PCB Cam 14 Cable Interface Connector
| 801502-001 | |
| GE HealthCare | |
Add to Wish List
Login To Shop
Please select date
Second Opinion Approval Needed
Enter your approval number and submit to add item(s) to cart.
Approval Number
Please enter approval number
OR
Don't know your approval number? Call 800-437-1171
Enter opt 1 for the first three prompts, and have your System ID available.
If you add item(s) to cart and submit your order without the
approval number, GE will contact you before your order
can be confirmed for shipment.
Second Opinion Approval Needed
Select your approver's name and submit to add item(s) to your cart
Approver Name
Please Select Approver Name
OR
Don't know your approval number? Call 800-437-1171
Enter opt 1 for the first three prompts, and have your System ID available.
If you add item(s) to cart and submit your order without
selecting an approver, GE will contact you before your order
can be confirmed for shipment.
Features
- Stable across a wide range of temperatures
- UL approved
- Performs high resolution ECG data acquisition
- Circuitry designed to protect the host unit against the effects of cardiac defibrillator discharge to ensure recovery
Product Overview
The PCB Cam 14 Cable Interface Connector is a component in the acquisition module assembly. The acquisition module performs high resolution ECG data acquisition for use with host equipment. The module is intended to acquire analog ECG signals and digitalizes it and transmit the signal to a host unit. It is used in ECG analysis and exercise systems. The cable interface connector contains of a 9-Pin connector, flex circuit and a connector plug to form a circuit. The main PCB contains a cable interface flex which connects the switch to the PCB. A patient monitor measures and records and displays various parameters of a patient. It is housed in a single package and it contains an external power supply, a Data Acquisition System (DAS), a processor, a speaker, a handle subassembly and a thermal printer as components. The minute ECG signals from the patient’s skin are received by the electrodes and sent to the acquisition module via lead wires. The acquisition module then amplifies, digitalizes, and performs some processing on the signals. This whole process is controlled by a microprocessor in the acquisition module.
