Superflexible Jumper Cable Assemblies Size 1/4

Types of Superflexible Size 1/4

Coaxial Jumper Cable SF 1/4''-50-PE, 7-16 Male Right Angle to N Male Right Angle, 1 Meter

RF Jumper Cable SF 1/4''-50-PE, 7-16 Male Right Angle to 4.3-10 Male Right Angle, 3 Meters

Outdoor Jumper Cable SF 1/4''-50-PE, 4.3-10 Male Right Angle to 4.3-10 Male Right Angle, 5 Meters

RRU Jumper Cable SF 1/4''-50-PE, 4.3-10 Male Right Angle to Mini-DIN Male Right Angle, 8 Meters

RF Cable Assembly SF 1/4''-50-PE, N Male Right Angle to N Male Right Angle, 10 Meters

Coaxial Cable Assembly SF 1/4''-50-FRNC, 7-16 Male Straight to N Male Straight, 15 Meters

RRU Cable Assembly SF 1/4''-50-FRNC, 4.3-10 Male Straight to 4.3-10 Male Straight, 20 Meters

Outdoor Cable Assembly SF 1/4''-50-FRNC, TNC Male Straight to 4.3-10 Male Straight, 25 Meters

Coaxial Jumper Cable SF 1/4''-50-FRNC, 7-16 Male Right Angle to N Male Right Angle, 1 Meter

RF Jumper Cable SF 1/4''-50-FRNC, 7-16 Male Right Angle to 4.3-10 Male Right Angle, 3 Meters

Outdoor Jumper Cable SF 1/4''-50-LSZH, 4.3-10 Male Right Angle to 4.3-10 Male Right Angle, 5 Meters

RRU Jumper Cable SF 1/4''-50-LSZH, 4.3-10 Male Right Angle to Mini-DIN Male Right Angle, 8 Meters

RF Cable Assembly SF 1/4''-50-LSZH, N Male Right Angle to N Male Right Angle, 10 Meters

Coaxial Cable Assembly SF 1/4''-50-LSZH, 7-16 Male Straight to N Male Straight, 15 Meters

RRU Cable Assembly SF 1/4''-50-LSZH, 4.3-10 Male Straight to 4.3-10 Male Straight, 20 Meters

Coaxial Jumper Cable SF 1/4''-50-Pe, 4.3-10 Male Right Angle to 7-16 DIN Male, 1 Meter

Coaxial Jumper Cable Sf 1/4''-50-PE, 4.3-10 Male to 7-16 DIN Male, 1 Meter

Outdoor Jumper Cable SF 1/4''-50-PE, 7-16 DIN Male to 7-16 Din Female, 5 Meters

RRU Jumper Cable Sf 1/4''-50-PE, 4.3-10 Male to 4.3-10 Male Right Angle, 8 Meters

RF Cable Assembly SF 1/4''-50-PE, 7-16 DIN Male to 7-16 DIN Male Right Angle, 10 Meters

RF Cable Assembly RF 1/4''-50-PE, 7-16 DIN Male to N Male Right Angle, 10 Meters

RRU Cable Assembly SF 1/4''-50-FRNC, N Male Straight to N Female Straight, 20 Meters

RRU Cable Assembly SF 1/4''-50-FRNC, N Male Straight to N Male Right Angle, 20 Meters

Outdoor Cable Assembly SF 1/4''-50-LSZH, TNC Male Straight to 4.3-10 Male Straight, 25 Meters

Products

What are RF coaxial jumpers?

RF coaxial jumpers are coaxial cable assemblies designed for transmitting radio frequency (RF) signals. They primarily consist of an inner conductor, insulating layer, outer conductor (shield), and protective jacket, offering superior transmission efficiency and robust interference resistance. RF coaxial jumpers are extensively employed in wireless communications, broadcast television, satellite communications, radar systems, and mobile communication base stations, among other applications, for connecting a range of RF equipment including antennas, filters, amplifiers, and transceivers.

What are the key parameters of RF jumpers?

Working frequency: Different frequency bands have different requirements for the electrical performance and physical characteristics of jumpers. For example, the mobile communication industry typically focuses on frequency bands within 3GHz, while the military or aerospace industries may require jumpers in higher frequency bands.

Environmental adaptability: Consider the environmental conditions in which the jumper will be deployed, such as temperature, humidity, electromagnetic interference, etc. Special environments may require jumpers with specific properties, such as high temperature resistance, corrosion resistance, etc.

Characteristic impedance: Characteristic impedance is a very important parameter in RF cables and components, which determines the transmission efficiency and reflection loss of signals. Common RF cable characteristic impedances include 50 Ω and 75 Ω.

Attenuation: Attenuation represents the loss of a signal during transmission. Low attenuation is an important characteristic of high-quality RF jumpers, and the attenuation value is related to factors such as frequency, jumper length, and material properties.

Voltage Standing Wave Ratio (VSWR): VSWR reflects the reflection of signals during transmission. The smaller the VSWR, the smaller the reflection and the higher the signal transmission efficiency.