Another type of level controller internal circuitry JYB
25,053
Another JYB type liquid level controller internal circuit is shown. This circuit employs a Schmitt trigger configuration, enhancing the reliability of the action level controller.
The JYB type liquid level controller utilizes a Schmitt trigger circuit composed of transistors VT2 and VT3. This configuration is integral in providing hysteresis, which is essential for eliminating noise in the signal and ensuring stable operation in fluctuating conditions. The Schmitt trigger allows the circuit to have distinct threshold levels for switching, which improves the reliability of the liquid level detection.
In the schematic, the liquid level controller typically includes input terminals connected to sensors that detect the liquid level. When the liquid reaches a predefined threshold, the Schmitt trigger activates, causing the output to switch states. This output can be used to control pumps, alarms, or other devices based on the liquid level.
The circuit design may also incorporate additional components such as resistors, capacitors, and diodes to condition the signals and protect against voltage spikes. The use of these components ensures that the controller operates efficiently under various environmental conditions, making it suitable for a wide range of applications in liquid level monitoring and control systems.
Overall, the JYB type liquid level controller with a Schmitt trigger circuit represents a robust solution for managing liquid levels effectively, providing both reliability and precision in its operation.Another JYB type liquid level controller 119 internal circuit shown in FIG. This circuit uses the Schmitt trigger circuit (VTZ, VT3 composition), so that the action level contr oller reliability is further improved.
This article demonstrates how to control a DC motor using an H-bridge driver chip with PWM output from a PIC microcontroller for speed control. While a PIC microcontroller is utilized, other controllers such as AVRs, Basic Stamps, and certain...
The prototype was successfully assembled on a breadboard and subsequently built on a piece of Radio Shack protoboard for field use. The assembly process took only a couple of hours, and it functioned correctly on the first attempt. This...
The controller features a buck rectifier circuit utilizing a 555 multivibrator, designed for controlling approximately 220V, 5W low-power parallel lights or 6 to 12V small bulb series. The 555 timer, along with components D3, D4, RP1, and C2, forms...
This circuit is a simple manual analog light control desk that outputs standard 0-10V control signals suitable for controlling professional light dimmers and other lighting equipment. The controller's output is a steady DC voltage that varies between 0 and...
The core of this circuit is the LM3914 from National Semiconductor. The LM3914 is capable of sensing voltage levels and can drive a display of 10 LEDs in either dot mode or bar mode. The selection between bar mode...
This circuit enables the testing of a servo motor. The angle of the servo can be adjusted using a 10k potentiometer. It is possible that not all positions can be achieved with this circuit; experimenting with different resistors may...
Warning: include(partials/cookie-banner.php): Failed to open stream: Permission denied in /var/www/html/nextgr/view-circuit.php on line 713
Warning: include(): Failed opening 'partials/cookie-banner.php' for inclusion (include_path='.:/usr/share/php') in /var/www/html/nextgr/view-circuit.php on line 713