6-Pin DPDT Latching Tactile Push Button Switch, 7x7mm, Self-Lock, 30V DC 0.1A, for PCB Electronics (30)
Original price was: ₹599.00.₹109.00Current price is: ₹109.00.
Price: ₹599 - ₹109.00
(as of Mar 26, 2026 21:16:46 UTC – Details)
The Universal Hub 6-Pin DPDT Latching Tactile Push Button Switch is a compact and reliable self-locking switch designed for a wide range of PCB electronics applications. Measuring 7x7mm, this mini power switch is perfectly suited for projects where space is at a premium without compromising on performance. The switch features a double-pole double-throw (DPDT) configuration with six pins, offering versatile circuit control options for hobbyists, engineers, and electronics enthusiasts alike. Rated at 30V DC and 0.1A, it delivers consistent and dependable performance for low-voltage electronic circuits. The self-locking mechanism ensures the switch stays in its selected position until deliberately toggled again, making it ideal for on/off control functions. The distinctive blue button cap and sturdy white and black housing make it easy to identify and handle during assembly. Whether you are building custom electronics, prototyping circuits, or repairing existing devices, this latching tactile switch is a practical and dependable component to have in your toolkit. Suitable for through-hole PCB mounting, installation is straightforward and hassle-free.
DPDT LATCHING SWITCH: Self-locking push button design maintains its ON/OFF state after each press, ideal for stable circuit control in PCB electronics.
COMPACT 7x7mm SIZE: Miniature form factor makes these switches perfect for space-constrained PCB layouts and compact electronic assemblies.
6-PIN CONFIGURATION: Double Pole Double Throw (DPDT) design with 6 pins provides versatile switching options for a wide range of electronic circuit applications.
RELIABLE ELECTRICAL RATINGS: Rated at 30V DC and 0.1A, these tactile switches deliver consistent and dependable performance in low-voltage electronic projects.
EASY PCB MOUNTING: Through-hole pin design allows for straightforward soldering directly onto printed circuit boards, ensuring a secure and stable connection.
