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.
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.
Specification
Input Voltage: DC 6V to 36V
Trigger Voltage Range: DC 3V to 24V
Quiescent Current: Less than 10mA
Output Type: Active high, switches to VCC
Output Current Capacity: Up to 10A (with proper heat dissipation)
Timing Range: 0.1 seconds to 100 seconds (adjustable via potentiometer)
Control Method: Triggered by low signal (button, sensor, etc.)
Delay Mode: Delay start after trigger or delay off after power cut
MOSFET Type: Dual MOSFET high current control
PCB Size: Approx. 34 mm x 45 mm
Protection Features: Reverse polarity protection, flyback diode
Applications: LED lighting delay, motor delay start, DIY timing circuits
SKU: RW-914
Reviews
Clear filtersThere are no reviews yet.