JPS5944896A - Electronic circuit device - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION [Technical Field of the Invention 1] The present invention relates to an electronic circuit device, and particularly to an electronic circuit device 1G in which a plurality of electronic circuit elements are interconnected and a C circuit can be expanded.

[Technical Background of the Invention 1] When expanding the circuit of an electronic circuit device, such as a memory circuit device, it is necessary to add circuit boards to an unused rack on which circuit boards are mounted. Shi C (= J
Alternatively, as shown in FIG. The menu for
One circuit element 1) is mounted on the other hand.

In addition, if the circuit expansion is on a small scale (as shown in Fig. 2), a space for expansion of memory circuit elements provided on the circuit board 2 (as shown in Fig. 2) is provided in the so-called service area 6 for expansion. It is implemented by mounting 18 memory circuit elements and using the above-mentioned service specifications.

[Problem 1 in Background Art However, as mentioned above, there is no space on the circuit board 2→
) 3 to another circuit board 4 (me 1) When expanding the circuit, it is necessary to connect each circuit board 2.4 with a connector etc., making the wiring complicated and making assembly difficult. Not only is it troublesome, but the appearance is also good (J has some drawbacks).

Moreover, if there is no space on the circuit board 20 to arrange another circuit board 1, it is impossible to carry out this process.

In addition, when expanding the circuit by mounting the circuits A to R on the Revis Reno 26 previously installed on the circuit board 2, it is necessary to expand the circuit slightly in order to prevent the circuit board 2 from turning into a doll. There is a point fjt that can only be drawn, and the extent of expansion is uncertain from the beginning.
C Trouble De 1] Hiyaru.

[Object of the Invention] The present invention has been made in order to overcome these drawbacks, and therefore provides an electronic circuit element in which circuit expansion on a circuit board is extremely easy.・Our goal is to provide an electronic circuit device that can achieve ultra-high density.

To achieve this objective, a wooden device was devised (41) to each of the plurality of electronic circuit devices that had been installed, and by protruding the connectors from the sides, the connectors were placed on different sides of the It is equipped with a =1 connector part shrine in which a connector similar to the connector can be inserted and connected, and the connector of the - electronic circuit element is inserted and connected to the connector member of the other electronic circuit element, and the plurality of One feature is that four electronic circuit elements are connected together.

[Embodiment 1 of the Invention The present invention will be described in detail below. 1. Figures 3 and 4 show individual electronic circuit elements constituting the electronic circuit system of the present invention. There is a side view.

In the figure, the memory circuit element 1 (3) of C is made of a battery packed with a synthetic resin or the like as a circuit element, and the package 7 is formed into a relatively flat shape, with a pie 1-memory gear 1 built-in at 32. A connector 8 is protruded from the side surface of the connector 8 and extends in the horizontal direction.

The connector B is integrally provided to protrude from the package 7 of the memory circuit element 1, and is a protruding piece with a convex cross section I? ], and a plurality of connecting terminals tIIi10 formed on the surface of the projecting piece 9 and electrically connected to a memory module (not shown) inside the back shifter.

A connector having the same configuration as the connector 8 described above can be inserted on the opposite side of the memory circuit element 1 from the connector ε3 connected to J3.]
Connector 8 (Roy 11 is formed. 1 connector part 4.
! l 11 t, from connector ε3 1. ) 1 hanger (large diameter concave) 12 and distributed in this concave groove 12,
When it comes into contact with the connection electrode of the connector, it is connected to the connection terminal 13 which is connected to the internal module module.

Reference numeral 171 in the figure C1 is a DIP switch whose purpose is to designate the address of the chip select 1-(GE) terminal that is to be inserted after each meter circuit element 1 is connected.

This J: Meshiri circuit element 1 [, top, fifth
As shown in the figure 1J, the connector ε3 of another mesh circuit element 1a having the same structure is inserted into the T1 connector member 11 of the mesh circuit element '1, and the connection 1'1 of the connector 8 is inserted. ? Connect the terminal (not shown) and the connecting terminal 13 of the 21st connector part 11 to complete the circuit! ! The i side is configured.

(Figure 5 shows the main circuit element 1.1a, ill
, create a 4J memory circuit device by connecting four ICs together! There is a perspective view of the state.

This J is a 7-to-J" circuit device that connects four sea urchins.
The circuit configuration shown in FIG. 7 is connected, for example, to J in FIG.

- In addition, each memory circuit element 1 to ICI, ε3 bit input/output terminal, '155 pin 1 to address designation terminal Ao to Δ14, CF 1 to 13, and W/1< terminal to the right. Then, each terminal is connected to C'+9 independently via the above-mentioned connector and 3.1 connector member (J).

Then, 1 case, 2 case mounted on a circuit board (as shown in the figure).
The output terminals YO to Y3 of the data circuit 15 are connected to each of the circuit elements 1 to 1.
Connect to each CE terminal of C, and send the W/Rl;'; and address signals to each of the circuit elements'1 to 1.
It is connected to the W/R terminal of C and the addressing terminal -r. If the decoder circuit 15 is manually operated by the address designation terminals A+ 4 and A+ 5, it functions to designate the address of each of the 17 bits 1- of each of the circuit elements t.

