The MMCX connector is a small push-on lock coaxial connector.
[Features] · Simple push-on format used for easy insertion and extraction. · Able to load PCMCIA type II cards: MMCX-LR-SMT (40) have a thickness of 3.51 mm and can be loaded to the back side of type II cards. · Moreover, if a 0.36 mm degree of eccentricity from the central card line is used when mounting a card on the circuit board mounting surface, the central card axis and central connector axis will be aligned. · Ultra-thin cable compatibility: RG type high frequency coaxial cable... RG-178B/U (⌀1.8), ... RG-316/U (⌀2.59MAX), ⌀1.48 (single layer shield) fluorine resin coaxial cable, ⌀1.32 (double layer shield) ultra-thin fluoride resin coaxial cable, ⌀1.13 (single layer shield) ultra-thin fluoride resin coaxial cable, ⌀1.37 (single layer shield) ultra-thin fluoride resin coaxial cable. · Dual terminal connection with other series: Capable of dual terminal connection with U.FL, N, BNC, HRM, and TNC series. · Highly coordinated: high frequency traits are realized with a voltage standing wave ratio (V.S.W.R.) of less than 1.2 at a frequency of up to DC 6 GHz (possessing representative value and not compatible with all products). ・Compatibility: the opening is standard, allowing for mating with MMCX connectors.
Utilizing a slide snap lock method, both the internal and external conductors are in almost perfect contact, providing excellent durability. There are two types of wiring methods used: crimp wire connection and screw clamps. Compliant with Japan Defense Agency DSPC-6206.
[Features] • The Japan Defense Agency has enacted a specifications document: DSPC-6206. • Every aspect of performance for mid-size connectors is specifically demonstrated, and although the size is exceedingly miniaturized, performance is comparable to mid-sized high frequency connectors. • A slide snap locking system is utilized within the external conductor, and this conductor has near complete contact and also demonstrates excellent vibration resistance. • Wire connection work can be conducted in a thoroughly simplified and assured manner using one of these two methods: the crimp wire connection method or the screw clamp method.