How to design Physiotherapy instrument PCBA control board?
The following is the introduction of high quality Physiotherapy instrument PCBA, hoping to help you better understand how to design it. Welcome new and old customers to continue to cooperate with Unixplore Electronics to create a better future!
Physiotherapy instrument PCBA control board is the core part of the physiotherapy instrument. It usually includes power circuits, control circuits, therapeutic circuits, and display circuits.
The power circuit mainly provides electrical energy for physical therapy instruments, and has protection functions, such as overcurrent protection and overvoltage protection.
Control circuit is responsible for the control of the entire physical therapy instrument, including treatment time, treatment mode and treatment intensity. It implements treatment by controlling the treatment circuit.
The treatment circuit is the core part of the physical therapy instrument. It outputs the treatment energy according to the instructions of the control circuit to achieve the treatment effect. Different physical therapy instruments have different therapeutic circuits, such as the electrotherapy circuit of the mid -frequency therapy instrument, and the infrared launch circuit of the infrared therapy instrument.
The display circuit shows the treatment information and parameters, which is convenient for patients to view and understand.
When designing a physiotherapy instrument circuit board, the following aspects need to be considered:
Safety and reliability: Physiotherapy instruments are equipment for treatment. Therefore, the design of the circuit board needs to ensure safety and reliability and avoid accidents.
Accuracy and stability: Physiotherapy instruments need to accurately output the treatment energy, so the design of the circuit board needs to ensure accuracy and stability to ensure the treatment effect.
Easy to produce and maintain: The design of the circuit board of the physiotherapy instrument needs to be considered as easy to produce and maintain, such as the selection of device, the layout and structure of the circuit board, which will directly affect production efficiency and maintenance costs.
Appearance design: The design of the medical therapy instrument board also needs to consider the design, including the size, shape, color of the circuit board, to meet the needs and aesthetics of users.
Unixplore provides one-stop turnkey service for your EMS project. Feel free to contact us for your board building, we can make a quotation in 24 hours after we receive your Gerber file and BOM list!
Physiotherapy Instrument PCBA Manufacture
* Gerber file and BOM list supplied by client
* Blank PCB made, components purchased by us
* PCB fabrication with parts fully assembled
* 100% Function Tested OK before shipping
* RoHS compliant, Lead-free manufacturing process
* Quick delivery, with independent ESD package
* One stop electronic manufacturing service for PCB design, PCB layout, PCB manufacture, components procurement, PCB SMT and DIP assembly, IC programming, function test, packaging and delivery
Unixplore PCB & PCB Assembly Capability
Parameter
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Capability
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Layers
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1-40 layers
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Assembly Type
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Through-Hole (THT), Surface Mount (SMT), Mixed (THT+SMT)
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Minimum Component Size
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0201(01005 Metric)
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Maximum Component Size
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2.0 in x 2.0 in x 0.4 in (50 mm x 50 mm x 10 mm)
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Component Package Types
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BGA, FBGA, QFN, QFP, VQFN, SOIC, SOP, SSOP, TSSOP, PLCC, DIP, SIP, etc.
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Minimum Pad Pitch
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0.5 mm (20 mil) for QFP, QFN, 0.8 mm (32 mil) for BGA
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Minimum Trace Width
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0.10 mm (4 mil)
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Minimum Trace Clearance
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0.10 mm (4 mil)
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Minimum Drill Size
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0.15 mm (6 mil)
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Maximum Board Size
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18 in x 24 in (457 mm x 610 mm)
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Board Thickness
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0.0078 in (0.2 mm) to 0.236 in (6 mm)
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Board Material
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CEM-3,FR-2,FR-4, High-Tg, HDI, Aluminum, High Frequency, FPC, Rigid-Flex, Rogers, etc.
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Surface Finish
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OSP, HASL, Flash Gold, ENIG, Gold Finger, etc.
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Solder Paste Type
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Leaded or Lead-Free
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Copper Thickness
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0.5OZ – 5 OZ
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Assembly Process
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Reflow Soldering, Wave Soldering, Manual Soldering
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Inspection Methods
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Automated Optical Inspection (AOI), X-ray, Visual Inspection
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Testing Methods In-House
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Functional Test, Probe Test, Aging Test, High and Low Temperature Test
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Turnaround Time
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Sampling: 24 hours to 7 days, Mass Run: 10 - 30 days
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PCB Assembly Standards
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ISO9001:2015; ROHS, UL 94V0, IPC-610E class ll
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Unixplore Value-Added EMS Service
● IC pre-programming service with file in format of HEX,ELF and BIN.
● Physiotherapy instrument PCBA Function test fixture customized according to client’s test requirements
● Box building service including plastic & metal case mold and part production
● Conformal coating including selective lacquer coating, epoxy resin potting
● Wire harness and cable assembly
● Finished product assembly including box, screen, membrane switch, labelling and customized carton or retail box packing.
● Various third-party tests for PCBA are available upon request
● Product Certification Assistance
PCBA Production Procedure
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1. Automatic solderpaste printing
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2. solderpaste printing done
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3. SMT pick and place
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4. SMT pick and place done
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5. ready for reflow soldering
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6. reflow soldering done
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7. ready for AOI
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8. AOI inspection process
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9. THT component placement
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10. wave soldering process
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11. THT assembly done
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12. AOI Inspection for THT assembly
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13. IC programming
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14. function test
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15. QC Check and Repair
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16. PCBA conformal coating Process
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17. ESD packing
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18. Ready for Shipping
Packaging
For PCBA
For Finished Product
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