At present, with the development of industry, the demand for non-standard automatic parts and equipment continues to increase; Non-standard automation equipment has now become an important auxiliary equipment in many industries. When we need non-standard automation equipment, what are the design and manufacturing steps of non-standard automation equipment? Non-standard automation equipment is widely used in modern science and technology, industrial development and other industries. With the formation of industrial automation, more and more companies have to replace the previous mode of operation by manpower, allowing semi-automatic or fully automatic machines to participate in production. So, let's ask. What are the advantages of non-standard automation equipment in production? What are the effects and positive effects of these advantages on production and life? How do these advantages appear on non-standard automation devices? Now, to introduce the advantages of non-standard automation equipment.

1, the shortcomings of the power supply

This shortcoming is a static one. Most of this shortcoming is due to the fact that the power cord may be an open ground line, the wrong connection may be caused by poor contact, and of course it may also be because the device may be that the component input voltage of the circuit board exceeds the allowed error plan. There are also output voltages caused by the shortcomings of the power component itself that exceed the allowed error planning.

2, passive equipment shortcomings

This situation is mainly due to the failure of the capacitor, the opening of the resistor end cap due to the loose drop, and the change in the resistance value. The resistance value changes, which may cause the logic value to be confused, and the capacitance value changes. This may be followed by poor decoupling, changes in the frequency of the oscillator, and the inability of the motor and other equipment to initiate.

3, poor decoupling of power supply

This problem is generally the occurrence of a disturbing waveform and the normal waveform stacked together. These disturbances can be thwarted by the use of a larger filter capacitor, which now has a higher frequency function and a better porcelain chip capacitor.