Vertical Slide Switch 2P4T for 10-Pin DIP PCB Applications

A vertical slide switch 2P4T combines two poles with four selectable throws. In practical circuit terms, each pole can select among four switching paths, allowing two independent circuits to be controlled from the same actuator. This is useful when a PCB design requires more than the two positions available from a conventional SPDT or DPDT switch.

The 2P4T configuration is particularly useful for equipment that needs multiple operating modes, input selection, channel selection, or configuration settings. Instead of using several separate switches, one multi-position actuator can provide four selectable states across two circuits.

The Vistar design uses a DIP through-hole construction, giving the switch a mechanically secure connection to the PCB. The straight 180° actuator arrangement keeps the operating direction aligned with the terminal layout and is suitable for designs where the switch is accessed from above the board.

This vertical DIP slide switch is rated for a maximum of DC 50V and 0.5A, with an operating life of 10,000 cycles. Manufactured in an ISO 9001:2015 certified facility, it is fully compliant with RoHS 3 and REACH regulations.

Below are the key specifications for the 10 pin DIP slide switch SS-24E02, covering electrical, mechanical, and environmental parameters.

Electrical, mechanical and dimensional values should be confirmed against the latest Vistar engineering drawing before PCB layout, tooling or mass-production approval.

A 2 pole 4 throw switch in a 10-pin DIP package typically uses five terminals for each pole: one common terminal and four throw terminals. Two poles therefore require ten electrical terminals.

The actual pin numbering and orientation should be verified against the manufacturer’s dimensional drawing before PCB layout. Different manufacturers may use different terminal arrangements for the same electrical configuration.

Selecting a multi-position PCB switch should begin with the circuit requirement and then move through the mechanical and manufacturing requirements. For this 10 pin DIP slide switch configuration, the following points should be checked before the PCB is released.

1. Confirm the circuit configuration. Verify that two independent poles and four throw positions are required. If the design only needs two positions, a DPDT switch may provide a simpler solution.
2. Check the electrical load. The maximum stated rating is DC 50V and 0.5A. Keep the actual circuit within the applicable rating and consider the type of load being switched.
3. Verify the PCB footprint. Use the manufacturer’s dimensional drawing for hole diameter, terminal pitch and pad geometry. Do not copy a footprint from a visually similar component without checking the pin arrangement.
4. Review actuator clearance. The 180° straight configuration needs sufficient vertical and surrounding clearance for the slider to move through all positions without contacting the enclosure or nearby components.
5. Consider mechanical loading. If the switch is directly operated by the end user, the PCB and solder joints should be designed to tolerate the expected actuation force and repeated use.
6. Check the expected operating cycles. The rated life is 10,000 cycles. Applications with unusually frequent adjustment should be reviewed against this requirement.
7. Confirm production packaging. Depending on the production arrangement, packaging may be supplied in bag or tray form. Confirm the preferred packaging before placing a volume order.

What Is a Vertical Slide Switch 2P4T?

A vertical slide switch 2P4T is a multi-position mechanical switch with two independent poles and four selectable throw positions. This configuration is designed for PCB applications that need more than a simple ON/OFF or two-way selection. The 10-pin DIP through-hole construction provides a mechanically secure PCB connection, while the 180° straight actuator arrangement keeps the operating direction aligned with the terminal layout.

The SS-24E02 is rated for a maximum of DC 50V and 0.5A, with an operating life of 10,000 cycles under rated conditions. These specifications make it suitable for low-current control, signal-routing, and mode-selection applications in consumer, industrial, and communication equipment.

2P4T Slide Switch — Circuit Configuration Explained

A 2P4T slide switch combines two poles with four selectable throws. Each pole has one common terminal and four throw terminals. Moving the actuator between the four stable positions changes which throw is connected to the corresponding common contact. This allows one actuator to control two signal paths simultaneously across four selectable states.

The 2P4T configuration is particularly useful when a PCB design requires multiple operating modes, input selection, channel selection, or configuration settings. Instead of using several separate switches, one multi-position actuator can provide four selectable states across two circuits. Common applications include audio source selection, mode switching, and configuration control in test and measurement equipment.

10 Pin DIP Slide Switch — PCB Layout Considerations

A 10 pin DIP slide switch is useful when a PCB needs a multi-position selector without moving to a larger rotary switch or a more complicated electronic switching circuit. The through-hole terminals pass through the PCB and are soldered on the opposite side, providing strong mechanical retention.

For production PCB design, the first step is to confirm the exact terminal spacing, body dimensions, actuator position, and recommended land pattern from the manufacturer’s mechanical drawing. The electrical function alone is not enough to select a replacement because two 10-pin switches can have different pin arrangements or footprints. DIP mounting can also be useful when the actuator will be operated repeatedly by hand.

Vertical DIP Slide Switch — Mechanical Integration

A vertical DIP slide switch is selected when the actuator needs to be accessible from the top side of the equipment while the switch is mounted directly to the PCB. This orientation can help keep the control accessible without requiring a right-angle switch extending toward the edge of the board.

The 180° straight-handle arrangement is particularly relevant during mechanical integration. Before releasing the PCB layout, check the actuator travel, body clearance, component keep-out area and the height available above the PCB. Through-hole mounting also needs appropriate solder-pad and hole dimensions. The PCB footprint should follow the manufacturer’s recommended drawing rather than being generated solely from the number of terminals.

Applications Across Industries

This vertical slide switch 2P4T is found across a wide range of applications. Audio equipment uses it for multi-source selection and channel routing. Electronic instruments use it for mode selection and configuration control. Consumer electronics use it for source and function selection. Industrial equipment uses it for manual configuration and signal-selection functions. Communication equipment and embedded systems also rely on this 10-pin DIP component for reliable multi-position dual-pole circuit selection.

Why Choose Vistar as Your Slide Switch Supplier

Vistar Electronics is a trusted manufacturer and supplier of slide switches serving customers in consumer electronics, industrial automation, and communication equipment. Our slide switch lineup includes vertical, horizontal, right-angle, SMT and DIP configurations with various pole/throw arrangements and pin counts.

With ISO 9001:2015 certification and a commitment to continuous improvement, Vistar is your reliable partner for high-quality switching solutions. For more technical resources, including PCB layout guidelines and switch selection guides, visit our technical blog or contact our engineering support team directly.

Explore our full range of slide switches and related content:

• Slide Switches — Full Product Collection
• Vertical Slide Switches — Full Range
• Slide Switch Guide — Types, Wiring & Selection
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