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Product Overview
The KP-1050S defibrillation test pulse generator is used to evaluate whether active implantable medical devices will be permanently affected when subjected to damped sine defibrillation waveforms and truncated exponential defibrillation waveforms , whether they can be reprogrammed to restore settings , and to evaluate the safety and programmability of the product. The KP-1050S defibrillation test pulse generator complies with ISO14708-1 and GB 16174.1-2024 20.2 standards. The following test procedures are included:
Test 1
Test Purpose :
To evaluate whether active implantable medical devices are
permanently affected when subjected to damped sinusoidal
defibrillation waveforms and whether they can be reprogrammed to
restore settings.
Test equipment :
Test parameters :
Test waveform:
Test 2
Purpose of the study :
To further evaluate the safety and reprogrammability of active
implantable medical devices when subjected to truncated exponential
defibrillation waveforms.
Test equipment :
Test arrangement :
Test parameters :
Test waveform:
This model of pulse tester uses a programmable controller as its core and is equipped with a color touch screen for intuitively displaying and setting all working parameters and instrument status. Its user-friendly design makes the operation interface concise and clear, and it can memorize various parameters even in the case of power failure, greatly improving the convenience of use. In terms of safety performance, this model of pulse tester has a built-in overvoltage protection device, which effectively guarantees the stable operation of the instrument during the test and ensures the safety and reliability of the test work. In addition, it also has the characteristics of easy operation, excellent performance, high reliability and good cost performance. Therefore, it is deeply favored by electrical safety testing laboratories and electronic and electrical appliance manufacturers, and has become their preferred tool for electrical safety testing.
Technical indicators
Technical Projects | parameter |
Comply with standards | ISO 14708-1:2014 & GB 16174.1-2024 20.2 |
Test 1 voltage | 140+70V |
Test 1 Circuit | RLC Circuit |
Damped sine defibrillation waveform | 1.5ms < Tp < 2.5ms; 3ms < Tw50 < 5.5ms |
Output polarity | Positive and negative polarity output can be freely set |
Test 1 Program | First send 3 positive voltage pulse sequences (each pulse interval is 20+2s), then send a negative voltage pulse after an interval of 60+2s |
Test 2 voltage | 140+70V |
Phase switching | Single phase/double phase can be set freely |
Monophasic/Biphasic Truncated Exponential Defibrillation Waveform | 9. 5ms<Td<10.5ms 1μs<tr<5μs 1μs<tf<5μs |
Test 2 Program | First send 3 positive polarity single-phase voltage pulse sequences (each pulse interval is 20+2s), then send a negative polarity voltage pulse after an interval of 60+2s |
Evaluation Criteria | Active implantable medical devices are tested for compliance by checking that they have not been permanently affected and can be reprogrammed to restore settings after completing the steps of Test 1 and Test 2. |
Number of trials | 1 - 999 times |
Pulse generator output mode | Floating output |
Input Power | AC 220V±10%, 50Hz/60Hz |
Dimensions | 680*460*200mm |
weight | About 30 kg |