INNOVACERA’s connector are hermetic sockets, the medium is made of glass sintering, the contact spacing is 1.27mm, the tail termination is adapted to the wire core cross-sectional area of 0.1~0.15mm", and the tail termination can also be directly welded to the printed circuit board. The product is specially used in occasions with hermetic sealing requirements, with small size, light weight, reliable connection, excellent electromagnetic shielding performance, vibration resistance, impact resistance and other characteristics.
Technical advantages
Air tightness level: ≤1.0×10-9Pa·m3/s;
Insulation resistance: ≥1000MΩ;
Dielectric withstand voltage: ≥500V.
Features
-High-density design
Can withstand high-frequency and high-speed signal transmission while occupying very small space
-High reliability
Precision design, reliable contact, and quick connection and disconnection
-Durability
Suitable for environments with high vibration, high shock, high temperature or high humidity
Declaration: This is an original article of INNOVACERA®. Please indicate the source link when reprinting: https://www.innovacera.com/product/micro-rectangular-connector
Frequently Asked Questions
Why Use Glass-to-Metal Sintering in Micro Connectors? How Does It Prevent Leakage in Harsh Environments?
Conventional plastic or epoxy-sealed connectors degrade rapidly when subjected to differential pressure, extreme temperatures, and mechanical shock. INNOVACERA’s micro rectangular connectors utilize high-performance glass-to-metal sintering to form a permanent, hermetic barrier. Achieving an ultra-tight air tightness level of <= 1.0x10^-9 Pa·m3/s, insulation resistance >= 1000 MΩ, and dielectric withstand voltage >= 500V, they completely block moisture, gas, and contaminants while guaranteeing high-speed signal integrity in harsh downhole or vacuum environments.
Need High-Density 1.27mm Pitch Sockets for PCB Integration? How to Custom Hermetic Connectors from INNOVACERA?
Featuring an ultra-compact 1.27 mm contact pitch, our hermetic sockets support both 0.1–0.15 mm² wire soldering and direct PCB through-hole termination. Customers can custom contact pin configurations, shell materials (such as stainless steel or Kovar), mounting flanges, and electromagnetic shielding to fit space-constrained instrumentation in petroleum drilling systems.
