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CardioSoft ECG System for rest and exercise - CareFusion.de

CardioSoft ECG System for rest and exercise - CareFusion.de

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<strong>CardioSoft</strong> <strong>ECG</strong> <strong>System</strong> <strong>for</strong> <strong>rest</strong> <strong>and</strong> <strong>exercise</strong><br />

Respiratory Diagnostics<br />

• Use as integrated <strong>ECG</strong>, st<strong>and</strong>-alone <strong>exercise</strong> <strong>ECG</strong> or st<strong>and</strong>-alone<br />

<strong>rest</strong>ing <strong>ECG</strong><br />

• Patient data automatically transfers between Vmax ® <strong>and</strong> <strong>CardioSoft</strong> systems<br />

• 15-channel <strong>ECG</strong> capability<br />

• Advanced <strong>and</strong> exp<strong>and</strong>ed data export <strong>and</strong> sharing options<br />

• Cubic Spline <strong>and</strong> Finite Residual Filtering (FRF) provi<strong>de</strong> high quality baseline<br />

correction <strong>and</strong> artifact resolution without sacrificing ST measurements<br />

• On-screen <strong>ECG</strong> measurements provi<strong>de</strong> paperless workflow, or hard copy<br />

print real-time during a test or post-test, when required<br />

GE Marquette’s <strong>CardioSoft</strong> 12-Lead Resting <strong>ECG</strong> <strong>and</strong> Exercise Stress Testing <strong>System</strong><br />

seamlessly integrates with the <strong>CareFusion</strong> Vmax ® system to provi<strong>de</strong> you with<br />

the most comprehensive means to differentiate the cause of exertional dyspnea.<br />

<strong>CardioSoft</strong>’s small acquisition module easily connects to the Vmax ® computer by a<br />

st<strong>and</strong>ard USB port. Arrhythmia Detection (Annotation <strong>and</strong> Classification) <strong>and</strong> Full<br />

Disclosure assist in documenting <strong>and</strong> saving all valuable data. <strong>CardioSoft</strong> data can<br />

be exported to Word <strong>and</strong> Excel <strong>for</strong>mats. Additionally, all data shared with the Vmax ®<br />

system remains in the Vmax ® database.<br />

• View arrhythmias <strong>and</strong> ST segment changes during measurement<br />

• Flexible report <strong>for</strong>mats enable you to choose those you find most useful<br />

• On-screen interpretative statements make your post-test analysis faster<br />

<strong>and</strong> easier<br />

• T-wave alternans <strong>de</strong>scribe the <strong>ECG</strong> pattern specific to the cardiac<br />

repolarization that results in an alternation of the T-wave morphology<br />

on an every-other-beat basis


Signal processing<br />

<strong>ECG</strong> analysis frequency<br />

ST measurements<br />

500 Hz<br />

ST amplitu<strong>de</strong>s, slopes, integral, in<strong>de</strong>x, ST/HR loops, ST/HR<br />

in<strong>de</strong>x up to 15 leads<br />

E, J, <strong>and</strong> post-J point Manual or computer selected<br />

Signal processor<br />

technique<br />

Baseline correction<br />

QRS <strong>de</strong>tection <strong>and</strong><br />

analysis<br />

<strong>ECG</strong> output<br />

Reanalysis<br />

Data acquisition<br />

Technology<br />

Sampling rate<br />

Dynamic range<br />

Resolution<br />

Noise<br />

<strong>ECG</strong> analysis frequency<br />

Incremental median updating<br />

Cubic spline or Finite Residual Filter algorithm<br />

Based on automatic or manual lead selection<br />

Real-time <strong>ECG</strong>/QRS beep/ITL synchronized output<br />

Post-test medians measurements from E, J <strong>and</strong> post-J point<br />

selections<br />

Active, “Type BF” floating isolated powered 14 channel<br />

acquisition module with built-in lead-fail <strong>de</strong>tection <strong>and</strong><br />

lead prep impedance measurement<br />

Over sampling at 4000 Hz, 12 leads<br />

320 mV, + - 10mV signal superimposed on<br />

+<br />

- 150 mV DC offset<br />

4.88 uV/LSB at 500 Hz<br />

140 dB (123 dB with AC filter disabled)<br />

>10 M Ohms at 10 Hz, <strong>de</strong>fibrillator protected<br />

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