Application of Terminal Wires in the Medical Industry

I. Industry Background

In the medical field, the precise operation of various medical devices is of utmost importance for disease diagnosis, treatment, and patient monitoring. From complex imaging equipment to life - support systems, these devices require highly reliable connection components. Terminal wires, with their stable performance and high - precision connection capabilities, play an irreplaceable role in ensuring the normal operation of medical devices, as they are responsible for the transmission of signals and power within these devices.

II. Application Details in Different Medical Devices

(I) In Medical Imaging Equipment

1. In Magnetic Resonance Imaging (MRI) Machines

In MRI machines, multi - core high - frequency terminal wires are used for signal transmission. Take the common MR - 100 series of multi - core high - frequency terminal wires as an example. They are specifically designed to handle the high - frequency signals generated during the imaging process. The wires connecting the radio - frequency (RF) coils to the main control unit need to have extremely low signal attenuation. This series of terminal wires is made of high - quality conductors, usually silver - plated copper, which can efficiently transmit weak RF signals. Their outer layers are equipped with multiple layers of shielding materials to prevent interference from external electromagnetic fields. This ensures that the high - resolution image data captured by the RF coils can be accurately transmitted to the control unit for processing, enabling doctors to obtain clear and detailed images for accurate diagnosis.

2. In Computed Tomography (CT) Scanners

CT scanners use a combination of power - carrying terminal wires and signal - transmitting terminal wires. The power - carrying terminal wires, usually of the 1677173 - 1 model, are made of thick - gauge copper and are responsible for providing stable power supply to various components of the device to meet its high - energy - consumption requirements. The signal - transmitting terminal wires, which can be of the 1 - 1702441 - 1 model, are tasked with transmitting scan data and control commands, ensuring precise control of the scanning process and accurate acquisition and transmission of image data.

(II) In Oxygen - generating Equipment

1. Power Transmission and Control

Oxygen - generating equipment mainly consists of key components such as air compressors, molecular sieve adsorption towers, and oxygen storage tanks. In the power connection of these components, the LW - 01 series of multi - core power wires are often used as terminal wires. For example, the multi - core power wires connecting the air compressor motor to the power control board have wire cores made of high - purity copper, which have good electrical conductivity and can carry a large current, providing sufficient power for the stable operation of the compressor. At the same time, these terminal wires are also responsible for transmitting control signals. The power control board sends start, stop, and speed - regulation commands to the compressor through the terminal wires to ensure that the compressor operates according to the set oxygen - generation process.

2. Signal Monitoring and Feedback

Oxygen - generating equipment is equipped with various sensors, such as oxygen concentration sensors and pressure sensors. These sensors are connected to the control system of the equipment through AVSS shielded signal cables. Take the oxygen concentration sensor as an example. It transmits the real - time monitored oxygen concentration signal to the control system through the AVSS shielded signal cable. As a type of terminal wire, the AVSS shielded signal cable has a shielding layer that can effectively resist external electromagnetic interference, ensuring the accurate transmission of sensor signals. The control system adjusts the operating parameters of the oxygen - generating equipment, such as adjusting the working cycle of the molecular sieve adsorption tower, to maintain a stable and standard - compliant oxygen output concentration to meet the oxygen - inhalation needs of patients.