Vertical Push Switch 5.8×5.8 for Compact DIP PCB Applications

The Push switch 5.8×5.8 is a 5.8×5.8mm self-locking push button designed for PCB applications that require maintained dual-circuit switching. Unlike a momentary switch that returns to its original state when released, the PB-22E63 uses an internal latching mechanism that keeps the selected state until the actuator is pressed again. This makes it suitable for power selection, mode control, and configuration switching in electronic equipment.

As a DPDT push switch, it provides two independent poles, each with a common contact and two selectable positions. This configuration allows two separate circuits to be switched simultaneously from a single actuator, simplifying control interfaces where paired signal or power paths must change state together.

The 5.8×5.8 push switch body size offers a balance between compact PCB footprint and mechanical usability. The 200±50gf operating force provides a deliberate press feel, and the DIP through-hole terminals ensure a mechanically secure connection to the board. The switch is rated for 100mA at 30V DC, making it suitable for signal-level and low-power control applications.

Manufactured with a white rectangular plunger and PC pin terminals, this self-locking push switch is suitable for a wide range of electronic products, including instrumentation, control panels, audio equipment, and embedded systems. Vistar Electronics supplies the PB-22E63 for OEM and ODM projects, with free samples available for qualified engineering evaluation.

Below are the published specifications for the 5.8×5.8 push switch PB-22E63. Confirm all values against the latest engineering drawing before production release.

Electrical ratings and mechanical specifications should be evaluated against the actual circuit and operating conditions. Please contact Vistar for the complete technical drawing and applicable product documentation.

Selecting a DPDT push switch for a PCB design requires verifying the mechanical, electrical, and functional requirements of the application.

1. Confirm the Operating Action

Determine whether the application requires maintained (self-locking) or momentary operation. The PB-22E63 is a self-locking version that keeps its selected state until pressed again. For temporary switching functions, a momentary push switch would be more appropriate.

2. Verify the Circuit Configuration

Confirm that the design requires DPDT / 2P2T switching. If only one circuit needs to be controlled, an SPDT switch may provide a simpler and lower-cost solution.

3. Check the PCB Footprint

Use the manufacturer’s recommended land pattern for the DIP through-hole terminals. Verify the terminal spacing, hole diameter, and actuator clearance before releasing the PCB layout.

4. Review the Electrical Load

The PB-22E63 is rated for 100mA at 30V DC. Compare this rating against the actual circuit voltage and current. The switch is suitable for signal-level and low-power control applications.

5. Check Actuator Access and Height

The overall height including the actuator is 10.00mm. Ensure the actuator can be accessed from the top of the enclosure without interference and that the external button mechanism provides sufficient travel for the latching action.

For a broader overview of available push switch configurations, visit the push switch product category.

What Is the PB-22E63 Push Switch?

The PB-22E63 push switch is a 5.8×5.8mm self-locking push button with a DPDT contact configuration. It is designed for DIP through-hole PCB mounting and provides maintained dual-circuit switching with a 100mA / 30V DC rating and 200±50gf operating force. Unlike a momentary switch, the self-locking mechanism keeps the selected state until the actuator is pressed again, making it suitable for power selection, mode control, and configuration switching.

As a DPDT push switch, it provides two independent poles operated by a single actuator. This allows two separate circuits to be switched simultaneously, which is useful in applications where paired signal paths or power lines must change state together.

5.8×5.8 Push Switch — Compact PCB Integration

The 5.8×5.8 push switch body size offers a practical balance between compact PCB footprint and mechanical usability. The overall height including the actuator is 10.00mm, and the white rectangular plunger provides clear visual indication of the switch position.

During PCB layout, the footprint should be created from the manufacturer’s recommended land pattern. Verify the terminal spacing, hole diameter, and actuator clearance before releasing the board. The DIP through-hole terminals are compatible with wave soldering and hand soldering processes.

Self-Locking Push Switch — Maintained Operation Explained

A self-locking push switch uses an internal latching mechanism to maintain its selected state after actuation. The PB-22E63 operates on a push-on/push-off principle: the first press latches the switch, and the second press releases it. This behavior is different from a momentary switch, which only changes state while the actuator is held down.

The maintained-action mechanism is suitable for applications where the circuit state needs to persist without continuous user input. Typical uses include power ON/OFF control, operating-mode selection, and configuration settings. The 200±50gf operating force provides a deliberate press feel that reduces the risk of accidental actuation.

DIP Push Button Switch — Through-Hole Assembly

A DIP push button switch uses through-hole terminals that pass through the PCB and are soldered on the opposite side. This mounting method provides a mechanically robust connection and is compatible with wave soldering or hand soldering processes. It is particularly useful for switches that experience repeated manual actuation, as the soldered terminals help absorb the mechanical load.

For volume manufacturing, through-hole mounting may require an additional soldering step compared with SMT-only components. Engineers should consider the complete assembly process when selecting between DIP and SMT versions. Sample boards should be assembled and inspected before mass production to confirm footprint accuracy and solder joint quality.

Applications Across Industries

The PB-22E63 is found across industrial control panels, test and measurement instruments, audio equipment, consumer electronics, communication equipment, embedded systems, smart home devices, and OEM electronic assemblies. Its compact size, maintained-action mechanism, and DPDT configuration make it suitable for control interfaces where a small, self-locking push button is required.

Why Choose Vistar as Your Push Switch Supplier

Vistar Electronics is a trusted manufacturer and supplier of push switches serving customers in consumer electronics, industrial automation, and communication equipment. Our push switch lineup includes self-locking and momentary configurations with various body sizes, circuit arrangements, and mounting styles.

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 push switches and related content:

• Push Switches — Full Product Collection
• 5.8×5.8 Push Switch 2P2T SMT
• 5.8×5.8 Self-Locking Push Switch
• Vertical Push Switch 5.8×5.8

For switch qualification and international electronics production, the following official references provide useful background information:

• International Electrotechnical Commission (IEC) — standards for electrical and electronic equipment
• European Commission — RoHS Directive

These references are provided for engineering and compliance background. The applicable requirements for the finished equipment should be determined according to the product category, destination market, and customer specifications.