There are significant differences in the applications of Board to Board Connectors with different spacings.
1. Signal transmission performance
Board to Board Connectors with smaller pitches usually have higher density and more precise transmission capabilities in signal transmission. Due to the small spacing, more connection points can be achieved in a limited space, which is suitable for high-end electronic devices that have strict space requirements and require a large amount of signal transmission, such as smartphones, tablets, etc. These devices require high-speed and stable signal transmission to ensure the normal operation of various functions. Although the signal transmission density of the larger spacing Board to Board Connector is relatively low, it can provide more stable signal transmission in some situations where signal interference requirements are not so strict, such as in some industrial control equipment, because the larger spacing Spacing reduces interference between signals.
2. Mechanical structure and stability
Connectors with smaller pitches tend to be mechanically more delicate and complex. The insertion and extraction force is relatively small, and installation and removal require more caution to prevent damage to the connector. But due to its compact design, it can provide a more stable connection in some environments with less vibration. The Board to Board Connector with a larger spacing usually has stronger mechanical strength and greater plugging and unplugging force, and is more suitable for use in some harsh working environments, such as industrial automation equipment, and can withstand greater vibration and impact. .
3. Heat dissipation performance
The Board to Board Connector with a smaller pitch is relatively difficult to dissipate heat due to its compact space. In equipment operating at high power, additional cooling measures may be required to maintain normal operating temperature of the connector. Connectors with larger spacing have better air circulation and better heat dissipation performance due to the relatively larger space. In some high-power electronic equipment, such as servers, connectors with larger spacing can better meet the heat dissipation needs.
4. Cost and application scenarios
Generally speaking, the production cost of Board to Board Connector with smaller pitch is relatively high due to high technical difficulty. They are mainly used in high-end consumer electronics and miniaturized electronic equipment. The cost of connectors with larger spacing is relatively low and is suitable for some industrial and commercial applications that are cost-sensitive and do not have particularly strict space requirements. To sum up, there are obvious differences between Board to Board Connectors with different pitches in terms of signal transmission performance, mechanical structure and stability, heat dissipation performance, cost and application scenarios. Users should make their selection based on specific application needs. Reasonable choice.
