DE1942113B2 - DEVICE FOR PRODUCING A DELAY LINE - Google Patents

Description

Arms 6 and 7 set in rotation, namely, as already mentioned, in opposite directions, so that the two conductors the delay line by the direction of the arrow

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see, where the two conductors are labeled 20 and 21. From Fig. 3 it can be seen that on the on the right side always the ladder 21 above the ladder 20

eier delay line around the in Kicntung des Hei- reciuen aene sicis uci w »» '* "·. Γι Γ

! there 19 moving core 3 are wound. The two lies, while on the left-hand side the conductor and the core 3 are reversed from FIG. i is more specifically to ER 5 conductor 20 via the conductor 21st

1 sheet of drawings

Claims (1)

1 2 - * and underlying fixed parts of the device Claim: remains that two coils, one of which is the Hin conductor and the other the return conductor of the delay Vorrichiung for the production of a delay line carries, on two arms rotatable angerungsleitung, whose back and forth conductor are brought around a 5, which are mounted on two side by side arranged common cylindrical core with opposite axes in such a way that they are wound the board in the set direction of impact , which circle with opposite directions of rotation and that the two conductors cross each other twice per turn of the axial movement of the pins depending on the type that they have the same mean wind position of the coils so that they have hind diameters, thereby io and return line unhindered around the central lug η draws that are wound on a central pia- fenden core,
tine (t) a cylindrical core (3) supporting The advantage of the invention is that Coil (2) is rotatably arranged that the board through the arms mounted on separate axes is mounted on axially movable pins (14) so that it is ensured that the coils of back and forth a space between the board and 15 conductors on two diametrically opposite one another underlying fixed parts (16, 17) of the pre-points, based on the central board, once in the direction what remains is that two coils (4, 5) are on the outside and the other on the outside, so that on nen one the back and the other the return line on one side, for example the back and forth the delay line carries, on two arms other side of the return conductor, at the crossing of the (6, 7) are rotatably attached, which is on two ao both above. The delay thus built up next to each other arranged axes (8, 9) such line has the same central bearing for both conductors are that they have the board with opposite diameter and is therefore placed symmetrically Circle the direction of rotation and that the axial builds. Movement of the pins as a function of the Po- An embodiment of the subject matter of the invention position of the coils is controllable in such a way that hindsight is shown in the drawings,
and return line unhindered around the central entrance. 1 and 2 show a schematic representation running core to be wound. two views of the device according to the invention, while in 3 shows a section of one with the device 30 produced delay line is reproduced. 1 with a central plate is referred to, on which the coil 2 is rotatably attached about its axis. On this coil 2, the core 3 is arranged to The invention relates to a device which the conductors of the delay line are wound which are used to produce a delay line 35. These conductors are on the two coils 4 should be used. The outward and return conductors die- and 5 arranged separately. The coils 4 these delay lines are around a common and 5 are rotatably mounted on the arms 6 and 7, cylindrical core wound, with opposite and the arms can around the separate axes 8 set lay direction. They cross each other and 9 rotate. Through this rotation, the twice per turn, in such a way that the arms of the 40 two coils touch the central plate 1, have the same mean winding diameter. namely, they add circular paths 10 and 11 A problem in the production of deceleration, as shown in FIG. 2 can be seen. the In order to achieve a large two coils 4 and 5, the circuit board 1 encircles it ßen delay time as high an inductance as possible in the opposite direction, as indicated by the arrows did get. This is achieved by a possible 45 12 and 13 is indicated. allows strong coupling of outward and return conductors. The circuit board 1 is now in its in A delay line is already known to F i g. 1 held position shown. These pens been, technical brochure: »Delax cables for impulse ver- are axially movable in the direction of the double arrows 15, hesitation «, no. magnetisable core support the tightly coiled In- 5 ° tine 1 and on the other hand in the solid rope wearing. A dielectric 16 and 17 of the device has disappeared over the inner conductor so far that Cumulatively attached and above it lies a single from that it is the path of the conductor of the delay line existing wires with a long lay length are not obstructed. Conveniently there are six of brought outside conductor. Such a line can be provided for these pins 14, of which there are always four although with conventional machines it is relatively simple 55 to be in contact with the circuit board 1 in order to do this finished, but in many cases it can be held in its position without an additional circuit board. The two other facilities Cannot be used because they are not symmetrical pins can be removed from the board 1 and is constructed trically. take the position as shown for example by The invention is based on the object of providing the pins 18 in FIG. 1 is reproduced. The control device for producing delay ^lines can for example specify conditions with which it is possible to set up a completely symmetrical line coupled to arms 6 and 7. Cam disk take place, which is a control This object is achieved according to the invention with one of the pins 14, depending on the position of the device of the type described at the outset, as a result of coils 4 and 5. Of course, the solution is that on a central plate a cylinder bearing the cylinder 65 control of the position of the pins 14 for the invention threshing core is rotatably arranged, in itself, irrelevant, and it can be achieved through all of the fact that the plate on axially movable pins methods known to the machine technology are carried out,
pert is. that a gap between the board When using the machine are now the