrode.

The anode electrode terminal that defines the shocking vector for the lead. An anode may consist of more than one electrode.

The location of the cathode electrode that defines the shocking vector for the lead. A cathode may consist of more than one electrode.

The location of the cathode electrode that defines the shocking vector for the lead. A cathode may consist of more than one electrode.

The location of the cathode electrode that defines the shocking vector for the lead. A cathode may consist of more than one electrode.

The location of the cathode electrode that defines the shocking vector for the lead. A cathode may consist of more than one electrode.

The cathode electrode terminal that defines the shocking vector for the lead. A cathode may consist of more than one electrode.

The cathode electrode terminal that defines the shocking vector for the lead. A cathode may consist of more than one electrode.

The cathode electrode terminal that defines the shocking vector for the lead. A cathode may consist of more than one electrode.

The cathode electrode terminal that defines the shocking vector for the lead. A cathode may consist of more than one electrode.

The brady pacing mode according to the NBG standard.

1. The brady pacing mode as defined by vendor specific codes.
2. The brady pacing mode as defined by vendor-specific codes.

The rate at which the device paces in the absence of a cardiac rhythm faster than the lower rate and without influence from features that can affect the pacing rate.

The lower rate for the hysteresis feature.

The lower rate for the night rate feature.

The type of sensor applied for rate adaptive pacing.

The fastest atrial rate at which ventricular pacing occurs with 1:1 synchrony.

The fastest sensor-driven pacing rate that can be achieved in a rate-adaptive pacing system.

The interval from an intrinsic (sensed) P wave to a paced ventricular event.

The interval from an intrinsic (sensed) P wave to a paced ventricular event.

The interval from an intrinsic (sensed) P wave to a paced ventricular event.

1. The interval from a paced atrial event to a paced ventricular event.
2. The interval from a paced right atrial event to the first ventricular paced event.

1. The interval from a paced atrial event to a paced ventricular event.
2. The interval from a paced right atrial event to the first ventricular paced event.

1. The interval from a paced atrial event to a paced ventricular event.
2. The interval from a paced right atrial event to the first ventricular paced event.

The atrial tachycardia mode switch mode.

The atrial tachycardia mode switch rate.

1. The high level programmed status for ventricular tachy therapies.
2. The high-level programmed status for ventricular tachy therapies.

1. The high level programmed status for atrial tachy therapies.
2. The high-level programmed status for atrial tachy therapies.

The general type of the zone for tachy therapy detection.

1. The vendor specific type of the zone for tachy therapy detection.
2. The vendor-specific type of the zone for tachy therapy detection.

1. The status of the zone, whether it is is active or not.
2. The status of the zone, whether it is active or not.

The upper interval limit of the zone for tachy therapy detection.

The numerator portion of the tachy detection ratio.

The denominator portion of the tachy detection ratio.

A text describing arrhythmia detection details.

1. The type of anti-tachycardia pacing (ATP) sequences programmed per ATP type.
2. The type of antitachycardia pacing (ATP) sequences programmed per ATP type.

1. The type of anti-tachycardia pacing (ATP) sequences programmed per ATP type.
2. The type of antitachycardia pacing (ATP) sequences programmed per ATP type.

1. The type of anti-tachycardia pacing (ATP) sequences programmed per ATP type.
2. The type of antitachycardia pacing (ATP) sequences programmed per ATP type.

1. The type of anti-tachycardia pacing (ATP) sequences programmed per ATP type.
2. The type of antitachycardia pacing (ATP) sequences programmed per ATP type.

1. The type of anti-tachycardia pacing (ATP) sequences programmed per ATP type.
2. The type of antitachycardia pacing (ATP) sequences programmed per ATP type.

1. The type of anti-tachycardia pacing (ATP) sequences programmed per ATP type.
2. The type of antitachycardia pacing (ATP) sequences programmed per ATP type.

1. The type of anti-tachycardia pacing (ATP) sequences programmed per ATP type.
2. The type of antitachycardia pacing (ATP) sequences programmed per ATP type.

1. The type of anti-tachycardia pacing (ATP) sequences programmed per ATP type.
2. The type of antitachycardia pacing (ATP) sequences programmed per ATP type.

1. The type of anti-tachycardia pacing (ATP) sequences programmed per ATP type.
2. The type of antitachycardia pacing (ATP) sequences programmed per ATP type.

1. The type of anti-tachycardia pacing (ATP) sequences programmed per ATP type.
2. The type of antitachycardia pacing (ATP) sequences programmed per ATP type.

1. The type of anti-tachycardia pacing (ATP) sequences programmed per ATP type.
2. The type of antitachycardia pacing (ATP) sequences programmed per ATP type.

1. The number of anti-tachycardia pacing pulse (ATP) sequences programmed per ATP type.
2. The number of antitachycardia pacing (ATP) pulse sequences programmed per ATP type.

1. The number of anti-tachycardia pacing pulse (ATP) sequences programmed per ATP type.
2. The number of antitachycardia pacing (ATP) pulse sequences programmed per ATP type.

