Interruptor DIP DeLOCK 66306 accesorio para placa de circuito impreso (PCB)

The DELOCK 66306 DIP switch is a small, PCB-mounted accessory supplied as a pack of two switches in protective tube packaging. It provides a compact and accessible way to set and change digital configuration options directly on a printed circuit board. The component is intended for installation on PCBs where space is limited and manual selection of logic states or feature options is required.

Advantages

This DIP switch offers a compact footprint suitable for dense PCB layouts and straightforward manual operation without tools. Supplied in a tube to reduce handling damage and simplify storage, it enables quick replacement or installation during assembly and prototyping. The standardized form factor facilitates compatibility with common PCB layouts and header patterns, making it a practical choice for both one-off projects and small-scale production runs.

Suitable for

• Configuring logic inputs and address selection on development and production PCBs
• Small electronics projects, prototypes and hobbyist circuit boards
• Repair, modification or replacement tasks on control and interface boards
• Applications requiring occasional manual reconfiguration without reprogramming

Key specifications

• Package: pack of 2 PCB-mounted DIP switches
• Mounting: through-hole or PCB header compatible
• Form factor: compact DIP switch housing designed for tight PCB spacing
• Actuation: manual toggle for individual switch positions
• Packaging: tube for protection and convenient handling during storage and transport

How to use

Place the DIP switch on the designated PCB footprint aligned with the board’s header pattern and solder the leads according to standard through-hole assembly practices. Set each switch position by gently toggling the actuators with a small tool or fingertip to change the open/closed state for the corresponding circuit trace. Verify connections and logic state changes with a multimeter or by observing device behavior during initial power-up and testing.

Recommendations

Handle the DIP switch with care to avoid bending leads during placement. Observe standard ESD precautions when working on sensitive electronics and ensure the board is powered down while changing switch positions. For reliable long-term operation, avoid excessive mechanical stress on the switch actuators and secure the PCB in its enclosure to prevent unintended toggling.