4692AB51K01650

Series:	--
Part Status:	Active
Type:	Fabric Over Foam
Shape:	D-Shape
Width:	0.252" (6.40mm)
Length:	16.500" (419.10mm)
Height:	0.142" (3.60mm)
Material:	Polyurethane Foam, Nickel-Copper Polyester (NI/CU)
Plating:	--
Plating - Thickness:	--
Attachment Method:	--
Operating Temperature:	--

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IntroductionRFIs and EMI - Contacts, Fingerstock and Gaskets, is a broad category of technologies that have been developed to improve the signal carrying capability of equipment and devices. This includes signal-agile, low-impedance, EMI-labeled contacts, finger stock, and gaskets, all designed to minimize radiated emissions and improve signal integrity. The 4692AB51K01650 product is a shining example of these technologies, and it provides excellent signal strength and versatility at an attractive price point. Its application field and working principle can be quite complex, but we\'ve broken it down into its most fundamental components to make it easier to understand.Application FieldThe 4692AB51K01650 can be used in a range of radio frequency applications, such as in medical devices, consumer electronics, and industrial equipment. It is designed to maximize signal strength while controlling unwanted electromagnetic radiation. In addition, the device is also capable of reaching the desired frequencies while supporting low-impedance electrical contacts. This makes it an ideal choice for applications that require both high-performance and impedance control.Another important application of the 4692AB51K01650 is for radio frequency identification (RFID) applications, in which it is used to transmit data between different objects. It supports a wide range of RFID protocols, and its high-performance design allows for data to be transmitted with minimal distortion. It is also capable of supporting a variety of tag formats, making it a great choice for applications that require flexibility.Working PrinciplesThe 4692AB51K01650 operates on the principle of impedance mismatch, which is a type of electrical interference that is caused by the mismatched impedance of two devices placed close together. This mismatch causes energy to be reflected back and forth between the devices, resulting in a loss of signal integrity. The 4692AB51K01650 is designed to reduce this effect, allowing for better signal handling.The device achieves this through a combination of two primary features. First, it is designed to eliminate the impedance mismatch by using a specialized dielectric material, which is designed to reduce reflections and provide added noise reduction. Secondly, it uses a metal-tube contact, which acts like a faraday cage so that the signals transmitted through it are not affected by the surrounding electrical fields. This has the added benefit of providing additional protection against RF radiation, making it more suitable for use in medical environments.The 4692AB51K01650 also employs an ingenious EMI-labeling technique, which allows for a wide range of different frequencies to be transmitted with minimal interference. This allows for more precise control of the outgoing frequencies, and it provides greater signal flexibility. Finally, the product is also known for its finger stock, which ensures that the device can withstand extremely high temperatures. Not only does this help prevent the device from overheating, but it also makes the device more suitable for use in high-fidelity applications.ConclusionThe 4692AB51K01650 is an outstanding example of RFIs and EMI-related technology. Its versatile design allows it to be used in a wide variety of applications, from medical to consumer electronics, and it provides excellent signal strength and low-impedance electrical contacts. Its unique combination of features, such as the dielectric material, metal-tube contact, EMI-labeling technique, and finger stock, provide an unprecedented level of performance and protection, making it an ideal choice for any application where signal integrity is of utmost importance.

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