A multi-base resistor chip

Abstract

A multi-base resistor chip, characterized in that it comprises several resistors (1) and the several resistors (1) are electrically connected in parallel to form a multi-base resistor chip. An input module (2) and an output module (3) are connected to the multi-base resistor chip; a current input line (4) is arranged on the multi-base resistor chip; the current flow on the current input line (4) is controlled via the resistor.

Description

Technical FieldThe invention relates to the technical field of resistor chips and more particularly relates to a multi-base resistor chip.Background TechnologyThe binary chip is intended to achieve the storage of 0.1 by the switch of the control of current, and although the production technology of the binary chip is mature, its storage capacity is limited and the memory bottleneck is achieved. The prior art binary memory chip can store up to 10000 4 KB. Therefore, the above binary chips cannot meet the storage requirements of people when used.Therefore, a multi-base resistor chip has become an urgent problem that needs to solve the entire society.Content of the Utility ModelTo achieve the object, the invention discloses a technical scheme as follows: A multi-base resistor chip comprising a plurality of resistors. A plurality of resistors are electrically connected in parallel mode to form a multi-base resistor chip. An input module and an output module are connected to the multi-base resistor chip. A current input line is disposed on the multi-base resistor chip. The current flow on the current input line is controlled via the resistor.Moreover, 11 resistor groups in total are provided, and the resistance values of each resistor group are equal.Moreover, each resistor is divided into 10,000 parts, each resistor is stored in 1 KB, and the polynomial resistor chip consisting of 11 resistor groups is stored in 10000 11 KB.The advantages of the utility model over existing technology are:The utility model uses a plurality of resistors connected in parallel to form a multi-base resistor chip. The above-mentioned multi-base resistor chip can easily solve the problem of limited storage capacity of binary resistors in the prior art.The flow rate of the current on the current input line is controlled by the resistor, and the structure can significantly increase the storage capacity of the resistor chip.Description with DrawingsFIG. 1 is a schematic structural diagram of the multi-base resistor chip of the utility model.Below: 1. resistor, 2. input module, 3. output module, 4. current input line.The specific embodimentThe utility model will be described in more detail below in conjunction with the accompanying drawings.The utility model is presented in detail with reference to the accompanying drawings.The utility model provides a multi-base resistor chip in specific embodiments, including a plurality of resistors 1. the plurality of resistors (1) are electrically connected in parallel to form a multi-base resistor chip. An input module (2) and an output module (3) are connected to the multi-base resistor chip. A current input line (4) is disposed on the multibase resistor chip. The current flow on the current input line (4) is controlled via the resistor.Embodiment 1:In using the utility model, the resistors 1 are provided with a total of 11 groups, and the resistance values of each resistor group are equal. Each resistor is divided into 10,000 parts, each resistor is stored in 1 KB, and the resistor chip composed of 11 resistor groups is stored in 10000 11 KB. As compared with the 10000 4 KB binary chip memory in the existing technology, the storage capacity of the resistor chip is significantly improved.Embodiment 2:In using the utility model, the resistors 1 are provided with a total of 11 groups, and the resistance values of each resistor group are equal. Each resistor is divided into 10,000 parts, each resistor is stored in 1 KB, and the resistor chip composed of 11 resistor groups is stored in 10000 10 B. As compared with the 10000 4 KB binary chip memory in the existing technology, the storage capacity of the resistor chip is significantly improved.Embodiment 3: Embodiment 3:In using the utility model, the resistors 1 are provided with a total of 11 groups, and the resistance values of each resistor group are equal. Each resistor is divided into 10,000 parts, each resistor is stored in 1 KB, and the resistor chip composed of 11 resistor groups is stored in 10000 9 B. As compared with the 10000 4 KB binary chip memory in the existing technology, the storage capacity of the resistor chip is significantly improved.The multi-base resistor chip in the utility model controls the current flow through the resistor. The structure of the multi-base resistor chip is simple and practical.Also, when using the utility model, the number of resistors of the multi-system resistor can be adjusted as needed.The utility model and its embodiments have been described above. This description is not limiting. What is illustrated in the drawings is only one embodiment of the utility model, and the actual structure is not limited thereto. In short, if one of ordinary skill in the art can inspire therefrom and, without departing from the curative purpose of the utility model, can design a similar structural method and embodiment to the technical solution without curativeness, they all fall within the protection of the utility model.

Claims

A multi-base resistor chip, characterized in that the plurality of resistors (1) comprises and the plurality of resistors (1) are electrically connected in parallel to form a multi-base resistor chip. An input module (2) and an output module (3) are connected to the multi-base resistor chip; a current input line (4) is arranged on the multi-base resistor chip; the current flow on the current input line (4) is controlled via the resistor.A multi-base resistor chip according to claim 1, characterized in that the resistors (1) are composed of 11 groups in total and the resistance values of each resistor group are equal.A multi-base resistor chip according to claim 2, characterized in that each resistor is divided into 10,000 parts, each resistor is stored in 1 KB, and the multi-base resistor chip consisting of 11 resistor groups is stored in 10000 11 KB.

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