KR200231734Y1 - PCB system for wiring circuit by the memory element and switching element - Google Patents

Abstract

The present invention relates to an electronic circuit board. More specifically, in order to improve the wiring performance and the recyclability of the circuit board, the circuit wiring and the change are made by software instead of the physical wiring, and the mounting parts are also solderless. The present invention relates to an electronic circuit board system for wiring circuits by soldering memory devices and switching devices.

The purpose of the present invention is to implement the logical wiring (using memory and switching elements), not the physical wiring, to facilitate the circuit wiring and change by software, and to realize the solderless soldering by detachable fixing method of components. An electronic circuit board system for wiring circuits with elements and switching elements is provided.

The present invention for achieving the above object is, in the electromagnetic plate constituting the electronic circuit without the need for soldering, circuit board 100 for mounting the components or elements required for the electronic circuit configuration; An interface 200 for converting the analyzed data by analyzing a circuit pattern of a component mounted on the circuit board 100 and wirings of the board; Receives the converted data of the interface 200 is characterized in that the user consists of a computer 300 that contains a program that can be viewed on a computer screen, and also to create or synthesize existing pattern diagrams and new circuit diagrams.

Also preferably, the circuit board 100 may include: an EEPCB interface 150 for receiving information transmitted through the computer 300; A memory element (140) for storing a conduction or a short by the data of the EEPCB interface; A switching device (130) for switching according to the memory state of the memory device (140); And an IC 110 to be mounted or a circuit 120 into which a general component can be inserted. The interface 200 transmits and receives data of the EEPCB 100 through an EEPCB interface 150. A data communication module 230; A wiring information module 210 for analyzing wiring information which has been transmitted; Characterized in that the circuit analysis module 220 for analyzing the circuit information that has been transmitted.

Description

Electronic circuit board system for wiring circuits with memory elements and switching elements {PCB system for wiring circuit by the memory element and switching element}

The present invention relates to an electronic circuit board. More specifically, in order to improve the wiring performance and the recyclability of the circuit board, the circuit wiring and the change are made by software instead of the physical wiring, and the mounting parts are also solderless. The present invention relates to an electronic circuit board system for wiring circuits by soldering memory devices and switching devices.

In general, a variety of basic circuits, such as electrical and electronic circuits, such as AC and DC circuits, semiconductor circuits, and various power supply circuits, are pre-configured in a school or a home, and thus they can be detached / combined in a device manner. Can be used.

The breadboard is to allow the user to experiment or practice while exchanging various types of educational circuit boards, thereby cultivating educational objectives or individual learning ability.

However, such a breadboard has to learn the characteristics (direction) of the board and is complicated, and also to connect the circuit connection lines separately in order to check the connection of the correct circuit, the fastening force is weak, it can be easily pulled out in poor use.

Also the classically most widely used method is to use soldering.

However, the soldering is unfamiliar to the use of an electric iron or postponement of the soldering, making the electronic circuit composition inaccessible. In particular, the use of electric irons during soldering can lead to burn hazards, lead poisoning hazards, and safety accidents and contamination from smoke.

In addition, the solder assembly method using a printed circuit board (PCB) substrate can not only configure a single circuit, but also has a problem that it is difficult to rearrange after soldering because it is misplaced. In other words, after the PCB circuit wiring was fixedly wired, there was a difficulty in changing the circuit, and recycling of PCB boards and components was more difficult, and thus, the boards and components had to be disposed of mostly.

The present invention was devised to solve the above problems, and an object of the present invention is to implement a logical wiring (using memory and switching elements) rather than physical wiring to facilitate circuit wiring and modification in software. The present invention also provides an electronic circuit board system that wires circuits with memory elements and switching elements that are solderless and solderless by attaching and removing components.

The present invention for achieving the above object is, in the electromagnetic plate constituting the electronic circuit without the need for soldering, circuit board 100 for mounting the components or elements required for the electronic circuit configuration; An interface 200 for converting the analyzed data by analyzing a circuit pattern of a component mounted on the circuit board 100 and wirings of the board; Receives the converted data of the interface 200 is characterized in that the user consists of a computer 300 that contains a program that can be viewed on a computer screen, and also to create or synthesize existing pattern diagrams and new circuit diagrams.

