Laminated Bus Bar For Medical Imaging Testing Device
Products Description
Medical imaging equipment typically contains numerous high-frequency, high-voltage, and precision power control modules, placing extremely high demands on the stability and anti-interference capabilities of the power supply system. Laminated Bus Bar for Medical Imaging Testing Device utilizes a multi-layered copper busbar and high-insulation dielectric layer stacked structure design to enhance current carrying capacity while effectively reducing stray inductance and EMI interference, thus ensuring long-term stable operation of the equipment.
This product is primarily suitable for:
Medical Imaging Equipment
CT Scanner
MRI Magnetic Resonance System
Medical Testing Device
UPS Power Supply System
Server Power Distribution
High Reliability Power Modules
Energy Storage Power System
Technical Features and Main Functions: Pure Power Supply and System Protection
Extreme Current Density Distribution
Through multi-layer parallel connection and variable cross-section design, the current density within the BusBar with PET Insulating Paper is highly uniform, eliminating any potential localized thermal overload caused by current accumulation.
Transient Overload Absorption Protection
Medical imaging equipment (such as instantaneous X-ray exposure) requires extremely high-amplitude pulse currents. The distributed capacitance inherent in the Laminated Bus Bar for Variable Frequency Drive acts as a high-frequency bypass capacitor, assisting in the rapid discharge of large-capacity capacitor banks and absorbing transient reverse electromotive force during switching.
System-Level Galvanic Isolation
Each conductor layer is independent, allowing simultaneous transmission of positive and negative DC, AC, and control signals. This enables a mixed high- and low-voltage layout within a confined space without breakdown or cross-interference.
Detailed Showcase: Respect for Engineering Excellence Hidden in the Minutes
Burret-Free Cold-Pressure Connection Interface
The connection surfaces in contact with the IGBT module undergo precision milling and deburring to ensure extremely low contact resistance and uniform pressure distribution, preventing thermal runaway caused by localized heating.
Edge Creepage Prevention Insulation Encapsulation
All Laminated Busbar for Electric Car edges and lead-out cuts are fully encapsulated with high-dielectric-strength flame-retardant epoxy resin, completely blocking surface discharge caused by environmental salt spray and condensation.
Anti-Mistaken-Installation Positioning Pins and Polarity Marking
Built-in anti-misfit positioning holes between layers, with laser-engraved, durable, and clear polarity, phase, and voltage level markings, eliminating fatal reverse wiring in complex multi-potential systems.
Flexible Expansion Absorption Structure
A pre-designed flexible bending stress-absorbing groove is incorporated between the rigid connection and the device mounting end, perfectly absorbing the expansion difference under long-term thermal cycling and preventing terminal tearing.
Manufacturing Process and Advantages: Extreme Control Manufacturing of Microscopic Air Gap
| High-Precision Micro-hole Laser Processing and Punching | Utilizing a combination of femtosecond/picosecond laser cutting and CNC precision punching, we ensure zero burrs and no hot melt nodules on the edges of through holes and positioning holes. This eliminates the risk of interlayer short circuits caused by metal particles penetrating the insulation layer. |
| Vacuum Hot Press Lamination Process | Under a hundred-ton press and a precise temperature control system, multiple layers of copper plates and insulating media are vacuum hot pressed together. The vacuum environment completely removes interlayer air, allowing the thermosetting resin to achieve full cross-linking and curing without dead angles, ensuring that the product remains delaminated and bubble-free throughout its entire lifecycle. |
| Ultrasonic Terminal Welding Technology | The connection of the leads is achieved using ultrasonic metal welding, eliminating the heat-affected zone and preserving the original conductivity and mechanical properties of the substrate; the welding interface achieves atomic-level solid-phase diffusion, resulting in contact resistance approaching zero. |
| Multi-process insulation impedance and partial discharge testing | Every Motor Controller BusBar must undergo high-voltage insulation withstand voltage testing and partial discharge testing to ensure that there are no hidden partial discharge defects under transient pulses of thousands of volts. |
contact us
We not only provide standardized Laminated Low Inductive Bus Bar products, but also offer integrated engineering support based on the customer's medical device structure, power system layout, and installation process requirements. This support ranges from conductive structure design and insulation scheme optimization to mass production, helping projects achieve more stable mass production implementation.
Hot Tags: laminated bus bar for medical imaging testing device, China laminated bus bar for medical imaging testing device manufacturers, suppliers, factory, Laminated Bus Bar, Laminated Busbar Design, Laminated Copper BusBar, Motor Drive Laminated Bus Bar for Power Electronics, PDU BusBar, Web Server BusBar
You Might Also Like
Send Inquiry