Slide Switches

Image Part Number Description / PDF Quantity Rfq
48ASDP1S1V2QAT

48ASDP1S1V2QAT

Grayhill, Inc.

SWITCH SLIDE DPDT 5A 125V

0

48ASSP1S3M6QBT

48ASSP1S3M6QBT

Grayhill, Inc.

SWITCH SLIDE SPDT 5A 125V

0

48ASDP1S3V2RAT

48ASDP1S3V2RAT

Grayhill, Inc.

SWITCH SLIDE DPDT 0.4VA 20V

0

48ASDP1S1M1QBT

48ASDP1S1M1QBT

Grayhill, Inc.

SWITCH SLIDE DPDT 5A 125V

0

48ASSP2S3M6RAT

48ASSP2S3M6RAT

Grayhill, Inc.

SWITCH SLIDE SPDT 0.4VA 20V

0

48ASSP3S1M7QBT

48ASSP3S1M7QBT

Grayhill, Inc.

SWITCH SLIDE SPDT,O-O-O,RAV,-TAB

0

48ASDP1S2M1RAT

48ASDP1S2M1RAT

Grayhill, Inc.

SWITCH SLIDE DPDT 0.4VA 20V

0

48ASSP1S1M7RAT

48ASSP1S1M7RAT

Grayhill, Inc.

SWITCH SLIDE SPDT 0.4VA 20V

0

48ASSP1S1V2QBT

48ASSP1S1V2QBT

Grayhill, Inc.

SWITCH SLIDE SPDT 5A 125V

0

48ASDP1S1M7RBT

48ASDP1S1M7RBT

Grayhill, Inc.

SWITCH SLIDE DPDT 0.4VA 20V

0

48ASSP3S3M2QBT

48ASSP3S3M2QBT

Grayhill, Inc.

SWITCH SLIDE SPDT,O-O-O,PC,-TAB,

0

48ASDP3S1M6QAT

48ASDP3S1M6QAT

Grayhill, Inc.

SWITCH SLIDE DPDT 5A 125V

0

48ASSP3S4M2RBT

48ASSP3S4M2RBT

Grayhill, Inc.

SWITCH SLIDE SPDT 0.4VA 20V

0

48BFSP1M6RT

48BFSP1M6RT

Grayhill, Inc.

SWITCH SLIDE SPDT 0.4VA 20V

0

48ASDP1S3V2RBT

48ASDP1S3V2RBT

Grayhill, Inc.

SWITCH SLIDE DPDT 0.4VA 20V

0

48ASDP1S2V2RAT

48ASDP1S2V2RAT

Grayhill, Inc.

SWITCH SLIDE DPDT 0.4VA 20V

0

48ASSP3S4M6QBT

48ASSP3S4M6QBT

Grayhill, Inc.

SWITCH SLIDE SPDT 5A 125V

0

48ASDP1S7V2RAT

48ASDP1S7V2RAT

Grayhill, Inc.

SWITCH SLIDE DPDT 0.4VA 20V

0

48ASDP1S1M6RAT

48ASDP1S1M6RAT

Grayhill, Inc.

SWITCH SLIDE DPDT,O-N-O,RAH,+TAB

0

48ASDP1S4M6QAT

48ASDP1S4M6QAT

Grayhill, Inc.

SWITCH SLIDE DPDT 5A 125V

0

Slide Switches

1. Overview

Slide switches are electromechanical devices that control electrical circuits through linear sliding motion. They serve as fundamental components in electronic systems for power control, signal routing, and mode selection. Their compact design and reliable performance make them essential in modern electronics, from consumer devices to industrial machinery.

2. Major Types and Functional Classification

TypeFunctional CharacteristicsApplication Examples
Single-Pole Single-Throw (SPST)Simple on/off controlPower switches in portable devices
Single-Pole Double-Throw (SPDT)Three-terminal switch for circuit selectionMode selection in measurement instruments
Double-Pole Double-Throw (DPDT)Simultaneous control of two circuitsMotor direction control in robotics
Miniature Slide SwitchesSub-10mm housing for space-constrained designsSmartphone SIM card trays
Heavy-Duty Slide SwitchesHigh current/voltage ratingsIndustrial machinery control panels

3. Structure and Components

Typical slide switches consist of: - Insulating housing (thermoplastic/phenolic resin) - Conductive contacts (phosphor bronze or beryllium copper) - Gold-plated terminals for corrosion resistance - Sliding actuator with detent mechanism - Sealing membranes for environmental protection (IP67 rated models)

4. Key Technical Specifications

ParameterTypical RangeImportance
Rated Current0.1A - 10ADetermines load capacity
Operating Voltage3V - 250VDefines circuit compatibility
Contact Resistance10m - 100m Affects power efficiency
Dielectric Strength500V - 2kVSafety insulation measure
Mechanical Life5,000 - 50,000 cyclesDevice longevity indicator

5. Application Fields

  • Consumer Electronics: Smartphones, tablets, gaming consoles
  • Industrial Equipment: CNC machine controls, PLC systems
  • Automotive Systems: HVAC controls, infotainment interfaces
  • Medical Devices: Diagnostic equipment, patient monitors
  • Aerospace: Avionics control panels, navigation systems

6. Leading Manufacturers and Products

ManufacturerRepresentative ProductKey Features
C&K ComponentsPTS645 SeriesIP67 sealed, 10A rating
EatonEH063 SeriesHigh-vibration resistance for automotive
OmronSS-4 SeriesPCB mount with 0.5mm contact gap
TE ConnectivityMS14 SeriesMilitary-spec ruggedized switch

7. Selection Recommendations

Key considerations: 1. Electrical requirements (current/voltage) 2. Environmental conditions (temperature/humidity) 3. Mechanical constraints (PCB footprint, actuator type) 4. Certification needs (UL, RoHS, REACH) 5. Expected operational lifespan

Industry Trend Analysis

Current trends include: - Miniaturization (<2mm package sizes for wearable devices) - Enhanced reliability (100,000+ cycle lifespan) - Integration with smart systems (IoT-enabled switches) - Environmental compliance (lead-free, halogen-free materials) - Custom actuator designs for haptic feedback optimization

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