This circuit is from in my book Robotics, Mechatronics and Artificial Intelligence (sold out) published in the United States. It shows how mount a Thermal Crowbar. The circuit can be used in mechatronics or robotics projects with microcontrollers or as a building block for simple projects.
This circuit was included in my book Robotics, Mechatronics and Artificial Intelligence (sold out) published in the United States. It shows how to implement a current sensor using a NTC. Applications include mechatronics or robotics projects with microcontrollers or as a building block for simple projects.
The circuit shown in Figure 1 can be used to sense the current across a circuit without making electric contact. The nicrome wire is placed near an NTC inside a small enclosure.
This circuit was included in my book Robotics, Mechatronics and Artificial Intelligence (sold out) published in the United States. It shows how to implement a Opto-Isolator with logic input to be used as shield for microcontrollers. Applications include mechatronics or robotics projects with microcontrollers or as a building block for simple projects.
Figure 1 shows how an LED can be used to drive an opto-isolator from TTL or CMOS outputs. The value of resistor R depends on the logic and the power supply voltage as given by Table 1.
Read more: Opto-Isolator with Logic Input (TTL and CMOS) (MEC201E)
This circuit was included in my book Robotics, Mechatronics and Artificial Intelligence (sold out) published in the United States. It shows the project of a Opto-Isolator using an LDR as sensor. Applications include mechatronics or robotics projects with microcontrollers or as a building block for simple projects.
This circuit was included in my book Robotics, Mechatronics and Artificial Intelligence (sold out) published in the United States. It shows how to build a Priority Circuit using resistive sensors. Applications include mechatronics or robotics projects with microcontrollers or as a building block for simple projects.
This circuit can be used in many practical projects involving robotics, mechatronics, and artificial intelligence. If the sensors are LDRs, the circuit shown in Figure 1 triggers one of the loads, depending on which LDR was illuminated first.
Read more: Priority Circuit Using Resistive Sensors (MEC199E)
This circuit is from in my book Robotics, Mechatronics and Artificial Intelligence (sold out) published in the United States. It shows how to build a Dark-Activated circuit using SCR and LDR. The circuit can be used in mechatronics or robotics projects with microcontrollers or as a building block for simple projects.
The block shown in Figure 1 turns on a load (relay, motor, etc.) when the amount of light falling onto the LDR is reduced by a shadow or if the sensor moves away from a light source.
This circuit can be used as a polarity indicator shield the direction of current circulation for...
This circuit for the automatic activation of a small lamp (or high brightness LED) was found in...
This optical pass-through shield can be used in various applications, such as object sensing or...
This circuit is characterized by the configuration that accelerates the switching, being ideal for the...
The power source shown for powering for small TTL circuits was found on a Radio Electronics...
IGBTs are widely used in frequency inverters, power controllers, switched sources and DC/DC...
This oscillator can run in frequencies up 10 MHz depending on the Power supply voltage. The 1 µF...
This one-digit counter is part f the samples bench of the MultiSIM in one of its versions. The...