The PEMACTRF16P02 from Pasternack is a size 16 M39029 pin contact that is designed for D38999 Series I, D38999 Series II, D38999 Series III, and D38999 Series IV military type connector shells. This RF coaxial contact has a crimp/crimp contact attachment method and is built to offer superior performance in demanding applications that require high-frequency data transmission. The M39029 coax contact comes with an impedance of 50 Ohms and a maximum VSWR of 1.55.
Our RF contact has a maximum frequency of 700 MHz. This M39029 RF contact is made up of brass material with gold plating. The PEMACTRF16P02 coax contact has a PTFE dielectric type and a dielectric withstanding voltage of 800 Vrms. Our M39029 pin contact has a maximum insertion loss of 0.092 dB.
Pasternack’s RF contact has an inner conductor material constructed of beryllium copper and an outer conductor material of brass. These RF coax contacts are specifically engineered to minimize signal loss and crosstalk, providing excellent impedance matching and reducing VSWR. Our M39029 pin contact can operate at temperatures ranging from -65 to 125 degrees C.
PEMACTRF16P02 RF contact is part of more than one million RF, microwave, and millimeter wave parts in stock at Pasternack. This PEMACTRF16P02 coax contact is ready to buy and can be shipped worldwide the same business day as ordered from our warehouse in the United States. Pasternack maintains M39029 pin RF contacts in various sizes and configurations, which allows them to be customized to meet the specific requirements of different applications. For further information on similar products, our expert technical support and trained sales team can get you the ideal RF contact as per your requirements.
Features
- Fits any MIL-DTL-38999 size 16 insert
- Superior high frequency performance
- Blindmate connections
- Made from high quality materials giving a robust mechanical design
- Solderless inner connection to reduce assembly cost
Applications
- Civilian and Military Aerospace
- High Reliability Installations
- Harsh Environments