SK-22F06 Side-Insert Slide Switch (2P2T / 2-Pole 2-Position 6-Pin / Single-Row Side-Bent Pins / DIP Side-Insert Type / Board-Edge Wrapped Reinforcing Feet / Solves Push-Pull Detachment Pain Points / Supports 3D Modeling / Free Sampling)
SK-22F06 Side-Insert Slide Switch (2P2T / 2-Pole 2-Position 6-Pin / Single-Row Side-Bent Pins / DIP Side-Insert Type / Board-Edge Wrapped Reinforcing Feet / Solves Push-Pull Detachment Pain Points / Supports 3D Modeling / Free Sampling)
Sinyin Electronic Original SK-22F06 is a DIP board-edge side-insert type 2P2T (2-pole 2-position 6-pin) dual-circuit slide switch. The pins adopt a single-row side-bent 90° structure, combined with side-wrapped reinforcing feet on the housing, which can be perfectly anchored into PCB board-edge vias, withstanding lateral push-pull forces up to >40N, effectively eliminating the engineering pain points of traditional side-toggle switches such as board lifting, peeling, and solder detachment. The 6-pin circuit structure enables 100% synchronous on/off switching of two circuits (such as full disconnection of power positive and negative terminals, or power + signal). It fully meets the needs of structural engineers for Layout clearance, electronic engineers for low contact resistance, quality control, and procurement for fast delivery. Compliant with RoHS 2.0/REACH regulations, with free download of 2D/3D STEP models.
- Product Introduction
- Product Introduction
[Engineering Analysis] SK-22F06 DIP Board-Edge Side-Insert Dual-Circuit Slide Switch (2P2T / 2-Pole 2-Position 6-Pin)
In board-edge side-insert switch applications,"Restricted pin routing layout" and "lateral push-pull lever force causing pad cracking and detachment"are the most challenging engineering issues for R&D teams. Sinyin Electronic has specially developed the SK-22F06 Side-Insert Dual-Circuit Slide Switch, which adopts a combined design of single-row side-bent 90° pins and reinforced wrapped edge feet. After deep insertion into PCB board-edge vias, the push-pull stress is directly transmitted to the motherboard substrate, offering both excellent Layout routing convenience and structural reliability.
---I. "Pain Point Solution Analysis" for Each Role in Enterprise Customer Teams
| Targeting Team Roles | Traditional side-toggle switch engineering pain points | Targeted Optimization Plan for SK-22F06 |
|---|---|---|
| Structural Engineer (MD) | The user-side lateral force applied during gear shifting is uncontrollable, which can easily cause the switch to lift from the PCB edge, leading to pad peeling and damage. | Lateral edge-wrapping reinforcement feet: The wrapped corner feet tightly grip the PCB edge, providing lateral peel resistance of up to >40N. Additionally, precise 3D STEP modeling is provided to facilitate structural stacking interference verification. |
| Electronics Engineer (EE) | Dual-row pins are prone to bridging and short circuits when PCB traces are dense at the edge, and there are concerns about asynchronous dual-circuit switching and heat generation during prolonged use. | Single-row side-bent pins + 2P2T thickened silver-plated contacts: The single-row 6-Pin layout greatly simplifies PCB routing; the internal multi-layer thickened silver-plated contact plates control contact resistance to ≤30mΩ, ensuring 100% synchronous on/off for both positive and negative dual circuits. |
| Quality/Production Line (QE/PE) | After passing through the wave soldering oven, the base plastic softens and bubbles, causing handle jamming, or the detent feel during gear shifting becomes vague, leading to half-gear engagement. | High-temperature resistant flame-retardant base plastic: Resistant to wave soldering high temperature without deformation, paired with high-elasticity positioning spring clips internally, providing crisp and precise gear engagement to effectively prevent gear jamming. |
| Procurement Manager (PMC) | Extended lead times affecting production line material pulls, and suppliers lacking complete environmental certifications causing export barriers. | Signal Origin genuine stock and rapid response: Sample arrangement and shipping within 24-48 hours, with full-series products supported by complete RoHS 2.0 and REACH environmental test reports. |
II. SK-22F06 Side-Insert Dual-Channel Typical Application Scenarios
- 1. Dual-wire full-break power isolation control: Side main power switch for portable medical testing devices and handheld security instruments, enabling simultaneous cutoff of positive and negative poles (V+/V-) to prevent standby micro-currents from damaging the motherboard.
- 2. Audio and signal dual-channel switching: For portable speakers and wireless microphone receivers, the L/R left and right channels are switched synchronously, or the power supply and indicator light dual-circuit linkage switching is achieved.
- 3. Smart Small Appliances and Personal Care Devices: Board-edge multi-gear switching for portable shavers, beauty devices, and portable fans, with single-row pins allowing tight board-edge layout to significantly save internal product height space.
III. Sinyin Electronic Audio Professional B2B Service Commitment
- Free Sample SupportSupport SK-22F06 with various handle lengths (2.0mm-10.0mm) and handle types, free samples provided to assist with early-stage prototyping.
- Complete Engineering Documentation Package DownloadProvide specification sheets, 2D Layout hole position drawings, and 3D STEP models, making it convenient for engineers to directly import into SolidWorks / Altium Designer.
- Specifications
- Detailed Parameters
| Product Model | SK-22F06 (Side-insertion Version) | Circuit Loop/Positions | 2P2T (2 Poles, 2 Positions / Double Pole, Double Throw) |
| Pins and Structure | 6 Functional Pin Contacts (Single-row Side-bent) + 2 Lateral Edge-wrapped Reinforced Soldering Pins | Mounting Method | DIP Board-Edge Side-Mount (Through-Hole) |
| Handle Shape/Length (G) | Deep-groove Anti-slip Horizontal Knurled Handle / Handle Length 2.0-10.0mm Precision Customization | Rated Load | DC 12V 0.1A / DC 30V 0.3A / DC 50V 0.5A |
| Contact resistance | ≤ 30 mΩ (initial value) | Insulation resistance | ≥ 100 MΩ (DC 500V) |
| Withstanding voltage strength | AC 500V (50-60Hz) / 1 minute without breakdown | Operating Force | 250 ± 100 gf |
| Mechanical/electrical life | ≥ 10,000 cycles (under load testing) | Peel resistance | ≥ 40 N (Lateral Edge-wrapped Reinforced Soldering Pins) |
- Welding Conditions
- Welding Conditions
Use a 30-watt soldering iron, with the tip temperature not exceeding 350 °C, and a soldering time of 3 seconds.
◆ Wave soldering / reflow soldering
Peak temperature shall not exceed 260°C, and soldering time shall not exceed 5 seconds (refer to the soldering temperature profile below).



