SG130190D-48 RF/IF and RFID

Series:	--
Part Status:	Active
Type:	Fabric Over Foam
Shape:	D-Shape
Width:	0.190" (4.83mm)
Length:	4.00' (1.22m)
Height:	0.130" (3.30mm)
Material:	Polyurethane Foam, Nickel-Copper Polyester (NI/CU)
Plating:	--
Plating - Thickness:	--
Attachment Method:	--
Operating Temperature:	-40°C ~ 70°C

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RFI and EMI - Contacts, Fingerstock and Gaskets

The application field and working principle of SG130190D-48 are intricate and varied. It is used in the most practical forms of electrical engineering and electronics, such as contact control, and is renowned for its conduction control and protection.

The Application Field of SG130190D-48

SG130190D-48 is suitable for use in multiple purposes, as a result of its versatility and convenience it works in the following fields:

• EMC/EMI shielding
• Analog switch.
• EMI/RFI shielded bushing.
• Input/Output rotary contacts.
• Signal c urrent, contact switches, contactors and relays
• Static discharge applications.

SG130190D-48 is an invaluable addition to the EMC/EMI shielding element. In this case, SG130190D-48 can be fitted within the jointing scheme as a low-resistance, conductive mechanism. When fitted, SG130190D-48 forms a complete EMI shield to prevent current leakage and interference. In addition to this, SG130190D-48 provides the current transformer with secure and reliable contact.SG130190D-48 is also used as a basis for the output and input rotary contacts. In this case, SG130190D-48 provides an incredibly low-resistance contact between the non-ferrous and ferrous parts of the system. This ensures that any voltage and current are securely transmitted throughout the system. Finally, SG130190D-48 is suitable for the use of switching and static discharge applications. It offers maximum protection for static discharge, meaning any current fluctuations are secured and kept within secure levels. The SG130190D-48 is also ideal for contact switching, as its low-resistance nature ensures maximum voltage and current levels are maintained.

The Working Principle of SG130190D-48

The SG130190D-48 works on a simple principle: the metal parts that make up the device are kept in very close contact with each other. This ensures that the resistance between them is kept to an absolute minimum, and any current or voltage hoping to pass through them will find a very low level of resistance. The Samsung SG130190D-48 utilizes a number of features to ensure that the gap between the metal parts is kept to a minimum. For instance, the device\'s construction utilizes a fingerstock design that focuses on a ‘push-to-contact’ system. This means that the application of force causes the metal fingers to overlap more than usual, ensuring a very secure low-resistance contact between the contacts. SG130190D-48 also utilizes gaskets in its construction. These gaskets are designed to ensure a perfect fit between the contact and the mating parts. This means that the user is able to achieve a secure connection with minimal resistance. Furthermore, the use of these gaskets also has the effect of improving the electrical performance of the contacts, as it eliminates the possibility of loose connections. Finally, SG130190D-48 also utilizes a combination of shape and composition in its construction. The shape and material used in its construction allow it to become an integral part of any system, as it is designed to withstand a range of application, from the very simple to the more complex.

Conclusion

Ultimately, SG130190D-48 is a versatile and efficient device that can be used in a variety of applications in the electrical engineering and electronics industry. It is able to provide a low-resistance contact for applications such as EMC/EMI shielding, as well as a secure connection to eliminate the potential for current leakage in output and input rotary contacts. In addition, its’gasket and fingerstock technology ensures a perfect fit, while its shape and composition allows it to become integral part of the system it is incorporated in.

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