Pheonix SSI Model 791
  Pheonix SSIR Model 792
  Pheonix -M Model 793
  Pheonix -AM Model 105/205
  Core-Lith Model
  Ventralith-I
  Core-Pace Model BT 01
  Parmanent Lead
  Temporary Lead
  Bipolar Lead - 7 F Lead
PRODUCTS
 
Specifications
  Programmable Parameter Values
 

Pacing Modes

VVI, VVT, VVO, OVO, AAI, AAT, AOO, OAO

Basic Pacing Rates

From 30 to 120 ppm in steps of 2 ppm

Pulse Widths

21 values from 0.06 ms to 1.50 ms

Pulse Amplitudes

32 values from 0.2 to 5.0 V

Refractory Periods

From 203 to 438 ms in steps of 15.625 ms

Sensitivities

From 0.5 to 4.0 mV in steps of 0.5 mV

Hysterisis

From 0 to 20% in steps of 5%

Pacing Polarities

Unipolar / Bipolar

Sensing Polarities

Unipolar / Bipolar

Upper rate in trigger mode

From 80 to 183 ppm
  Tachycardia Treatment
 

Temporary programming

Asynchronous pacing with rates from 30 to 427 ppm
  Magnetic Response
 

Mode

VOO

Rate

BOL (begin of life): 95 ppmERI (elective replacement): 85 ppm
  End of Service Indicators
 
ERI (Elective replacement): When the remaining capacity of the battery is between 4 and 8%, the pacing rate switches to 85 ppm when a magnet is applied. EOL (End of Life): When the remaining capacity of the battery is under 4% of the initial capacity, the pacing rate slows 10 ppm.
  Power Source
  Battery Chemistry: Lithium - Iodine WG 8711
Initial Voltage: 2.8 V.
Maximum Available Capacity: 0.82 A-hr.
  Physical Characteristics
  Dimensions: 49 x 38 x 7 mm
Mass: 24 g.
Case Material: Titanium
Connectors: 3.2mm, IS-1/VS-1
  Service Life
  The expected life of the generator, pacing 100% at 70 ppm, with 2.5 V amplitude and pulse width of 0.488 ms, is 8.2 years.
  Telemetry Data
  Parameters: All the programmable parameters.
Identification: Model and serial number
Battery condition: Voltage, ERI and EOL indicators
Statistics: Keeps track of pacing and sensing events, as well as ventricular premature events.
Frequency Histogram
Lead Impedance
Marker Pulses.
  Protections
 
Noise detection: When the pacemaker senses events with frequency exceeding 11 Hz, it switches to VOO mode.
Run Away Limit: The pacemaker includes an antirunaway circuit to avoid the generation of stimuli with a rate over 200 ppm (except in temporary programming).
  Programming
 

The pacemaker is programmed using a microcomputer (usually a Notebook) that runs Windows operating system. The programming system includes a Data Base of Patients and Medical Controls. It also permits the measurement of the stimulation and sensing thresholds as well as the generation of printed reports.