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PVS. Resistance. Test 3. Resistance. Test 2. Blood Extraction. Test 1. Standard. Biocompatible. Pressure Sensor. Temperature Sensor. Flow Sensor. Physiological Simulator. LVAD. Modular Test Point. Valve. Standard. Not connected for Booster. Bio-compatible. Pressure Sensor.
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PVS Resistance Test 3 Resistance Test 2 Blood Extraction Test 1 Standard Biocompatible Pressure Sensor Temperature Sensor Flow Sensor Physiological Simulator LVAD Modular Test Point Valve
Standard Not connected for Booster Bio-compatible Pressure Sensor Temperature Sensor Flow Sensor Valve Valve Valve PVS / Booster Blood Extraction Valve Physiological Simulator Automated Resistance LVAD Valve Valve Valve
Standard Not connected for Booster Bio-compatible Pressure Sensor Temperature Sensor Flow Sensor Not connected for Blood Extraction Valve Valve Blood Extraction / PVS / Booster Valve Physiological Simulator Automated Resistance LVAD Valve Valve
Standard Not connected for Booster Bio-compatible Pressure Sensor Temperature Sensor Flow Sensor Valve Valve PVS / Booster Blood Extraction Valve Physiological Simulator LVAD Valve Valve
Standard Not connected for Booster Bio-compatible Pressure Sensor Temperature Sensor Flow Sensor Valve PVS / Booster Valve Physiological Simulator LVAD Blood Extraction Valve
A concept from Dr. Klein who likes blood bags, I guess that where I get it from. • BB2-Use Blood Pressure cuff to control pressure of system for static testing. • BB2-Pump BP Cuff to represent heart for dynamic testing. • BB1-as capacitance chamber • Should be one way bag • Should be much larger than BB2, as heart volume is 50cc vs 7-10 quarts? 1000:5 ratio.