D4S10P-40MA5-B

Series:	*
Part Status:	Active
Lead Free Status / RoHS Status:	--
Moisture Sensitivity Level (MSL):	--

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Introduction

Coaxial Connectors (RF) are used to link two sections of coaxial line, preventing an electrical current from being shorted out. They also serve as a guide for connecting and holding the cables together. The most common coaxial connector is a D4S10P-40MA5-B.

Application Field

The D4S10P-40MA5-B is commonly used in telecommunications, cable television, and numerous other RF applications. It is suitable for indoor and outdoor applications, and offers low signal loss in a relatively small form factor. It is well suited for high frequency applications, such as cell phone signal boosters, antenna and RF amplifiers, cellular base stations, and satellite TV.

Working Principle

The D4S10P-40MA5-B uses an airtight connection to ensure optimal data transfer. It is composed of two components: the center pin and the sleeve. The center pin is connected to the central conductor of the coax cable, while the sleeve is typically connected to the outer conductor. This ensures that the center pin is insulated from the sleeve and will not short out.The connection between the center pin and sleeve is sealed using an O-ring for air-tight reliability. This ensures that the connection is airtight and prevents any water or dirt from entering the connection and deteriorating the data transfer. The O-ring also provides a secure connection between the two components, preventing them from becoming loose.Once the connectors are connected, an electrical current is passed through the center pin and surrounding cable, allowing the RF signal to travel along the coaxial line. The sleeve reduces the signal loss, for optimal performance.

Conclusion

The D4S10P-40MA5-B is a reliable coaxial connector designed for use in high frequency applications. It has low signal loss and an airtight connection due to the use of an O-ring. This makes it ideal for applications such as cell phone signal boosters, antenna and RF amplifiers, cellular base stations, and satellite TV.

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