Application Fields Of Subminiature Connectors

One of the most important factors used by subminiature connectors is the booming market for mobile phones and other handheld devices. Not only the same performance standards as the larger connectors are required, but they must be sufficiently rugged to be securely assembled into the finished product. The connectors used in these applications must be able to support extremely high data rates. For example, the speed performance of the micro-board is very common in the plate connector, while some advanced micro-board connectors of Te can handle up to Gbps speed.

Subminiature connectors must be strong enough and easy to use. For example, a number of board connectors with metal cover nails, Subminiature Connectors can increase the strength and make it in the assembly process will not easily break, to provide protection for the connector shell. It is important to maintain good retention on connectors after insertion, especially if the connector size is getting smaller. Subminiature Connectors Features such as clicks and touch-sensing are also important, because this allows the operator to know when the connector was inserted correctly.

The metal cover nails on the plate connector can also operate on the power supply and protect the shell during assembly. At the same time, the introduction of Te Subminiature connectors is larger, allowing the assembler technician to find the best position for pairing the connectors. Subminiature Connectors The future will even require a smaller pitch connector. This may require the development of new manufacturing technologies, not only for connectors, but also for flexible cables paired with connectors, or printed circuit boards welded by connectors. Henan Shengtai continues to focus on the latest information about Tyco connectors.

Subminiature connectors are not enough to reduce the volume. must also be strong enough to meet the same performance standards as the large connectors, while also requiring sufficient strength to further assemble into the finished product.

While the quality and durability of subminiature connectors are increasing, Subminiature Connectors the use of different products also increases. The market for Subminiature connectors includes small, micro and micro connectors, which are being expanded for a variety of reasons.

has been widely used in various boards and cables to the plate application.

Such applications include ground-based radars and aircraft communication systems. ground-based radar equipment is very large in size, which may contain hundreds of thousands of of components, while subminiature connectors help reduce overall volume. Similarly, lightweight mini connectors can help reduce the total weight of a jet. In addition, RF connectors are very effective under low power settings and have very low signal-to-noise ratios, Subminiature Connectors which can transmit complex signals.

The growing demand for Subminiature connectors introduces product development for new applications such as extreme conditions. For example, Molex recently launched a multiport RF (MPRF) coaxial cable to the plate connector, this is a small I/O equipment, in high vibration conditions can provide a solid electrical connection effect, the minimum number of plug times up to 500 times. Although the release time is short, the MPRF connector is expected to be used in a variety of major aerospace and defense applications. For example, Subminiature Connectors one of the applications that MPRF can bring advantages is in the field of military transport vehicles, which can withstand very strong vibrations during use. Medical devices are another important area of application.

Non-magnetic characteristics

For other types of miniature connectors, healthcare has become a critical area of application, where connectors are generally used for devices such as microscopy and probes. The connector for medical devices must be non-magnetic, which requires replacing the nickel coating that is commonly used in the Electroless Ni-P connector. Other applications include medical devices such as nuclear magnetic resonance machines and computerized tomography scanners, but such devices tend to use larger connectors.

Assembly challenges

One of the challenges common to all the users of the Subminiature connector is how to construct a cable assembly. This requires skilled technicians to trim small cables and end up with miniature connectors. For example, the outer diameter of one contact in an SMP connector is only 0.015 inches, while the SMPM connector's contact diameter is only 0.012 inches.

In this way, Subminiature Connectors a combination of the small connector assembly process usually requires a certain degree of automation, for example, using a tape-and-tray package, where each component is provided on a tape or plastic tape on a pallet, and the pallet is loaded in an automated pickup machine, and the components are mounted on a printed circuit board.