Also preferably, the circuit board 100 may include: an EEPCB interface 150 for receiving information transmitted through the computer 300; A memory element (140) for storing a conduction or a short by the data of the EEPCB interface; A switching device (130) for switching according to the memory state of the memory device (140); And an IC 110 to be mounted or a circuit 120 into which a general component can be inserted. The interface 200 transmits and receives data of the EEPCB 100 through an EEPCB interface 150. A data communication module 230; A wiring information module 210 for analyzing wiring information which has been transmitted; Characterized in that the circuit analysis module 220 for analyzing the transmitted circuit information, characterized in that to form a single chip by integrating the memory device and the switching device.

1 is a schematic configuration diagram of an electronic circuit board system for wiring a circuit to a memory device and a switching device according to the present invention;

2 is a schematic control block diagram of an electronic circuit board system for wiring a circuit to a memory device and a switching device according to the present invention;

3 is a configuration diagram of a memory and a switching device according to the present invention;

4 is a procedure diagram for wiring to an electronic circuit board according to the present invention;

Figure 5 is a procedure for analyzing the wiring information of the electronic circuit board according to the present invention.

<Description of Symbols for Main Parts of Drawings>

100: EEPCB 120: circuit

130: switching device 140: memory device

150, 330, 200: interface 210: wiring information module

220: circuit analysis module 230: data communication module

300: computer 310: user interface

320: application 340: O / S

350: H / W

Hereinafter, an electronic circuit board system for wiring a circuit to a memory device and a switching device of the present invention will be described in detail with reference to the accompanying drawings.

1 is a schematic configuration diagram of an electronic circuit board system for wiring a circuit with a memory device and a switching device according to the present invention. Referring to FIG. 1, a circuit board 100 for mounting a component or device necessary for an actual circuit configuration, and The interface 200 converts the analyzed data by analyzing the circuit pattern of the component mounted on the circuit board 100 and the wiring of the board, and the user receives the converted data of the interface 200 on a computer screen. It is composed of a computer 300 that is embedded with a program that can be viewed and also to generate or synthesize existing pattern diagrams and new circuit diagrams.

FIG. 2 is a schematic control block of an electronic circuit board system for wiring a circuit with a memory device and a switching device according to the present invention. First, an electrically erasable programmable circuit board (hereinafter, referred to as EEPCB) is shown in FIG. 3. As shown, a cell is composed of a memory and a switching element.

The EEPCB 100 includes an EEPCB interface 150 for receiving information transmitted through the computer 300, a memory device 140 for storing a conduction or a short circuit by data of the EEPCB interface, and the memory device ( And a switching element 130 for switching in accordance with the memory state of the 140 and a circuit 120 into which the mounted IC 110 or a general component can be inserted.

Therefore, the IC 110 or the general component mounted by the external control signal is connected or short-circuited, and the circuit state data is transmitted by analyzing the circuit state of the mounted component.

The interface 200 includes a data communication module 230 for transmitting and receiving data of the EEPCB 100 through the EEPCB interface 150, a wiring information module 210 for analyzing the transmitted wiring information, and circuit information that has been transmitted. It consists of a circuit analysis module 220 for analyzing the information of the EEPCB 100 and transmits the information data to the computer (300).

The computer 300 is composed of a user interface 310, an operating system (340) and a plurality of hardware (350), which are components of a general computer, and communicate with the interface (200). And an application program capable of displaying the received information of the interface 200 on a computer monitor and analyzing and processing the information.

3 is a configuration diagram of a memory and a switching device according to the present invention, and shows a unit cell composed of the switching device 103 and the memory device 104 of the EEPCB 100.

That is, the cell is divided into a cell having the word line 101 in the row direction and the bit line 102 in the column direction. Therefore, when any one substrate is connected, the switching of the switching element 103 is continuously connected to the state of a memory composed of 1 bit.

