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The Breakout and Development Interface Board was designed to interface to the National Instrument single Board sbRIO-9623
through 9636. It provides easy access to the DIO/MIO channels which simplifies developing custom sbRIO applications. we have sold
quite a few of these boards domestically and internationally.
The experimental 150 Watts RF Generator was designed and prototyped to work in both manual (standalone) and auto mode using an external data acquisitioning system
Small in size, only 7X5X2.5 inch that can be implemented into an existing design or operate as standalone 480KHz RF generator with an external power supply.
ScientificRFA
Radio Frequency Ablation Technology
These modules can handle and manipulate up to 50W of RF energy using feedback algorithms such as PID, Fuzzy logic, PWM or user developed
mathematical algorithms for a single electrode of any type of catheters. They also accept any type of temperature probes for
monitoring the tissue temperature. Up to 8 modules can be cascaded via a backplane for catheters with higher number of electrodes.
They also can monitor physiological signals such as ECG during ablation procedures.
A multiplexing module to increase the number of controllable electrodes up to 32.
Catheter’s Electrodes Multiplexing module. (Under Development)
The conceptual design here is based on multi-point electrode which monitors temperature and tissue contact quality using Bio-MEMS ultra-miniature pressure sensor embedded on the opposite side of the electrode.
Cool Grounding Pad Eliminates Patient Skin Burns During Electrosurgical and RF Ablation Procedures. A specially designed grounding plate uses integrated heat removal components. Figure 2, is a sample of the test result data collected at 50-degree Celsius heat removed from the ablation ground plane contacting the tissue site.
