CU Medical AED Defibrillator I-PAD NF1200 Therapy Board (Defibrillator Board) NF1200 P1P47K-188

CU Medical AED Defibrillator i-PAD NF1200

Therapy Board (defibrillator board) NF1200 P1P47K-188

► About CU Medical AED Defibrillator i-PAD NF1200 Therapy Board (defibrillator board) NF1200 P1P47K-188

CU Medical AED Defibrillator i-PAD NF1200 Therapy Board (defibrillator board) NF1200 P1P47K-188 is a complex system composed of multiple electronic components. It is the main component of the defibrillator and performs the main functions and operations of the device. It accurately controls the electrical signals and releases energy to enable emergency defibrillation of the heart.

► The function of CU Medical AED Defibrillator i-PAD NF1200 Therapy Board (defibrillator board) NF1200 P1P47K-188

The main functions of the defibrillator board include ECG signal detection, energy storage and release, operation control, and data recording. It can detect the patient's electrocardiogram signal in real time and accurately evaluate the electrical activity status of the heart. At the same time, the circuit board can store sufficient electrical energy and quickly release it to perform defibrillation procedures when necessary. In addition, the board is responsible for controlling the entire defibrillation process to ensure the accuracy and safety of the operation, and can record relevant data during the defibrillation process as reference for subsequent medical treatment.

In terms of circuit configuration, the defibrillator board includes a DC-DC converter, a high-voltage energy storage capacitor, an energy storage indicator, a defibrillation charge control circuit (including a charge safety circuit), a high-voltage energy storage capacitor, and other components. The DC-DC converter converts low-voltage direct current into high-voltage direct current to charge the energy storage capacitor. The high-voltage energy storage capacitor is responsible for charging and discharging, and is monitored by the high-voltage vacuum relay and the corresponding control circuit. The high-voltage energy storage indicator is used to monitor the energy storage size by displaying the energy storage value of the high-voltage capacitor. The function of the defibrillator charging control circuit is to automatically protect against high-voltage overload. When the charging power reaches the limit, the device will automatically stop charging to ensure safe use.

► Specification of CU Medical AED Defibrillator i-PAD NF1200 Therapy Board (defibrillator board) NF1200 P1P47K-188

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