1. The number of anti-tachycardia pacing pulse (ATP) sequences programmed per ATP type.
2. The number of antitachycardia pacing (ATP) pulse sequences programmed per ATP type.

1. The number of anti-tachycardia pacing pulse (ATP) sequences programmed per ATP type.
2. The number of antitachycardia pacing (ATP) pulse sequences programmed per ATP type.

1. The number of anti-tachycardia pacing pulse (ATP) sequences programmed per ATP type.
2. The number of antitachycardia pacing (ATP) pulse sequences programmed per ATP type.

1. The number of anti-tachycardia pacing pulse (ATP) sequences programmed per ATP type.
2. The number of antitachycardia pacing (ATP) pulse sequences programmed per ATP type.

1. The number of anti-tachycardia pacing pulse (ATP) sequences programmed per ATP type.
2. The number of antitachycardia pacing (ATP) pulse sequences programmed per ATP type.

1. The number of anti-tachycardia pacing pulse (ATP) sequences programmed per ATP type.
2. The number of antitachycardia pacing (ATP) pulse sequences programmed per ATP type.

1. The number of anti-tachycardia pacing pulse (ATP) sequences programmed per ATP type.
2. The number of antitachycardia pacing (ATP) pulse sequences programmed per ATP type.

1. The number of anti-tachycardia pacing pulse (ATP) sequences programmed per ATP type.
2. The number of antitachycardia pacing (ATP) pulse sequences programmed per ATP type.

1. The number of anti-tachycardia pacing pulse (ATP) sequences programmed per ATP type.
2. The number of antitachycardia pacing (ATP) pulse sequences programmed per ATP type.

The shock energy delivered at a particular sequence of a zone therapy.

The shock energy delivered at a particular sequence of a zone therapy.

The shock energy delivered at a particular sequence of a zone therapy.

The shock energy delivered at a particular sequence of a zone therapy.

The shock energy delivered at a particular sequence of a zone therapy.

The shock energy delivered at a particular sequence of a zone therapy.

The shock energy delivered at a particular sequence of a zone therapy.

The shock energy delivered at a particular sequence of a zone therapy.

The shock energy delivered at a particular sequence of a zone therapy.

The shock energy delivered at a particular sequence of a zone therapy.

The shock energy delivered at a particular sequence of a zone therapy.

The maximum number of shocks set to be delivered at the given shock energy.

The maximum number of shocks set to be delivered at the given shock energy.

The maximum number of shocks set to be delivered at the given shock energy.

The maximum number of shocks set to be delivered at the given shock energy.

The maximum number of shocks set to be delivered at the given shock energy.

The maximum number of shocks set to be delivered at the given shock energy.

The maximum number of shocks set to be delivered at the given shock energy.

The maximum number of shocks set to be delivered at the given shock energy.

The maximum number of shocks set to be delivered at the given shock energy.

The maximum number of shocks set to be delivered at the given shock energy.

The maximum number of shocks set to be delivered at the given shock energy.

The date and time period for the aggregated statistics.

The date and time period for the aggregated statistics.

The date and time period for the aggregated statistics.

The date time period of the brady statistics.

The date time period of the brady statistics.

The date time period of the brady statistics.

1. The percentage of pacing events in the right atrial chamber over the specified time period.
2. The percentage of pacing events in the right atrial chamber over the brady statistics time range.

1. The percentage of pacing events in the right ventricular chamber over the specified time period.
2. The percentage of pacing events in the right ventricular chamber over the brady statistics time range.

1. The percentage of atrial pace - ventricular pace sequences in relationship to all AV sequences over the specified time period.
2. The percentage of atrial pace - ventricular pace sequences in relationship to all AV sequences over the brady statistics time range.

1. The percentage of atrial sense - ventricular pace sequences in relationship to all AV sequences over the specified time period.
2. The percentage of atrial sense - ventricular pace sequences in relationship to all AV sequences over the brady statistics time range.

1. The percentage of atrial pace - ventricular sense sequences in relationship to all AV sequences over the specified time period.
2. The percentage of atrial pace - ventricular sense sequences in relationship to all AV sequences over the brady statistics time range.

1. The percentage of atrial sense - ventricular sense sequences in relationship to all AV sequences over the specified time period.
2. The percentage of atrial sense - ventricular sense sequences in relationship to all AV sequences over the brady statistics time range.

The date and time period for the heart rate statistics.

The date and time period for the heart rate statistics.

The date and time period for the heart rate statistics.

1. The mean atrial heart rate over the specified time period.
2. The atrial heart rate over the heart rate statistics time range.

1. The mean atrial heart rate over the specified time period.
2. The atrial heart rate over the heart rate statistics time range.

1. The mean atrial heart rate over the specified time period.
2. The atrial heart rate over the heart rate statistics time range.

1. The mean atrial heart rate over the specified time period.
2. The atrial heart rate over the heart rate statistics time range.

