China Pcb Assembly RoHS Compliant Assemblies Through Hole PCB Assembly
YDY PCBA Through-Hole PCB Assembly comes with a range of benefits including:
Withstanding stress: As opposed to SMT components, through-hole components are known for their ability to withstand mechanical and environmental stress.
Perfect for large components :Through-hole works well for large components that have to undergo high power and high voltage
High heat tolerance : Known for their high heat tolerance, they find application in a number of industries, particularly military and aerospace.
Ease of Prototyping :Through-hole PCBs also lend themselves to ease of prototyping and improved reliability
High Reliability :Through-hole PCBs are best used for high-reliability products that require stronger connections between layers.
Little surprise then, that even though surface mount components allow for denser configurations, for larger and heavier components that require strong bonds, through-hole technology has remained resilient and relevant.
PCB Manufacture Capacity
|Service type||RoHS Compliant Assemblies Through Hole PCB Assembly|
|APPLICATIONS OF THROUGH-HOLE PCB||Transformers,Connectors,Semi-conductors,Electrolytic capacitors,Carbon resistors,Fuses,Light emitting diodes|
Here is why a large portfolio of customers across industry verticals choose YDYPCBA for their PCB Assembly requirements:
Over 15 years of experience and expertise in delivering cutting edge products.
Quick turnaround times and stringent delivery schedules.
Full and partial turnkey solutions.
RoHS compliant assemblies.
No minimum order quantities. You can count on us for prototypes as well as large production runs.
OUR STRINGENT ASSEMBLY TESTING PROTOCOLS INCLUDE
This is used to discover the temperature profile that works best for the PCB and to point out defects such as Insufficient solder, misaligned components, marginal joints and more.
Flying Probe Testing
This is particularly used in cases of low volume and highly complex assemblies and helps in detecting missing components as also to validate the component placement.
Used extensively for high volume production, it is extremely efficient in detecting parametric failures, PCB Layout-related faults, and component failures.
Used to authenticate board operations and behavior, Functional Testing helps us detect faulty component values, functional and parametric failures.
All of the above enable us to ensure reliability in our PCB Assembly process with reduced production losses, employee safety, process stability, extended equipment life, reduction in environmental issues and optimum usage of spare parts inventories.