It will be apparent to those skilled in the art that the switching device 103 and the memory device 104 may be variously configured by a general transistor or flip-flop.

4 is a procedure diagram for wiring to an electronic circuit board according to the present invention, and FIG. 5 is a procedure diagram for analyzing wiring information of an electronic circuit board according to the present invention.

1 to 5 will be described in more detail the operation effect of the present invention.

First, in order to write the wiring information, various ICs or components are mounted on the EEPCB 100 (W10), and a circuit diagram is created using the application program 320 through the computer 300 (W20).

At this time, it is preferable that the application program 320 is compatible with various CAD or circuit writing programs and data conversion, and it is more preferable to use a conventional CAD program.

After the circuit diagram is created by the application program 320, the communication data is transmitted through the interface 330 inside the computer to communicate with the data communication module 230 to analyze the data through the circuit analysis module 220 and the EEPCB 100. The data is converted into a data type that can be received by the W30. The converted circuit data is received through the EEPCB interface 150 and stored in the memory devices 140 and 104, respectively, and then switches the switching devices 130 and 103 (W40).

Due to the switching of the switching elements 130 and 103, the respective ICs or components are connected to the respective word lines 101 and the bit lines 102 (W50), thus completing the circuit (W60).

In addition, in order to analyze the wiring information arranged in the EEPCB 100, the component wiring information is read from the state data in each of the memory devices 140 and 104 (R10).

The wiring information is analyzed by the wiring information module 210 through the EEPCB interface 150 and the data communication module 230 (R20). In addition, the analyzed wiring data is properly converted into data that can be decoded by the application program 320 (R30), and the converted data is received through an interface of the computer 300 to display the wiring and report the analyzed information. (R40).

When the user modifies the analyzed circuit (R50), the application program 320 modifies the upload, that is, changes the state of the memory devices 140 and 104 (R60). Otherwise, the circuit information is stored and then terminated. (R70).

Therefore, the IC and the various components in the EEPCB 100 are detachable, so that soldering of the components is not necessary.

In addition, the memory and the switching elements may be easily implemented using any one of a method of integrating a single chip and a method of separating a memory part and a switching part separately.

According to the present invention as described above, by mounting a variety of IC and components in a solderless, solderless removable type, the recyclability and maintenance of the components is easy, the PCB board recycling is high. In addition, solderless and solderless materials reduce the environmentally harmful substances in the process of manufacturing products using PCB boards, and in particular, software can be used to change circuit wiring, thereby reducing PCB circuit design and development costs.

And design = test = production reduces the electronics production life cycle, and makes it easier for general users to access electronic circuits.

Claims (4)

In the electromagnetic plate constituting the electronic circuit without the need for soldering, A circuit board (100) for mounting components or elements necessary for the electronic circuit configuration; An interface 200 for converting the analyzed data by analyzing a circuit pattern of a component mounted on the circuit board 100 and wirings of the board; Memory device, characterized in that the user receives the converted data of the interface 200 on the computer screen, and the computer 300 with a built-in program for generating or synthesizing existing pattern diagrams and new circuit diagrams And an electronic circuit board system for wiring circuits with switching elements. The method of claim 1, wherein the circuit board 100, An EEPCB interface 150 for receiving information transmitted through the computer 300; A memory element (140) for storing a conduction or a short by the data of the EEPCB interface; A switching device (130) for switching according to the memory state of the memory device (140); An electronic circuit board system for wiring a circuit with a memory element and a switching element, characterized by consisting of a circuit 120 into which the IC 110 to be mounted or a general component can be inserted. The method of claim 1, wherein the interface 200, A data communication module 230 for transmitting and receiving data of the EEPCB 100 through an EEPCB interface 150; A wiring information module 210 for analyzing wiring information which has been transmitted; An electronic circuit board system for wiring a circuit with a memory device and a switching device, characterized in that consisting of a circuit analysis module 220 for analyzing the circuit information that has been transmitted. The method of claim 2, An electronic circuit board system for wiring circuits with a memory device and a switching device, characterized in that to form a single chip by integrating the memory device and the switching device.