Are your target connectors mechanically compatible with standard footprints?

Precision hardware integration demands exact coplanarity and tight dimensional tolerances for Tape & Reel automated placement. Explicitly, Jiatel supplies form-fit drop-in mechanical replacements compatible with legacy Mill-Max target pin layouts. We strictly prohibit the distribution of unverified digital mockups. Instead, our process pivots entirely toward rigorous tolerance verification based on official technical datasheets and verified 2D footprint specs.

What plating and durability specifications do your landing pads offer?

To guarantee flawless reflow soldering stability, our Senior NPI Engineering Team audits each customer PCB constraint. We eliminate contact oxidation risks through customizable 30μ" gold over nickel plating, ensuring the landing pads can withstand 50,000+ mating cycles against pogo pins without degrading signal integrity.

Target Connectors & Contact Pads

Precision Target Connectors & SMT Contact Pads

We engineer precision Target Connectors and SMT Contact Pads to serve as sacrificial mating surfaces, protecting critical PCB gold fingers from mechanical wear. Our automated manufacturing matrix fabricates flat, concave, and custom pad geometries supporting continuous loads from 1A up to 6A. Furthermore, our test data shows ultra-low contact resistance below 0.15mΩ across 50,000+ mating cycles. Consequently, global OEMs rely on our gold-plated landing pads to ensure stable power delivery for high-vibration wearable charging and industrial pogo pin interfaces.

Form-Fit Mechanical Compatibility with Legacy Footprints

Precision hardware integration demands exact coplanarity and tight dimensional tolerances for Tape & Reel automated placement. Explicitly, Jiatel supplies form-fit drop-in mechanical replacements compatible with legacy Mill-Max target pin and pad layouts. We strictly prohibit the distribution of unverified digital mockups or 3D CAD files. Instead, our process pivots entirely toward rigorous tolerance verification based on official [Technical Datasheets] and verified [2D Footprint Specs], eliminating field failures caused by automated placement misalignment or soldering lift-off.

Advanced NPI Deployment and Surface Plating Control

To guarantee flawless reflow soldering stability (up to 260°C for 10 seconds), our Senior NPI Engineering Team audits each customer PCB constraint. Therefore, we eliminate contact oxidation risks through strict coplanarity control and customizable 30μ” gold over nickel plating. Sub-millimeter mechanical tolerances across round (e.g., Φ3.0mm), rectangular (e.g., 4.0×2.0mm), and custom SMT pad geometries are fully secured before batch manufacturing. To initiate a mating life cycle evaluation, select the engineering queue below for immediate allocation.

Technical Specifications and Performance Matrix

Engineering Parameter	Verified Performance Capability
Standard Geometries	Round and Rectangular SMT Pads (Custom shapes available)
Contact Resistance	Ultra-low electrical path ≤ 0.15mΩ
Current Rating	1A to 6A Continuous power transmission
Contact Plating	30μ” Gold over Nickel for extreme oxidation resistance
Mechanical Cycle Life	Engineered for 50,000+ Mating Cycles against spring pins

Request Engineering Drawings & Custom Technical Support

For specialized pad geometries or rapid prototyping cycles, procurement teams can seamlessly connect with our technical desk. We enforce a strict 12-hour fast response SLA, guaranteeing the delivery of fully matched, production-ready PDF drawings upon request. To secure your position in our technical validation pipeline and share your custom target pad parameters: Request Engineering Support

Disclaimer: Our mechanical footprint-matched contact pads share identical PCB mounting geometry with reference legacy layouts. Outer dimensions, specific pad geometries, and contact plating thickness can be tailored per your project budget and reliability requirements, and may differ from original OEM specifications.