This circuit is from in my book Robotics, Mechatronics and Artificial Intelligence (sold out) published in the United States. It shows how to increase the sensitivity of resistive sensores. See more about resistive sensors in the article MEC188E. The circuit can be used in mechatronics or robotics projects with microcontrollers or as a building block for simple projects.
Read more: Increasing Sensitivity of Resistive Sensors (MEC196E)
This circuit is from in my book Robotics, Mechatronics and Artificial Intelligence (sold out) published in the United States. It shows how to add a snap action for resistive sensors (The previous is MEC194E). See more about resistive sensors in the article MEC188E. The circuit can be used in mechatronics or robotics projects with microcontrollers or as a building block for simple projects.
This circuit is from in my book Robotics, Mechatronics and Artificial Intelligence (sold out) published in the United States. It shows how to add a snap action for resistive sensors. See more about resistive sensors in the article MEC188E. The circuit can be used in mechatronics or robotics projects with microcontrollers or as a building block for simple projects.
This circuit is from in my book Robotics, Mechatronics and Artificial Intelligence (sold out) published in the United States. It shows how to mount a second simple differential resistive sensor. See more about resistive sensors in the article MEC188E. The circuit can be used in mechatronics or robotics projects with microcontrollers or as a building block for simple projects. The circuit shown in Figure 1 operates with two sensors, comparing the resistance of each.
This circuit is used in my book Robotics, Mechatronics and Artificial Intelligence (sold out) published in the United States. It shows how to mount a second simple resistive sensor using a PNP transistor (First is in MEC191E). See more about resistive sensors in the article MEC188E. The circuit can be used in mechatronics or robotics projects with microcontrollers or as a building block for simple projects.
Read more: Basic Block For Resistive Sensor Using PNP Transistor (II) (MEC192E)
This circuit is used in my book Robotics, Mechatronics and Artificial Intelligence (sold out) published in the United States. It shows how to mount a simple resistive sensor using aPNP transistor. See more about resistive sensors in the article MEC188E. The circuit can be used in mechatronics or robotics projects with microcontrollers or as a building block for simple projects. The use of a PNP transistor in the driver stage, or using blocks with PNP transistors, reverses the action of the sensors, as shown by the circuit in Figure 1.
Read more: Basic Block for Resistive Sensor Using a PNP Transistor (I) (MEC191E)
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