Shenzhen Multilayer FR4 High Density Custom Medical Cardiac Pacemaker PCB HDI Board

About This Listing

Product Description

A Cardiac Pacemaker PCB is a crucial component of a cardiac pacemaker device. It is an advanced electronic circuit that provides precise control and coordination to ensure the proper functioning of a pacemaker. The PCB consists of miniature electronic components and pathways that help regulate the electrical impulses in the heart. Designed with utmost precision and safety in mind, the Cardiac Pacemaker PCB ensures the accurate delivery of electrical signals to the heart, helping to regulate abnormal heart rhythms and improve the overall functionality of the heart.

Product Name	Cardiac Pacemaker PCB
Type	Printed Circuit Board (PCB)
Layer	Multilayer
Material	FR-4
Silkscreen Color	Green
Board Thickness	Customized
Brand Name	IBE
Dimensions	Customized
Weight	Varies depending on size and dimensions
Certificate	UL, RoHS

What is Cardiac Pacemaker PCB?

A Cardiac Pacemaker PCB (Printed Circuit Board) is a crucial component of a cardiac pacemaker, which is a medical device used to regulate a person’s heart rhythm. The PCB is a flat board that contains electronic components and circuit traces that help control the pacemaker’s functions. It acts as the “brain” of the device, coordinating the timing and delivery of electrical impulses to the heart to help maintain a healthy and regular heartbeat.

Features of Cardiac Pacemaker PCB

1. Compact Design: The PCB is designed to be compact and lightweight, ensuring that it can be comfortably implanted within the body.
2. Multi-Layer Structure: The PCB typically has multiple layers to accommodate a complex network of electrical connections, ensuring efficient signal transmission and minimizing interference.
3. Biocompatible Materials: The PCB is constructed using biocompatible materials to prevent any adverse reactions when in contact with body tissues.
4. High Reliability: The PCB is engineered to withstand the demanding conditions within the human body, ensuring long-term reliability and performance.
5. Low Power Consumption: The PCB is designed to operate using minimal power, maximizing the lifespan of the pacemaker’s battery.
6. Sensing and Control Circuitry: The PCB incorporates specialized circuits for sensing the heart’s electrical activity and delivering appropriate electrical impulses to regulate its rhythm.
7. Safety Features: The PCB includes various safety features, such as fail-safe mechanisms and temperature monitoring, to ensure the pacemaker operates within safe limits.
8. Communication Interface: Some advanced pacemaker PCBs may include wireless communication capabilities, allowing healthcare professionals to monitor and adjust settings remotely.
9. Compatibility: The PCB is designed to be compatible with other pacemaker components, such as the battery, electrodes, and casing. These features work together to ensure the reliable and effective operation of the cardiac pacemaker, improving the quality of life for individuals with heart conditions.

Functions of Cardiac Pacemaker PCB

1. Signal Processing: The PCB processes the signals received from various sensors within the pacemaker. It analyzes the data and makes decisions regarding when and how to deliver electrical stimulation to the heart.
2. Power Management: The PCB manages the power supply for the pacemaker, ensuring that it operates efficiently and reliably. It regulates the battery power and optimizes its usage to prolong the lifespan of the pacemaker.
3. Electrical Stimulation Control: The PCB controls the timing and intensity of electrical stimulation delivered to the heart. It generates pulses that help regulate the heart’s rhythm and ensure it beats in a healthy way.
4. Communication: Many modern pacemakers come with wireless communication capabilities. The PCB facilitates communication between the pacemaker and external devices, such as a programmer or a remote monitoring system, allowing healthcare professionals to monitor and adjust the pacemaker settings remotely.
5. Safety Measures: The PCB incorporates various safety features to ensure the pacemaker operates safely. It includes fail-safe mechanisms to prevent excessive or inappropriate electrical stimulation and monitors battery levels to alert users when a replacement is needed.

Applications of Cardiac Pacemaker PCB

1. Medical Facilities
2. Cardiology Research
3. Mobile Health Solutions
4. Personal Emergency Response Systems
5. Telemedicine and Remote Patient Monitoring
6. Sports and Fitness

IBE’s Capabilities on Cardiac Pacemaker PCB

– Customizable design and dimensions
– High-quality materials and components
– Advanced manufacturing processes and equipment
– Strict quality control and testing procedures
– Fast turnaround time and on-time delivery