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Molex 731712752 — RF Cable Assemblies

Molex 73415 731712752 BNC Jack, 75 Ohm, 4 GHz, Right-Angle

MPN731712752
Active

Molex 73415 BNC jack, female socket, 75 Ohm, 4 GHz, 300 V, right-angle through-hole, solder termination, bayonet lock, 1 port, box packaging.

$7.5500Ref. price · indicative, final on quote
Sourced new & surplus through independent channelsAuthenticity-screened · ESD-safe packingListing updated Aug 2026

Specifications

731712752 specifications
ParameterValue
Series73415
MountingThrough Hole, Right Angle
Connector typeJack, Female Socket
Fastening typeBayonet Lock
Voltage rating300 V
Frequency - max4 GHz
PackageBox
Impedance75 Ohms
Number of ports1
Shield terminationSolder
Contact terminationSolder

Product details

Rated to 4 GHz and 300 V, this jack carries the 75 Ohm characteristic impedance standard for composite video, SDI, and broadband data links. Single-port configuration, box packaging.

The 4 GHz frequency ceiling and 75 Ohm impedance define the usable bandwidth for serial digital video (SDI) and high-resolution analogue video. At 4 GHz the connector's VSWR and insertion loss are controlled by the 75 Ohm geometry of the BNC interface and the PCB launch. For typical video signal levels the voltage headroom is not a limiting factor — the impedance and frequency specs govern the fit.

Right-Angle Through-Hole — Board Layout and Mechanical Fit

The through-hole mounting gives a stronger mechanical anchor than an SMT version — the shield legs and centre pin solder into plated holes that resist the lever force of a mated cable. The bayonet lock adds a secondary retention that prevents the cable from unseating under vibration or incidental pull.

Frequently asked questions

What is the impedance and mounting type of 731712752?

The impedance is 75 Ohms and the mounting type is through-hole, right-angle — a board-edge BNC jack that mates parallel to the PCB.

Is there an equivalent or replacement for 731712752?

The closest functional peer in the same 73415 series is 73171-2752, which shares the same 75 Ohm impedance, 4 GHz frequency, and right-angle through-hole mounting — the two are functionally identical for most applications.