A logic conversion circuit device with cooling effect

Abstract

The invention discloses a logic conversion circuit device with a cooling effect. A circuit port structure of a logic conversion circuit employs double-ring protection, and an NMOS tube part of the circuit is additionally provided with an ESM input layer. A bulged tail end forms a profile from the head to the tail from the low to the high, wherein the profile has slope. A left vertical-type sheet body is provided with a left hole which is disposed in the lateral direction of the left vertical-type sheet body and passes through the left vertical-type sheet body. A right vertical-type sheet body is provided with a right hole which is disposed in the lateral direction of the right vertical-type sheet body and passes through the right vertical-type sheet body. The above structure improves the ESD capability of a circuit port. Moreover, a protection diode is additionally disposed between the circuit and a power supply, thereby also improving the ESD capability of the circuit, and ironing out the defects in the prior art that a front cover plate is inclined when the front cover plate of the device is closed and the flexibility is poor.

Description

technical field [0001] The invention belongs to the technical field of conversion circuits, and in particular relates to a logic conversion circuit device with cooling effect. Background technique [0002] With the introduction of low-voltage logic, the problem of uncoordinated input / output logic often occurs within the system, which increases the complexity of system design. For example, when a 1.8V digital circuit communicates with an analog circuit operating at 3.3V, it is necessary to first solve the conversion problem of the two levels, and then a logic conversion circuit device is required. With the continuous emergence of digital ICs with different operating voltages, the necessity of logic conversion circuit devices is more prominent, and the logic conversion method will also change with the logic voltage, the form of the data bus, and the data transmission rate. With the introduction of logic conversion measures, the number of components will inevitably be increase...

AI Technical Summary

Problems solved by technology

With the introduction of logic conversion measures, the number of components will inevitably be increased. In addition, with the improvement of integration, the miniaturization trend of logic conversion circuit devices is also getting higher and higher, which will inevitably make the logic conversion circuit devices. The temperature rises, which affects the normal operation of the equipment, so it is necessary to introduce a radiator to dissipate heat. Usually such a radiator is a cabinet structure. By placing the logic conversion circuit device in the cabinet, and via the disk on the cabinet The internal heat dissipation pipe is used to realize the heat dissipation of the logic conversion circuit device. Specifically, the refrigerant is circulated through the refrigerant inlet and the refrigerant outlet connected to the heat dissipation pipe on the cabinet body, thereby cooling the logic conversion circuit. The heat generated by the device is absorbed and discharged, but now such radiators often have a front cover, which is used to open the cabinet of the radiator, and the front cover is arranged on the cabinet in sequence from high to low. Three rotating pairs are used to open and close the front cover. Specifically, the reciprocating movement of the piston is often combined to achieve the best effect of closing the front cover. Basically, the reciprocating piston is installed on the bottom rotating pair. It is installed at the position of the revolving pair adjacent to the bottom revolving pair, and one type of reciprocating piston is combined with polyethylene terephthalate material, relying on the compression and reset characteristics of the material to It has the function of closing the front cover, but the problem is that the generated force is not large enough to fully close the front cover, and the operability is not strong. There is also a type of rotary pair installed at the bottom The simple reciprocating piston has such a strong rotational force that it can fully close the front cover, but it is expensive, maintenance is troublesome, and the operability is not strong. In addition, the current cover structure is not small. Such two The device that closes the front cover often has the disadvantage of making the front cover crooked

And the existing firm structure generally has the shortcoming of poor flexibility

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