A shock-absorbing stable thermistor

Abstract

The invention discloses a shock-absorbing and stable thermistor, the structure of which comprises: a positive pole pin, a thyristor fine-tuning frame, a single-chip microcomputer board, a label thin groove, a resistance shell cover, a collector ring, a sliding sleeve seat, and a negative pole Pin tube, the invention realizes the use of the thyristor fine-tuning frame to cooperate with the single-chip microcomputer board, and the single-chip microcomputer board forms a stable cross-section conduction effect in the detection of positive and negative temperature coefficients, so that the negative temperature coefficient of the thermistor can be detected. In the tube, let the alignment tension disc pull and slide to ensure the stability of the 360-degree displacement of the detection tube, improve the detection and docking efficiency of positive and negative temperature coefficients, and synchronize the counterweight to protect the bottom silicon thyristor. The semi-wrapped curing effect improves the compression effect of the thyristor wheel plate of the overall negative pin tube plug-in, changes the rigid plug-in electronic components, and uses insulating software and elastic vibration isolation materials to improve the overall small inner shell protection operation , and also improve the adaptation sensitivity and anti-loss maintenance of the thermistor in real time.

Description

technical field [0001] The invention is a shock-absorbing and stable thermistor, which belongs to the field of electronic equipment. Background technique [0002] Thermistor is an auxiliary electronic component that adapts to sliding resistors and custom resistors. It is convenient to contact and detect overload current and overheated wires on the integrated circuit board to increase resistance and ensure the stability of the line. The essence of the sensitive resistor monitoring operation is to improve the stability of the overall internal circuit. The shortcomings of the current technology that need to be optimized are: [0003] The positive temperature coefficient detection and negative temperature coefficient detection of the thermistor are the contact terminals for real-time monitoring of the current calorific value of the temperature difference adaptation electronic components, but the silicon diode is friable and easy to shake, which will cause the integrated circuit ...

AI Technical Summary

Problems solved by technology

[0004] Aiming at the deficiencies in the prior art, the object of the present invention is to provide a shock-absorbing and stable thermistor to solve the problem of the temperature difference adapting the current calorific value of the electronic components in real time for the detection of the positive temperature coefficient and the detection of the negative temperature coefficient of the thermistor. Monitor the contact end, but the silicon diode is friable and easy to shake, which will cause the vibration of the pin rod when the integrated circuit board is plugged and moved, causing a difference in alignment between the positive temperature coefficient detection horizontal tube and the negative temperature coefficient detection horizontal tube. The inconsistencies in the size of the temperature-sensing cross-section lead to delayed feedback efficiency of thermistors, and temperature data deviations cause the resistors to mislead the current transfer operation, resulting in rigidity and short-circuiting of the overall internal circuit, which affects the sensitivity of the thermistor itself and the vibration loss of internal parts The problem

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