RCII Series
Contact Spacing: 0.075" (1.905mm)
The stackable compliant connector family has an aligned contact field for improved signal integrity. It is used in high-density, board-to-board stacking applications. It supports 100 Ω and 85 Ω differential serial buses.
SIZES: 3 & 4 rows, 1–4 bays (25–120 contacts)
TERMINATIONS: Press-fit, plated thru-hole
BODY MATERIAL: Plastic
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3-Row Vertical, Stackable Bottom-of-Stack with Signal Integrity (Full Profile)
RC324, Press-Fit Board Mount Connector, Bottom-of-Stack Compliant Pin/Socket, Full Profile, 3 Rows
A 3 row bottom-of-stack PC Board mount connector used as a standalone press-fit connector or the first, or bottom-most, connector in board-to-board stacking applications. These stackable compliant connectors use patented stacking contacts in a...
3-Row Vertical, Stackable, Mid and Top-of-Stack with Signal Integrity (Full Profile)
RC324, Press-Fit Board Mount Connector, Mid and Top-of-Stack Compliant Pin/Socket, Full Profile, 3 Rows
A 3 row mid and top-of-stack PC Board mount connector that can be used in board-to-board (and multi or thru board) stacking applications. These stackable compliant connectors use patented stacking contacts in a high-density, aligned field for...
4-Row Vertical, Stackable Bottom-of-Stack with Signal Integrity (Full Profile)
RC424, Press-Fit Board Mount Connector, Bottom-of-Stack Compliant Pin/Socket, Full Profile, 4 Rows
A 4 row bottom-of-stack PC Board mount connector used as a standalone press-fit connector or the first, or bottom-most, connector in board-to-board stacking applications. These stackable compliant connectors use patented stacking contacts in a...
4-Row Vertical, Stackable, Mid and Top-of-Stack with Signal Integrity (Full Profile)
RC424, Press-Fit Board Mount Connector, Mid and Top-of-Stack Compliant Pin/Socket, Full Profile, 4 Rows
A 4 row mid and top-of-stack PC Board mount connector that can be used in board-to-board (and multi or thru board) stacking applications. These stackable compliant connectors use patented stacking contacts in a high-density, aligned field for...