How to Make a Detector?
For many people, the answer to the question of how to make a detector is important, there are more than a hundred methods of making a detector. Although the methods are different, the basic logic is valid for all of them, the logic is the behavior of ferromagnetic materials in the face of a magnetic field. Materials are examined in 3 different categories in terms of their magnetic behavior: paramagnetic, diamagnetic and ferromagnetic. In order to make a detector, people who do not have electronic knowledge can buy ready-made kit circuits sold as disassembled. There are important points to consider when assembling these circuits.
How to Make a Pulse Detector
Integrated circuit elements are soldered directly onto the board, so it is useful to use an integrated socket. Also, transistors should not be overheated while soldering onto the PCB board. When answering the question of how to make a detector, those with knowledge of electronics should first know the working principles of the pulse induction metal detector circuit. In principle, a high current is passed through the search coil instantly in the pulse detector. The electromagnetic energy damping graph that occurs every year in the direction of the current is examined. The metal that is brought closer to the coil shows a core effect and the damping graph is affected and changed accordingly.
How to Make a Detector with Programming Languages
The search coil is triggered and short-circuited with a high-current MOSFET transistor, then the transistor insulation is passed. Then, the electromagnetic field formed on the coil is damped by the metal core effect with a high-speed microcontroller. At this stage, when a high-resolution ADC is used, it is possible to obtain much more sensitive results. Those looking for the answer to the question of how a detector is made create the electronic part of the detector in this way. Then, what needs to be done is to program the microprocessor used. Those who are experienced in programming will not have serious problems at this stage, but for those who are new to a detector production without programming knowledge, it is important to learn the Basic programming language. The software languages to be learned in the first stage are Pic Basic Pro and Proton Basic software languages.
Different Features
Detectors, which are electronic devices designed to detect buried metals or different objects underground, have different models and features. The differences between the detectors are metal identification, audible target display, depth and sensitivity settings and ergonomic usage structure.