Black Dip Switches

Max. Current:100mA

Max. Voltage:50VDC

Electrical life :3000cycles/25mA 24VDC

Operate Force :1000g Max

Positions:1 2 3 4 5 6 7 8 9 10 11 12Positions

Terminal :SMT

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Product Details
2.54mm Pitch IC Type DIP Switches Attributes
Packaging and delivery
Supply Ability

2.54mm Pitch IC Type Dip Switches' Product Descrition

In the realm of electronics and programming, the Dip Switch is a simple yet versatile device that has played a significant role in controlling and testing various electronic circuits. While it may seem like a humble component, the Dip Switch's advantages cannot be overstated, especially in the world of technology where every bit of efficiency and accessibility counts.

SMD Type DIP Switches' Product Structure and material

IC-type dip switches usually consist of a row of small switches, each of which can be in two different states, either on (ON) or off (OFF). These switches are tightly arranged and are packaged in the form of integrated circuits (ICs), allowing them

to be easily mounted on electronic devices.

Material of each part of IC type dip switch：

Cover material: PPS UL 94 VO

Base material: PPS UL 94 VO

Handle material: PA46UL 94 VO

Shrapnel material: gold-plated copper

Terminals: Gold Plated Brass

Sealing tape: Polyimide KAPTON

DIP Switches' Operating Principle

1. Switch state: Each toggle actually corresponds to a switch, toggling to the ON terminal means that the circuit switch is on, toggling to the OFF terminal means that the circuit switch is off. This binary state selection

allows the dipswitch to encode many different combinations.

2. Binary coding: The operating principle of the dip switches is based on binary coding. The state of each switch (ON or OFF) can be thought of as a binary bit, so an n-bit dipswitch can represent 2^n different

combinations of states. For example, a 4-bit dipswitch can represent 16 different states from 0000 to 1111.

3. Circuit connection: By changing the position of each switch, different circuit connections or signal routing can be realized. When a switch is ON, its corresponding circuit path is energized; when the switch is OFF,

the circuit path is disconnected.This change in circuit connections allows the dipswitch to control many different circuit functions.

Black DIP Switches' Drawing

Here is the 12 Positions' DIP Switches' drawing and circuit diagram

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