110061001 CASI-RUSCO Micro Backplane

Review CASI-RUSCO Micro Backplane Pn

The Casi-Rusco 110061001 Micro Backplane is a versatile and high-performance electronic component designed for various industrial applications. This backplane provides an efficient solution for designing and implementing complex systems with numerous interconnections and data transfer requirements.

The 110061001 Micro Backplane features a compact size with a standard Eurocard format of 100 x 160 mm. It consists of a base plate with a rear panel and a pin grid array (PGA) connector on each side, which accommodate specified micro cards or daughterboards. These micro cards can be populated with a variety of components and functionality, making the backplane a flexible solution for a wide range of applications.

The backplane employs gold-plated contact pads to ensure reliable and durable connections between the micro cards and the backplane. This plating not only guarantees excellent conductivity but also inhibits corrosion and oxidation, contributing to a longer life span of the interconnect.

Each PGA connector on the backplane has 216 pins arranged in a 15 x 15 grid configuration. The micro cards are connected to the connector and the backplane using appropriate sockets on the cards. This grid configuration provides ample connectivity options, allowing for extensive system design possibilities. The pitches between the pins are 2.54mm, which is a standard industry size.

The Casi-Rusco 110061001 Micro Backplane boasts a high operating temperature range, enabling its usage in environments where temperature fluctuations may occur. It can function effectively from -55 C to 125 C, making it suitable for deployment in demanding industrial settings. This temperature range efficiency also adds to the backplane's versatility, as it caters to various environments, ensuring effective performance over an extensive temperature range.

Additionally, the backplane's CE and RoHS compliant design certifications enable its utilization within multi-national projects where conformity to European Union regulations is a prerequisite for implementation. These certifications confirm that the backplane adheres to the latest industry standards and regulations for electronics.

In summary, the Casi-Rusco 110061001 Micro Backplane is a robust and adaptable interconnect solution for industrial applications. It boasts a compact size, gold-plated contacts, a generous 15 x 15 pin grid configuration, a wide operating temperature range, and necessary compliance certifications. This backplane delivers unwavering interconnectivity and functionality, enabling designers to build intricate systems and expand their capabilities with confidence.

The Casi-Rusco 110061001 micro backplane is a specialized electronic component used in various industrial applications such as test equipment, automation systems, and data acquisition systems. Before making a purchasing decision, it is essential to consider both the advantages and disadvantages this component offers.

1. High Density: A micro backplane is designed to provide a high-density connection solution for complex systems, allowing for a greater number of components to be accommodated within limited space. The Casi-Rusco 110061001 model can support numerous connectors on each side, making it a suitable choice for applications requiring a high pin count.

2. Flexibility: Micro backplanes can be customized to meet specific application requirements, including the arrangement, number, and type of connectors. This flexibility enhances the capabilities of the system and reduces the need to purchase multiple off-the-shelf solutions.

3. Improved Signal Integrity: The micro backplane's design also contributes to better signal integrity compared to conventional printed circuit boards. Since signals travel shorter distances between components, the susceptibility to crosstalk, noise, and other electromagnetic interference is minimized, ensuring accurate and reliable data transfer.

4. Ease of Maintenance: The micro backplane's modular design simplifies maintenance tasks. Replacing a faulty component can be done quickly and efficiently by accessing the backplane from the rear, making system downtime minimalized.

5. Cost-effective: By reducing the need for multiple printed circuit boards and eliminating the complex wiring associated, micro backplanes can save on materials, assembly, and labor costs.

1. Complexity: The micro backplane's design is more intricate than traditional PCBs due to its stacked connector arrangement. This additional complexity may require more time and expertise during the design and manufacturing process, which could potentially increase the overall cost of the project.

2. Premium Pricing: Due to the specialized nature and high-performance requirements of micro backplanes, they often come with a significantly higher price tag than standard printed circuit boards.

3. Limited Environment Application: Micro backplanes are primarily designed for controlled environments. Their sensitivity to harsh conditions such as humidity, temperature fluctuations, and electromagnetic interference could impact their performance in unprotected applications.

4. Manufacturing Lead Time: Given the intricacy of the micro backplane design, longer manufacturing lead times are often experienced compared to PCBs. This extended time frame could lead to project delays if not carefully planned and managed.

In conclusion, the Casi-Rusco 110061001 micro backplane offers numerous advantages, such as increased density, flexibility, improved signal integrity, ease of maintenance, and cost savings. However, it also presents challenges, such as design complexity, premium pricing, limited environmental applicability, and extended manufacturing times.

If the application can accommodate these disadvantages, the high-density interconnection capability and the benefits it delivers, such as improved system performance, and enhanced connectivity, make the Casi-Rusco 110061001 micro backplane a valuable investment. Ultimately, a thorough evaluation of the specific design requirements and application constraints should be considered before opting for this component. Careful consideration of these factors, combined with comprehensive communication between designers and manufacturers, will ensure a successful implementation of the Casi-Rusco 110061001 micro backplane in the intended system.

Details:

Casi-rusco micro 5 backplane pn: 110061001.

specifications alarmpartsacc:

• brand: Casi-rusco
• mpn: 110061001

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