Heightened USB Female Socket features reinforced extended base structure to improve soldering stability during through hole assembly on printed circuit boards.
DIP Mount USB Connector adopts through hole pin design to realize firm mechanical fixation and reliable electrical connection for industrial digital equipment.
LCP Insulator USB Jack uses high performance flame retardant plastic material to maintain stable performance under complex temperature and working conditions.
2.Detailed Specifications of Heightened Type USB3.0 A Female Right Angle DIP Connector
1. Mechanical Specifications
1.1 Product type: Heightened type USB3.0 A female right angle DIP connector, total height 12.15 mm
1.2 Measurement unit: millimeter
1.3 Key dimension: Follow drawing dimension and PCB layout tolerance ±0.05, heightened base design improves mounting stability. All dimensional tolerances comply with drawing standards for printed circuit board design reference.
1.4 Assembly method: Complete through hole DIP soldering onto PCB, insert matching USB male plug to finish high‑speed data connection.
1.5 Mechanical performance: Minimum mating force 3.57 kg, minimum unmating force 1.02 kg
1.6 Ordering feature: Multiple terminal gold plating options, optional shell material and insulator material, diverse packing choices including tray bag tube and tape reel.
1.7 CTA: Contact our engineering team to obtain complete dimension drawings and ordering specification for your hardware design validation.
2. Material Construction
2.1 Insulator: LCP, UL94 V‑0 flame retardant grade
2.2 Contact terminal: Bronze, thickness 0.2 mm
2.3 Shell: Brass, thickness 0.3 mm, stainless steel is available as alternative
2.4 Plating: Terminal supports multiple gold thickness plating with nickel and tin underlayer. Shell adopts full surface nickel plating.
3. Electrical & Performance Parameters
3.1 Compliance: Meets HSF and RoHS environmental requirements
3.2 PCB layout tolerance: ±0.05 millimeter for recommended footprint
4. Usage Method
4.1 Assembly mode: Refer to recommended PCB layout to complete through‑hole soldering. Insert compatible USB male plug to achieve stable USB3.0 high‑speed signal transmission.
4.2 Operation tip: Select suitable terminal plating shell material and packing method according to actual project requirements.
5. Application Scenarios
5.1 High speed data interface for digital consumer equipment
5.2 USB port design for industrial control electronic devices
5.3 Interface connection for storage and communication modules
5.4 Peripheral port for instrument and measuring equipment
6. Operation & Storage Precautions
6.1 Follow drawing dimension and PCB layout tolerances during printed circuit board design
6.2 Avoid excessive plugging and unplugging force to prevent deformation of bronze contacts
6.3 Protect terminals shell and insulator from scratches contamination and mechanical impact before assembly
6.4 Store products in dry environment to prevent oxidation of plating layers
6.5 Confirm plating option shell material insulator material and packing type before placing purchase order
6.6 CTA: Submit your plating shell material packing selection and project details, we offer free sample evaluation and professional technical consultation services.
3.FAQ
Q: How many packaging do you have?
A: We have five packages including PE bag, hand bag, zip lock bag, colorful box and white box currently.
Q: Can you do our own packaging?
A: Yes, you just provide the package design and we will produce what you want. We also have the professional designer can help you do the packaging design.
Q: How many different types of products your company manufactures?
A: Now we have more than 1,000 products. We have a strong advantage of OEM, just give us the actual products or your idea that you want, we will manufacture for you.
4.Product Drawing: