Jacketed External Telemetry

JET PoE ReceiverDSI Part Number: 272-0241-001 Improvements: Less extended periods of data dropout Improved radios in receiver can more efficiently find and fill channels Power over Ethernet C...

Symptoms The user is presented with an “invalid receiver” message in the JET Device Configuration dialog after successfully finding the JET receiver.  The user is not able to continue with the conf...

Background The audit log, or audit trail, provides useful information that allows users to reconstruct an acquisition or post processing session, record changes that occur during these sessions, an...

The JET device uses a removable and rechargeable Lithium Ion battery.  Replacement Guidelines Replacement of this battery is recommended every 1 to 2 years depending upon storage and use conditio...

The JET RIP Chest and Abdomen modules contain a non-removable, non-rechargeable Lithium / Manganese Oxide battery. They are designed with a battery life that will operate for at least 2700 hours wi...

Background Pneumotachographs are used to provide a known resistance which can be measured in the form of a differential pressure using a transducer.  From this differential pressure, respiratory fl...

Summary DSI’s Ponemah software is able to visualize JET Respiratory Inductive Plethysmography (RIP) data forsynchrony, asynchrony, and paradoxical breathing patterns using the method of Konno and M...

The following diagrams and figures can be used to understand how the Ponemah PAF analysis module calculates the various timing intervals for a breathing cycle. Cycle 19 will be used in the figures ...