High-Density Micro Rectangular Electrical Connector: HUADA J30JD-100TJ

The HUADA J30JD-100TJ Micro Rectangular Connector is the ideal solution for space-constrained applications where reliability is paramount. This connector combines a compact design with robust construction, offering a high-density solution for PCBs while maintaining exceptional performance.
Featuring a 1.27mm contact spacing and 1.1mm row spacing, the J30JD-100TJ maximizes component density on your boards. This, combined with its compliance to GJB 2446 (Chinese military standard) and MIL-DT-83513 (US military standard), ensures dependable operation in even the harshest environments. The J30JD-100TJ is engineered for applications demanding robust connectivity, such as aerospace, automotive, industrial control systems, and telecommunications equipment.

Key Features of the HUADA J30JD-100TJ Connector

Contact Spacing: This refers to the distance between the centers of adjacent contact pins. A 1.27mm contact spacing is a common standard for micro rectangular connectors.
Row Spacing: This is the distance between the centers of adjacent rows of contact pins.
Contact Pin Length: This specifies the length of the individual contact pins.
Connector Housing Dimensions: These include the length, width, and height of the connector housing.
Mounting Style: How the connector is attached to the PCB (e.g., surface mount, through-hole).
Housing Material: This could be plastic or metal (e.g., polycarbonate, thermoplastic, brass, stainless steel).
Current Rating: The maximum current the connector can safely carry.
Voltage Rating: The maximum voltage the connector can safely withstand.
Contact Resistance: The resistance between the contact pin and the mating component. Lower contact resistance is better for signal integrity.
Insulation Resistance: The resistance between the connector's contacts and its housing. A higher value indicates better insulation.
Contact Type: Whether the connector is male or female.
Termination Type: How the wires are connected to the connector pins (e.g., crimp, solder).
Operating Temperature Range: The temperature range over which the connector can operate reliably.
Humidity Rating: The maximum humidity the connector can withstand.
Vibration Resistance: The ability of the connector to withstand vibration without failure.
Shock Resistance: The ability of the connector to withstand shock without failure.
Salt Spray Resistance: The ability of the connector to withstand exposure to salt spray (important in marine applications).
Mating Cycles: The number of times the connector can be mated and unmated before experiencing a failure.
Contact Arrangement: The number of pins and their arrangement (e.g., single row, double row, staggered).

Technical Features Table: