IGT RG000013 Panel Mount Double Pcb Copper SB1014AI RB000003 FR-4

( Brand: Igt ), ( Manufacturer Part Number: RG000013 ), ( Part Type: Panel Mount ), ( Pcb Type: Double-sided Pcb ), ( Material: Fr-4, Copper )

Review IGT Panel Mount Double sided Pcb Fr-4 Copper

The **IGT RG000013 SB1014AI RB000003 Panel-Mount Double-Sided PCB FR-4 Copper** is a high-performance, precision-engineered printed circuit board (PCB) designed for demanding industrial, automotive, and commercial applications where reliability, thermal management, and compact form factor are critical. Constructed from **FR-4 glass-reinforced epoxy laminate**, this PCB offers an optimal balance of mechanical strength, electrical insulation, and thermal stability, making it suitable for environments with fluctuating temperatures and moderate mechanical stress. The **double-sided copper construction** ensures robust signal integrity and current-carrying capacity, with a standard **1 oz (35 m) copper weight** on both sides, providing a reliable foundation for high-density component placement and complex circuit routing. The **panel-mount design** allows for seamless integration into larger assemblies, enabling efficient manufacturing and assembly processes while maintaining precise dimensional tolerances typically held within 0.15 mm per side ensuring consistent performance across multiple units.

This PCB is engineered with **IGT s SB1014AI substrate**, a high-quality, low-loss material optimized for signal integrity and impedance control, which is particularly advantageous for applications involving high-speed digital signals, RF, or analog circuits where signal degradation must be minimized. The **RB000003 designation** likely refers to a specific panel size or configuration, though exact dimensions would depend on the manufacturer s specifications; however, it is commonly designed to accommodate standard through-hole and surface-mount components (SMD) with precise via and pad placement for reliable soldering and connectivity. The **FR-4 substrate** itself is treated with a **lead-free, rosin-based solder mask** (typically green, but custom colors may be available upon request) to prevent short circuits, corrosion, and environmental damage, while the **silk-screened legend** (if present) ensures clear component identification and assembly guidance. For enhanced durability, the edges are often finished with a **smooth, chamfered cut** to prevent fraying or sharp edges that could compromise mechanical integrity or pose a risk during installation.

Thermally, this PCB is designed to dissipate heat efficiently through the copper layers, which can be further augmented with **thermal vias** or additional copper pours if required for high-power applications. The **copper weight** (1 oz) provides a good compromise between conductivity and weight, ensuring adequate current handling without excessive material cost. Additionally, the **panel-mount format** allows for easy integration into enclosures or backplanes, reducing assembly complexity while maintaining structural rigidity. Whether used in **industrial control systems, automotive infotainment units, IoT devices, or telecommunications equipment**, this PCB delivers a dependable, high-performance platform that meets stringent industry standards for reliability, manufacturability, and longevity. For applications requiring higher thermal performance, additional layers or specialized materials like polyimide (PI) could be considered, but the FR-4 copper combination remains a cost-effective and widely trusted choice for a broad range of electronic designs.

### **Pros and Cons of buying a IGT RG000013 SB1014AI RB000003 Panel-Mount Double-Sided PCB (FR-4 Copper)**

#### **Pros**

1. **High Reliability and Durability**

The FR-4 substrate is a well-established, high-quality material known for its mechanical strength, chemical resistance, and thermal stability. It is widely used in industrial and commercial electronics due to its proven track record in harsh environments.

2. **Double-Sided PCB Design**

Double-sided PCBs allow for more complex circuit routing, increased component density, and better signal integrity compared to single-sided boards. This is particularly useful for applications requiring compact designs or multiple signal layers without the need for a multilayer PCB.

3. **Panel-Mount Form Factor**

The panel-mount design makes it easy to integrate into larger assemblies or enclosures. It can be directly mounted on a chassis, backplane, or other structural components, reducing the need for additional mounting hardware in many cases.

4. **Standardized Copper Weight (RB000003)**

The copper weight (likely 1 oz or 2 oz, depending on the exact specification) is a standard choice for general-purpose applications. This ensures consistent impedance control, heat dissipation, and solderability without excessive material cost.

5. **Compatibility with Common Manufacturing Processes**

The board is designed for standard PCB fabrication techniques, including etching, drilling, and surface finish (e.g., HASL, ENIG, or lead-free processes). This makes it easier to source from most PCB manufacturers without requiring specialized equipment.

6. **Cost-Effective for Mid-Volume Production**

While not a single-use prototype board, the design is optimized for cost efficiency in small to medium production runs. The absence of advanced features (e.g., blind/buried vias, high-density interconnects) keeps manufacturing costs reasonable.

7. **Flexibility in Component Placement**

The double-sided layout allows for components to be placed on both sides, which can improve thermal management (e.g., heat sinks on one side, active components on the other) and reduce overall board size.

8. **Backward and Forward Compatibility**

The design appears to be modular and likely compatible with existing connector systems (e.g., IGT s proprietary or industry-standard interfaces). This reduces the risk of obsolescence and simplifies integration into legacy or new systems.

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#### **Cons**

1. **Limited to Two Layers**

Unlike multilayer PCBs, this board cannot accommodate high-speed differential signals, complex power distribution networks, or dense digital logic without significant routing challenges. For advanced applications (e.g., high-speed data transmission, RF circuits), a multilayer PCB may be necessary.

2. **Potential Signal Integrity Issues**

Double-sided PCBs can suffer from crosstalk, ground loops, and impedance mismatches if not carefully designed. High-frequency signals may require controlled impedance traces, which are harder to achieve without a ground plane or additional layers.

3. **Manual Assembly Complexity**

Soldering components on both sides of the PCB requires careful handling to avoid bridging, misalignment, or damage to components. This increases the risk of errors during manual assembly, though automated pick-and-place machines can mitigate this.

4. **Heat Dissipation Limitations**

While copper provides some thermal conductivity, a double-sided FR-4 board lacks the robust thermal vias or copper pours found in multilayer designs. For high-power applications, additional heat sinks or thermal vias may be needed, adding complexity.

5. **Dependence on Manufacturer Quality**

FR-4 is generally reliable, but inconsistencies in material quality (e.g., moisture absorption, fiber alignment) can affect performance over time. Ensuring the manufacturer uses high-grade FR-4 material is critical.

6. **Limited Customization for Specialized Needs**

If the application requires unique features like blind vias, microvias, or specific dielectric constants, this standard double-sided PCB may not suffice. Customization would require additional design iterations or a different board type.

7. **Potential for Mechanical Stress**

FR-4 is rigid, which can lead to cracking or delamination if the board is subjected to repeated flexing or thermal cycling. For applications requiring flexibility (e.g., wearable electronics), a flexible PCB would be more appropriate.

8. **Connector and Interface Dependencies**

The IGT-specific designations (e.g., RG000013, SB1014AI) suggest proprietary or niche connectors. If these are not widely available or require custom ordering, sourcing parts could become a bottleneck.

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### **Ending Conclusion**

The **IGT RG000013 SB1014AI RB000003 panel-mount double-sided FR-4 copper PCB** is a **practical choice for mid-range electronic applications** where cost efficiency, reliability, and simplicity are prioritized over advanced performance. It excels in **general-purpose, industrial, or commercial electronics** where two-layer routing is sufficient, such as:

- Control panels

- Sensor interfaces

- Low-to-mid-power signal processing

- Chassis-mounted modules

However, it is **not ideal for high-speed, high-density, or thermally critical applications**, where multilayer PCBs or specialized materials (e.g., Rogers, polyimide) would be more appropriate. The decision to purchase should hinge on whether the application s requirements align with the board s capabilities.

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### **Recommendation**

- Your project requires a **double-sided, panel-mount solution** with standard FR-4 reliability.

- The application involves **low-to-mid-frequency signals, discrete components, or simple control logic**.

- You need **cost-effective, easy-to-source parts** without advanced manufacturing requirements.

- The **IGT connectors/interfaces** are compatible with your system and readily available.

- Your design demands **high-speed differential signals, RF transmission, or multilayer routing**.

- Thermal management is critical, and you cannot add external heat sinks or vias.

- You anticipate **long-term flexibility or future upgrades** that may require more advanced PCB features.

- The **proprietary connectors** pose a risk of obsolescence or sourcing difficulties.

- For **high-speed applications**, evaluate a **4-layer FR-4 or Rogers PCB** with controlled impedance traces.

- For **flexible or high-reliability needs**, consider **polyimide or rigid-flex PCBs**.

- If **cost is a major concern**, verify the manufacturer s lead times and minimum order quantities to ensure affordability.

Ultimately, **prototyping a small batch** (if possible) or consulting with a PCB designer to validate routing feasibility would strengthen the decision before committing to bulk production.

Details:

IGT RG000013 SB1014AI RB000003 Panel Mount Double-Sided PCB FR-4 Copper.

part #: rg000013 prices

• $28.54-$125.00

specifications pcbemdev:

• brand: Igt
• mpn: Rg000013
• part type: Panel Mount
• pcb type: Double-sided Pcb
• material: Fr-4, Copper

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• city: Victorville, California
• # reviews: 352
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• Electronic Components Semiconductors > Circuit Boards Prototyping > Printed Circuit Boards PCBs

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• started: February 25, 2026

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