FIG. 8 shows the four relay circuit elements 1 to 1C shown in FIG.
This is a cross-sectional view showing the state in which the memory circuit device inserted and connected to the circuit board 1G (111) and connected to the circuit board 1G (111) and connected by -C is mounted.

The parallel circuit elements 1.1c at both ends of the connected parallel circuit devices '1-.1c are supported between support termiple 17. For those who are doing so, the connector ε3 of the circuit element 1 is connected to the output terminal 10 of the support terminal 17, and the connector ε3 of the circuit element 1 is connected to the circuit pattern of the board 16 (as shown in the figure). There is.

A space 20 is created between the circuit board 16 and the mesh circuit device supported between the support terminals 17 and 18. This space 20 is used to attach the C flat package type electronic circuit element 21x5 chip type single generation resistor. 22 etc. to circuit board 1
Is it possible to implement it on 6?

In the embodiment described above, the connectors 8 to 8G have been added to the connectors 8 to 8G for a month. Although an example of forming the connection electrode 10 in t and t() has been described above, the present invention is not limited to this, and for example, as shown in FIG.
By protruding a plurality of dobbins 233 from the side surface of the main circuit element 1, the -1 connector of the connected main circuit elements f'1 to 1c is obtained. As the member 11, a connector 24 made of this lead pin 23 is used.
41 results for the 11-capable IM structure of insertion connection [, [, J
.

stomach.

J3, to connector 8-8C Onibi-1 connector part shrine 1'1
The number of circuit contacts Ij1 in ~11c, and 1 in the circuit elements 1~1C. Depending on the address specification terminal, etc., the memory of J
There is fliiC.

Further, the memory circuit element 1 of the upper 3Ji ~'I
c It: In this case, the connectors 8 to 8 C and the connector part 11 and 11c were formed on opposite sides at -, but they were aligned in the direction of connection. If they are formed on different sides, the object of the present invention) can be achieved. .

In addition, the electronic circuit elements 1-C are connected to the mesh circuit lines r1 to 1.
G's Iljl Iruiro na Denj' 1jil Michinaga J'-1
, la3 i (application C can be done, but r'tJ is not.

[Effects of the Invention] As explained above, the electronic device f”- of the present invention includes a plurality of packaged commercially available circuit elements 77 (these,
- With the connector protruding from the side and one on a different side
It is equipped with a 21 octater part which can be connected by inserting a 4F connector in the same way as the above connection. l\Insertion connection ()'cj Now that the connector has run out, insert and connect the connector provided on the electronic circuit element to the -1 connector part 4A of another electronic circuit element. This makes it possible to easily expand the circuit of electronic circuit elements.

Moreover, it is possible to directly connect and connect several electronic circuit elements, and the mounting surface occupied by the electronic surface A'8 is small, making it possible to improve the mounting density on the circuit board. .

In addition, when mounting connected electronic circuit elements on a circuit board via support terminals, a space is created between the power supply circuit elements and circuit boards. By utilizing the ability to mount other electrical components on a circuit board, it is possible to significantly improve the packaging density.

[Brief explanation of the drawing]

1st Figure 13(j 'd52 Figure C(+r g< (
1) Electric flid route H! ! "F, 11 Ota Revealing Perspective View J3 and Plan View, Figure 3 J3." and Figure 4 are V perspective views showing one embodiment of the individual electronic circuit elements constituting the electronic circuit device of the present invention. and side 1iTi views, FIGS. 5 and 6 are shown in FIG. 3, and FIG. Figure 8 shows the electronic circuit device of the present invention mounted on a circuit board.
1-1 cross-sectional view and FIG. 0 are perspective views showing another actual electronic circuit element fArIfail of the electronic circuit device of the present invention. 1.1a-・1C・・・・・・Electronic circuit element (Mail circuit element r) 7・・・・・・・・・・・・・・・・・・・・・・・・Release date One wire 8, ε3a~8C...Connector 10...Connection electrode 11.11a-・'11G...- ” Connector member 12・・・・・・・・・・・・・・・・・・・・・
Groove 13・・・・・・・・・・・・・・・・・・
Connection terminal 15・・・・・・・・・・・・・・・・・・
・・・De]-Evening circuit 16・・・・・・・・・・・・・・・
...Circuit temporary agent or logic - 1 Suyama 111-Figure 1 Figure B

Claims (1)

[Claims] (1) In a plurality of packaged electronic circuit elements, a connector can be protruded from one side and the connector and an Ir11-like connector can be inserted and connected to a different side.
It is characterized by comprising a connector member, and inserting and connecting the connector of the - electronic circuit element to the connector 81 of another electronic circuit element to connect and connect the plurality of electronic circuit elements. Electronic circuit equipment.