Molex 89761 Series Female SMA to Female MCRF, 100mm, RF Coaxial, Terminated50 Ω
Technical Document
Specifications
Brand
MolexTerminated/Unterminated
Terminated
Connector 1
SMA
Coaxial Type
RF
Connector 2
MCRF
Connector 1 Gender
Female
Connector 2 Gender
Female
Outer Diameter
1.13mm
Characteristic Impedance
50 Ω
Length
100mm
Conductor Strand Type
Solid
Series
89761
Insulation material
Teflon
Conductor Material
Phosphor Bronze
Product details
Molex female SMA to female U.FL coaxial cable
Leading electronics manufacturer Molex Incorporated presents its female SMA to female U.FL coaxial cable range. With an impedance rating of 50Ω, this high-quality cable provides customers with an excellent and essential solution for a variety of cable connection needs.
The product comes supplied with a gold plated brass jam nut and gold-plated lock washer. The coaxial cable also features a terminated end, allowing quick and easy connection to a range of applications.
Features and Benefits:
Dual-ended connectors as part of its configuration,
- SMA-to-MCRF plug assembly,
- Gold plating mating for high reliability and low voltage,
- Net weight - 4g,
- Cable length - 100mm,
- Cable diameter – 1.13mm.
Applications:
- Connecting radio transmitters and receivers to antennas,
- Connecting broadband routers to the supplier network,
- Feeding signals through to your television.
What are SMA and MCRF?
SMA or SubMiniature Version A refers to this products connector. SMA connectors come in a range of different formats such as male, female, straight, right-angled, etc…
MCRF or Micro Coaxial RF are ultra-microminiature wire-to-board solutions that are ideal for small handheld wireless devices.
What is Impedance?
Impedance is an electric current’s opposition being measured when the voltage has been applied.
Please refer to the technical drawing for further information.
Molex RF Coaxial Cable Assemblies
110.412 OMR
4.416 OMR Each (In a Bag of 25) (ex VAT)
115.933 OMR
4.637 OMR Each (In a Bag of 25) (inc. VAT)
25
110.412 OMR
4.416 OMR Each (In a Bag of 25) (ex VAT)
115.933 OMR
4.637 OMR Each (In a Bag of 25) (inc. VAT)
25
Stock information temporarily unavailable.
Please check again later.
| Quantity | Unit price | Per Bag |
|---|---|---|
| 25 - 25 | 4.416 OMR | 110.412 OMR |
| 50 - 75 | 4.196 OMR | 104.912 OMR |
| 100 - 225 | 3.646 OMR | 91.162 OMR |
| 250 - 475 | 3.504 OMR | 87.588 OMR |
| 500+ | 3.394 OMR | 84.838 OMR |
Technical Document
Specifications
Brand
MolexTerminated/Unterminated
Terminated
Connector 1
SMA
Coaxial Type
RF
Connector 2
MCRF
Connector 1 Gender
Female
Connector 2 Gender
Female
Outer Diameter
1.13mm
Characteristic Impedance
50 Ω
Length
100mm
Conductor Strand Type
Solid
Series
89761
Insulation material
Teflon
Conductor Material
Phosphor Bronze
Product details
Molex female SMA to female U.FL coaxial cable
Leading electronics manufacturer Molex Incorporated presents its female SMA to female U.FL coaxial cable range. With an impedance rating of 50Ω, this high-quality cable provides customers with an excellent and essential solution for a variety of cable connection needs.
The product comes supplied with a gold plated brass jam nut and gold-plated lock washer. The coaxial cable also features a terminated end, allowing quick and easy connection to a range of applications.
Features and Benefits:
Dual-ended connectors as part of its configuration,
- SMA-to-MCRF plug assembly,
- Gold plating mating for high reliability and low voltage,
- Net weight - 4g,
- Cable length - 100mm,
- Cable diameter – 1.13mm.
Applications:
- Connecting radio transmitters and receivers to antennas,
- Connecting broadband routers to the supplier network,
- Feeding signals through to your television.
What are SMA and MCRF?
SMA or SubMiniature Version A refers to this products connector. SMA connectors come in a range of different formats such as male, female, straight, right-angled, etc…
MCRF or Micro Coaxial RF are ultra-microminiature wire-to-board solutions that are ideal for small handheld wireless devices.
What is Impedance?
Impedance is an electric current’s opposition being measured when the voltage has been applied.
Please refer to the technical drawing for further information.