A se**d embodiment of a flat cable in accordance with the i**ion will likely be defined under with refere**o FIGS. In order to attain the above object, the i**ion offers a versatile, shielded flat cable having a basic building which includes a base film, a plurality of strips of circuit **ductor Juxtaposed on the bottom movie, a strip of floor **ductor **anized in parallel with the strips of circuit **ductor, a cowl layer movie hooked up to the strips of circuit **ductor and ground **ductor, and a shield tape of a **ductive metallic foil, made for example of aluminum, copper or the like, extending over the cowl layer film, the bottom **ductor being **ductively linked to the shield tape, whereby the cover layer film is of a double layered development **prised of an upper cowl layer film having an area provided with no higher layer film therein, and a lower cowl layer film, and wherein the ground **ductor is uncovered, by means of the realm supplied with no upper layer film, to the shield tape in order to be linked with the shield tape. A pair of shield tapes 5 of a **ductive steel foil are hooked up to the outer surfaces of the cover layer movie four and base movie, respectively, so as to shield the cable.

The flat cable of an inter**-like **figuration **tains circuit **ductors 1 of an inter**-like **figuration Juxtaposed on a base movie 3, and ground **ductors 2 of an inter**-like **figuration disposed on the base film three in parallel relationship with the circuit **ductors 1. The **ductors 1, 2 are lined with a cover layer film 4. A pair of shield tapes 5 of a **ductive metallic foil, fabricated from aluminum, copper, for example, are shieldingly attached to the cowl layer film 4, so that the bottom **ductors 2 and the shield tapes 5 are **ductively related. FIG. 1 is a perspective view illustrating the development of a shielded flat cable in keeping with a primary embodiment of the i**ion. A shielded flat cable in line with a se**d embodiment is characterized by a building whereby the lower cover layer film of a predetermined size is placed over the bottom film at a predetermined location thereof so as to electrically insulate the upper floor of the circuit **ductors, the circuit **ductors being supplied within the higher floor of the base movie, the ground **ductor is disposed on the lower cover layer movie, the bottom **ductor being arranged in parallel with the circuit **ductors, and the higher cowl layer film is placed over the base movie in an area including the higher surfaces of the bottom **ductor and the decrease cover layer movie in order to type a cable physique, whereby an space having no higher cowl layer movie is supplied which extends along the intermediate portion of the lower cover layer film and transversely of the cable physique, whereby the shield tape is attached to the floor of the cable physique together with the world having no upper cover layer film in order to shield the cable body, and wherein the ground **ductor and the shield tape is **ductively co**ed with one another by the area having no upper cover layer movie.

A shielded flat cable according to a primary embodiment is characterized by a building whereby the decrease cover layer movie is placed over the bottom film provided, in the upper surface thereof, with the circuit **ductors juxtaposed thereon, the bottom **ductor is disposed on the lower cowl layer film in parallel relationship with the circuit **ductors, and the upper cover layer movie is positioned over the decrease cover layer film and the higher floor of the ground **ductor in order to kind a cable body, whereby the cable physique is offered, at predetermined areas thereof, with areas having no upper cowl layer film which prolong transversely of the cable body, wherein the shield tape is placed over the floor of the cable body including the areas having no upper cowl layer film so as to shield the cable physique, and wherein the ground **ductor and the shield tape are **ductively co**ed with each other by way of the areas having no upper cover layer movie. Several embodiments of a shielded flat cable in keeping with the i**ion shall be defined below with refere**o FIGS.

For **venience of illustration, shielded flat cables in prior art will probably be explained be**h with refere**o FIGS. Thus, such a flat cable is disadvantageous, since it doesn't meet the requirement in the artwork in view of miniaturization and value savings of the flat cables. With the se**dly talked about shielded flat cable in prior art, the ground **ductor, 2 exposed exteriorly alongside the size thereof, may be straight co**ed to the shield tape 5. Thus, the "less workability", "limitation in the area between the **ductors", and "less reliability in electrical co**ion", due to the presence of the co**ion home windows 6, mentioned above could also be eradicated. Thus, co**ion windows in the prior art may be obviated. The bottom **ductor and the shield tape could also be electrically co**ed with each other through the realm having no upper cowl layer film, with out the usage of co**ion home windows within the prior artwork. The i**ion additionally permits floor-to-floor **tact between the ground **ductors and shield tape, in order to extend stability of efficiency in electrical co**ion and shielding ability. The performance in electrical co**ion between the bottom **ductor and the shield tape is improved as a result of floor-to-surface **tact therebetween.