To find the ProSim 8 Ansur mini plug-in instruction:

a) If you want to execute tests sequentially one by one and enter the results individually and navigate to next test element manually then, drag and drop the test elements into the template without autosequence container
b) If you want to execute tests sequentially one by one and enter the results individually and navigate to next test element automatically then, drag and drop the test elements into the template under the autosequence container

Execution of tests in serial allows the user to simulate waveforms individually, and ProSim device resets to LOCAL mode at completion of each test
b) Execution of the tests in parallel allows user to simulate tests simultaneously, and ProSim device resets to LOCAL mode only at the completion of each Step

To create autosequence similar to the autosequence present in the ProSim
simulator follow the steps below
a) Drag and drop Autosequence container to the template
b) Drag and drop one more autosequence container under it. This becomes the step which simulates the test elements in parallel
c) Drag and drop test elements under the step
d) Save it as custom templates in the Ansur test library or to any other location in PC

ProSim 8 can hold up to 100,000 Test IDs (different DUTs) and at least 250,000 test records total. Depending on test procedures, some test records may have more data than others. The saved test records can be wirelessly transferred from a ProSim 8 to a PC by using ProSim 8 Ansur Mini Plug-in.

Firmware update to ProSim 8 can be done ONLY through USB cable.

The MPS450 is designed to be a simulator capable of testing the simplest ECG monitor to the most complex arrhythmia detection systems. It can provide you with the ability to test your monitors easily and allow you to grow using the same simulator.

The LH-3 was discontinued and replaced by the MPS450. The MPS450 is designed to accommodate numerous new features, some of which are already on board, such as fetal simulations. Other features are in development, such as pulse oximetry. Overall, MPS450 is a technological advancement, providing broader functionality now and a robust platform for future expansion.

Yes, the unit's platform allows both flash upgrades (ones that can take place via remote interface) and hardware updates such as planned functionality enhancements.

The short answer is very physiological. Each wave has been verified by cardiologists and the most demanding arrhythmia monitors to ensure the MPS450 waveforms most accurately model actual human waveforms. However, most of the electrical signals output by the MPS450 tend to repeat over time, while human signals are never identical. Therefore we cannot maintain that the waveforms are exactly human over time.