Fluke Biomedical SigmaPace 1000 - Manual (Page 35)

Introduction and Specifications
Instrument Specifications
1
1-21
Pacer Load Selection.......................................... 1000 Ω
Range ............................................................. 0.05 mV
peak
(50 V
peak
) to 100 mV
peak-to-
peak
Accuracy......................................................... ±5 % of setting
Resolution (Step Size).................................... 0.05 mV
peak
steps from 0.05 mV
peak
to
0.95 mV
peak
0.50 mV
peak
steps from 1.0 mV
peak
to
49.5 mV
peak
05.0 mV
peak
steps from 50 mV
peak
to
100 mV
peak
Default Setting
Amplitude............................................................ 2.0 mV
peak
Width
Range ................................................................. 0.15 mS to 95.0 mS
Accuracy ............................................................. ±5 % of setting
Selection Count .................................................. 50
Resolution (Step Size)........................................ 0.05 mS steps from 0.15 mS to 0.95
mS
1.0 mS steps from 1.0 mS to 19.0 mS
5.0 mS steps from 20 mS to 95.0 mS
Intended Pacemaker Types
AAI (Atrial Pace and Sense Only)
Compatible Pulse Rates ..................................... 30 to 200 PPM
Ventricular Channel
Physiological Simulation
Selection ............................................................. +R-Wave, -S-Wave, and + T-Wave
Rate .................................................................... 30 to 120 BPM, Delayed from the
ventricular demand pacemaker
pulse by 80 % of the pulse-to-pulse
interval or 400 mS (whichever is
shorter).
Active Outputs ...................................................... Selected ventricular test load (4 mm
Banana Jacks) only.
Waveform Selections
Square (SQU)
Triangle (TRI)
Haversine (HSN)
Sine Square (SSQ)
Asymmetrical Triangle (ISO)
(Fixed Width........................................................ 2 mS rise time / 13 mS fall time)
Default Setting .................................................... Sine Square (SSQ)
Test Load(s)