Special‑Purpose Structure, for Laptop Small‑Motor Circuit Connections.
Our Terminals (Model:52170000151) is a precision stamping conductive component for laptop small‑motor circuit connections. Made of H65 brass and processed by continuous stamping and tin‑plating, it delivers great conductivity and anti‑oxidation performance, providing stable electric contact for small‑motor circuits inside compact laptops.
This Terminals (Model:52170000151) is a precision stamping conductive terminal specially designed for laptop small‑motor circuit connections. It adopts H65 brass as raw material and is manufactured by continuous stamping plus tin‑plating surface treatment. It features excellent electrical conductivity and stable contact performance. It achieves reliable circuit conduction inside the compact space of laptop, guarantees stable power supply for small‑motor assemblies, and reduces contact resistance and poor‑contact risks during long‑term operation of notebook motors.
As a dedicated conductive terminal for laptop small motors, it comes with precise dimension 3.21.20.3, perfectly matching the circuit connection structure of notebook small‑motors. Continuous stamping ensures high dimensional consistency of mass‑produced terminals. The tin‑plating layer optimizes surface conductivity and anti‑oxidation capability, satisfying high‑standard conductive requirements of consumer‑electronic internal circuits.
Technical Precision and Manufacturing Specifications
Produced by mature continuous stamping process, this terminal realizes high‑precision forming of complex contact structures and strict dimensional tolerance control. Follow‑up tin‑plating treatment forms uniform protective coating on the surface, improving conductivity, anti‑oxidation and anti‑tarnish performance.
Made of H65 brass material, it has outstanding electrical conductivity, good ductility and mechanical elasticity. It can maintain stable contact pressure after assembly, not easy to produce contact looseness under slight vibration. With specification 3.21.20.3, its structural outline is optimized for laptop small‑motor circuit access to realize stable plug‑in contact and signal‑power transmission.
Industrial Application and Manufacturing Value
This terminal is specially applied for circuit connections of laptop small motors. Core strengths: H65 brass material for excellent conductive performance; continuous stamping process for high batch dimensional consistency; tin‑plating treatment for anti‑oxidation and low‑contact‑resistance surface; specialized structural design for laptop small‑motor circuit connection. It effectively guarantees smooth circuit transmission and lowers hidden troubles such as poor contact for notebook motor modules.
Continuous stamping supports large‑volume mass production with stable batch quality. Tin‑plating surface treatment prevents brass from oxidation in confined electronic internal environment. As custom conductive stamping hardware for consumer electronics, it meets notebook manufacturers’ strict requirements for internal conductive accessories.
Special‑Purpose Structure, for Laptop Small‑Motor Circuit Connections
Product Specifications
Product Model: 52170000151
Production Process: Continuous stamping, tin plating
Product Specifications: 3.21.20.3
Product Material: Brass H65
Application Field: For laptop small motor circuit connections
Notes: No special notes
Application Fields
Laptop Small‑Motor Circuit Connections
This terminal is exclusively used for circuit connection of small motors inside laptops. It provides stable conductive contact in the narrow internal space of notebooks, ensures normal power supply of small‑motor components, avoids circuit instability caused by oxidation or vibration, and keeps consistent working performance of laptop motors.
Product Advantages
Premium H65 Brass Conductive Substrate
H65 brass owns great electrical conductivity and moderate elasticity. It maintains stable contact pressure after assembling, effectively resisting slight vibration inside the notebook and reducing the risk of contact separation.
Continuous Stamping Guarantees Batch Consistency
Continuous stamping forming keeps unified outline and size for each terminal. Small tolerance deviation for mass‑production parts ensures good interchangeability on the notebook assembly line and raises production efficiency.
Tin‑Plating for Anti‑Oxidation & Stable Conduction
Uniform tin‑plating layer on surface prevents brass oxidation and discoloration, keeps low contact resistance for a long time, and avoids poor circuit conduction caused by surface oxidation inside closed electronic equipment.
Structure Optimized for Notebook Compact Circuit
The terminal structure is tailor‑made for laptop small‑motor circuit access. It occupies minimal internal space while realizing reliable electric contact, matching the compact circuit layout of thin‑and‑light notebooks.
Use Scenarios
Internal Circuit Connection for Notebook Small‑Motors
Installed inside laptops as conductive connecting component for small‑motor assemblies. Stably transmits current, suppresses contact failure induced by vibration and oxidation, and supports continuous and stable operation of notebook small motors.
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