1. The mean ventricular heart rate over the specified time period.
2. The ventricular heart rate over the heart rate statistics time range.

1. The mean ventricular heart rate over the specified time period.
2. The ventricular heart rate over the heart rate statistics time range.

1. The mean ventricular heart rate over the specified time period.
2. The ventricular heart rate over the heart rate statistics time range.

1. The mean ventricular heart rate over the specified time period.
2. The ventricular heart rate over the heart rate statistics time range.

The date and time period for the AT statistics.

The date and time period for the AT statistics.

The date and time period for the AT statistics.

1. The maximum contiguous time the device is in AT mode switch over the specified time period.
2. The maximum contiguous time the device is in AT mode switch over the AT statistics time range.

1. The percent of time in AT AF per day over the specified time period.
2. The percent of time in AT AF per day over the AT statistics time range.

1. The percentage of time the device is in AT mode switch over the specified time period.
2. The percentage of time the device is in AT mode switch over the AT statistics time range.

1. The percentage of time per day the device is in AT mode switch over the specified time period.
2. The percentage of time per day the device is in AT mode switch over the AT statistics time range.

1. The number of mode switches over the specified time period.
2. The number of mode switches over the AT statistics time range.

1. The average number of mode switches per day over the specified time period.
2. The average number of mode switches per day over the AT statistics time range.

The date and time period for the CRT statistics.

The date and time period for the CRT statistics.

The date and time period for the CRT statistics.

1. The percentage of LV pacing events in relation to all LV events over the specified time period.
2. The percentage of LV pacing events in relation to all LV events over the CRT statistics time range.

1. The percentage of LV pacing events due to CRT mode in relation to all ventricular events over the specified time period.
2. The percentage of LV pacing events due to CRT mode in relation to all ventricular events over the CRT statistics time range.

1. The number of shocks applied over the specified time period.
2. The number of shocks delivered, for the tachy therapy recent statistics time range.

1. The total number of shocks applied since implantation or device reset.
2. The total number of shocks delivered since implantation or device reset, for the tachy therapy total statistics time range.

1. The number of shocks aborted over the specified time period.
2. The number of shocks initiated but not delivered, for the tachy therapy recent statistics time range.

1. The total number of shocks aborted since implantation or device reset.
2. The total number of shocks initiated but not delivered, for the tachy therapy total statistics time range.

1. The number of anti-tachycardia pacing (ATP) sequences delivered over the specified time period.
2. The number of anti-tachycardia pacing (ATP) sequences delivered, for the tachy therapy recent statistics time range.

1. The total number of anti-tachycardia pacing (ATP) sequences delivered since implantation or device reset.
2. The total number of anti-tachycardia pacing (ATP) sequences delivered, for the tachy therapy total statistics time range.

1. The date and time period for the total tachy therapy statistics.
2. The date and time range for the total tachy therapy statistics.

1. The date and time period for the total tachy therapy statistics.
2. The date and time range for the total tachy therapy statistics.

1. The date and time period for the total tachy therapy statistics.
2. The date and time range for the total tachy therapy statistics.

1. The date and time period for the recent tachy therapy statistics.
2. The date and time range for the recent tachy therapy statistics.

1. The date and time period for the recent tachy therapy statistics.
2. The date and time range for the recent tachy therapy statistics.

1. The date and time period for the recent tachy therapy statistics.
2. The date and time range for the recent tachy therapy statistics.

The generic type of the episode being reported.

The indication of whether the episode has been induced or not.

The vendor type of the episode being reported.

1. The number of episodes per episode type over the specified time period.
2. The number of episodes per episode type, for the episode recent count statistics time range.

The date and time period for the recent episode counts.

The date and time period for the recent episode counts.

The date and time period for the recent episode counts.

1. The number of episodes per episode type since implantation or device reset.
2. The number of episodes per episode type since implantation or device reset, for the episode total count statistics time range.

The date and time period for the total episode counts.

The date and time period for the total episode counts.

The date and time period for the total episode counts.

The unique identifier for the episode.

The detection date and time of the episode.

The generic type of the episode being reported.

The indication of whether the episode has been induced or not.

The vendor type of the episode being reported.

The atrial interval at the time of detection.

The atrial interval at the time of termination.

The ventricular interval at the time of detection.

The ventricular interval at the time of termination.

A text describing details about the detection and therapy delivered.

The indicator of therapy success.

The duration of the episode in seconds.

A battery powered implantable device that uses low voltage pulses to stimulate the heart when it is beating too slow.

A battery powered implantable device that uses high voltage energy to shock the heart when it is beating too fast and mostly includes pacemaker functionality.

A battery powered implantable device that uses low voltage pulses to stimulate the ventricles of the heart in multiple locations to increase blood pumping efficiency and also includes pacemaker and defibrillator functionality.

A battery powered implantable device that uses low voltage pulses to stimulate the ventricles of the heart in multiple locations to increase blood pumping efficiency and also includes pacemaker functionality.

A battery powered implantable device that monitors and records cardiac activity and does not deliver any therapy.