Toggle Switches

Image Part Number Description / PDF Quantity Rfq
5242CDB

5242CDB

APEM Inc.

SWITCH TOGGLE DPDT 0.4VA 20V

0

5652MAB

5652MAB

APEM Inc.

SWITCH TOGGLE 3PDT 6A 125V

0

3547001N000

3547001N000

APEM Inc.

SWITCH TOGGLE DPDT 15A 125V

0

122441RAD2G12X408

122441RAD2G12X408

APEM Inc.

SWITCH TOGGLE SP3T 4A 125V

0

3547001B010

3547001B010

APEM Inc.

SWITCH TOGGLE DPDT 15A 125V

0

SWW249A7

SWW249A7

APEM Inc.

SWITCH TOGGLE DPDT 5A 125V

0

651NH

651NH

APEM Inc.

SWITCH TOGGLE 3PST 15A 250V

0

656NH

656NH

APEM Inc.

SWITCH TOGGLE 3PDT 15A 250V

0

646H2V

646H2V

APEM Inc.

SWITCH TOGGLE DPDT 15A 250V

0

5669AB9

5669AB9

APEM Inc.

SWITCH TOGGLE 4PDT 6A 125V

0

3549001N000

3549001N000

APEM Inc.

SWITCH TOGGLE DPDT 18A 125V

0

TL36Y000000

TL36Y000000

APEM Inc.

SWITCH TOGGLE SPDT 0.4VA 20V

0

5637CDKB

5637CDKB

APEM Inc.

SWITCH TOGGLE SPDT 0.4VA 20V

0

5632MAB

5632MAB

APEM Inc.

SWITCH TOGGLE SPDT 6A 125V

0

TL46MW00000

TL46MW00000

APEM Inc.

SWITCH TOGGLE DPDT 0.4VA 20V

0

5256WWADB2VX916

5256WWADB2VX916

APEM Inc.

SWITCH TOGGLE 3PDT 6A 125V

0

4146A22

4146A22

APEM Inc.

SWITCH TOGGLE DPDT 6A 125V

0

4246A22UU

4246A22UU

APEM Inc.

SWITCH TOGGLE DPDT 6A 125V

0

TL49W000000

TL49W000000

APEM Inc.

SWITCH TOGGLE DPDT 0.4VA 20V

0

5236AB16

5236AB16

APEM Inc.

SWITCH TOGGLE SPDT 6A 125V

0

Toggle Switches

1. Overview

Toggle switches are manually operated electrical components used to open or close circuits by mechanical movement. They serve as fundamental interface elements in electronic systems, enabling users to control power flow or signal transmission. These switches remain critical in modern technology due to their reliability, simplicity, and cost-effectiveness across industrial, commercial, and consumer applications.

2. Main Types and Functional Classification

TypeFunctional FeaturesApplication Examples
Lever Toggle SwitchSingle or multi-position operation with lever actuatorPower control in audio equipment
Slide Toggle SwitchLinear sliding motion for circuit controlMode selection in portable electronics
Sealed Toggle SwitchIP67+ waterproof and dustproof designMarine control panels
Illuminated Toggle SwitchIntegrated LED for visual status indicationAircraft instrument panels

3. Structure and Components

Typical toggle switches consist of: - Actuator: Lever, rocker, or slide mechanism (thermoplastic/nylon) - Contact System: Silver-plated copper alloy contacts for low resistance - Insulation Housing: Flame-retardant polymer (UL94 V-0 rated) - Mounting Hardware: Threaded bushing with lock nut (brass/steel) - Terminal System: Quick-connect or PCB-mount terminals

4. Key Technical Specifications

ParameterTypical RangeImportance
Rated Current0.1-20ADetermines maximum load capacity
Operating Voltage12-600VAC/DCDefines electrical system compatibility
Electrical Life50,000-200,000 cyclesIndicates long-term reliability
Contact Resistance5-50m Impacts power efficiency
IP RatingIP20-IP68Determines environmental protection

5. Application Fields

  • Consumer Electronics: Smart home devices, gaming consoles
  • Industrial Equipment: CNC machine control panels
  • Medical Devices: Emergency stop switches in diagnostic equipment
  • Transportation: Automotive HVAC control systems
  • Telecommunications: Network router power switches

6. Leading Manufacturers and Products

ManufacturerProduct SeriesKey Features
C&K ComponentsPTS524 SeriesSubminiature slide switch (IP67)
EatonHK SeriesHeavy-duty toggle switch (15A/125V)
OmronTL-S SeriesSpace-saving rocker switch
TE ConnectivityET SeriesHigh-vibration resistance design
HoneywellMFS SeriesHermetically sealed toggle switch

7. Selection Guidelines

  1. Verify current/voltage ratings against application requirements
  2. Assess environmental conditions (temperature, humidity, vibration)
  3. Evaluate required actuation force and travel distance
  4. Consider panel cutout dimensions for installation
  5. Check for industry certifications (UL/CSA/IEC)

8. Industry Trends Analysis

Key trends shaping toggle switch development include: - Miniaturization for portable electronics (down to 6mm form factor) - Integration with smart systems (IoT-enabled switches) - Enhanced reliability through nanocoating technologies - Increased adoption of RoHS-compliant materials - Growth in customized actuator designs for human-machine interfaces

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