Zoll E Series Defibrillator Communication Carrier board 9301-0390-02 9300-0390 REV B

Brief Introduction of Zoll E Series Defibrillator Communication Carrier board 9301-0390-02 9300-0390 REV B

The Zoll E Series Defibrillator Communication Carrier board is an essential component of the Zoll E Series Defibrillator device. It is responsible

for facilitating communication between the defibrillator and external devices such as computers, monitors, and other medical equipment.

The Communication Carrier board is designed to transmit data quickly and accurately, ensuring that healthcare professionals have access to real-

time information about the patient's condition and the effectiveness of the defibrillation treatment.

In addition to data transmission, the Communication Carrier board also plays a role in powering and regulating the various components of the

defibrillator, helping to ensure reliable performance in emergency situations.

The Zoll E Series Defibrillator Communication Carrier board is a vital piece of technology that helps healthcare providers effectively monitor and

treat patients experiencing cardiac emergencies.

Zoll E Series Defibrillator Communication Carrier board 9301-0390 Specification

About ZOLL E Series Defibrillator

The ZOLL E-SERIES Defibrillator is designed for use in hospitals and harsh emergency room environments. All features ensure long-lasting use

in hospitals. This device is a multi-purpose automatic defibrillator with manual functions. and can be configured to operate in manual, guided or

semi-automatic mode. The semi-automatic version of the device has a distinctive front panel with a single open position. General equipment that

can be configured for manual operation giving advice or semi-automatic, it comes standard with the ZOLL user interface. When using manually

configured settings The device works like a conventional defibrillator. The operator has full control over charging and discharging the device. in

guided and semi-automatic modes Some of the device's functions are automatic, and complex detection algorithms are used to identify

arrhythmias and determine the adequacy of defibrillation delivery. The machine can be configured to automatically load, scan, reload and prompt

the operator to press "PUSH SHOCK" according to the machine's protocols. The device switches from semi-automatic to manual mode for ACLS

operation by pressing the appropriate programming button on the front panel.

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