Timing Delay Switch Circuit with Double MOSFET Control

Description

Overview of this Timing Delay dual mosfet switch circuit

Introducing the roboway timing delay switch circuit with double mosfet control at best price. A best solution for precision timing applications. This innovative Timing Delay dual MOSFET switch circuit is designed to provide adjustable delay periods with dual MOSFET control. It offers versatility in controlling power cycles and automation sequences in various electronic projects.

The Dual MOSFET Timing Delay Switch combines reliability with efficiency, utilizing MOSFETs to ensure rapid switching and low power consumption. This setup enables seamless integration into circuits requiring precise timing functions, such as lighting controls, motor activation sequences, and sensor-triggered events. The circuit’s robust design enhances durability and performance in demanding environments.

With its straightforward design and adjustable parameters, the Timing Delay Switch with dual switch configuration simplifies installation and customization. It supports a wide range of voltage and current requirements, making it suitable for both hobbyist and industrial applications. Whether used in prototyping or production environments, the Timing Delay Switch Circuit from Roboway delivers consistent and dependable timing control for enhanced project functionality.

Features

• Adjustable Delay Time: Allows precise adjustment of delay time settings from milliseconds to seconds.
• Double MOSFET Control: Uses two MOSFETs for reliable switching and control of electrical loads.
• Wide Voltage Range: Supports a wide operating voltage range suitable for various applications.
• Simple Circuit Design: Features a straightforward design for easy integration into existing circuits.
• Versatile Applications: Ideal for controlling lights, motors, and other electrical devices with adjustable timing delays.

Operating mode

P1: trigger signal, the relay is on “OP” time, and then disconnect; in the “OP” time, as follows:

P1.1: Signal Retrigger, invalid

P1.2: The signal is triggered again, the clock is reset

P1.3: Signal trigger again, relay off, stop the clock;

P-2: trigger signal, the relay off “CL” of time, the relay on “OP” time, and then disconnect relay;

P3.1: trigger signal, the relay is turned on after the “OP” time, the relay off “CL” time, then the operation cycle, if the trigger signal period, the relay off, stop the clock; the number of cycles ( “LOP “) can be set.

P3.2: without triggering signal, the relay is on “OP” time, the relay off “CL” time, and has been cycling; frequency ( “LOP”) cycle can be set;

P-4: signal holding function. If there is a trigger signal timing is cleared, the relay remains on; when the signal disappears, after the timing “OP” time, the relay is; if another signal during timing, timing is cleared.

RW-914