Huber+Suhner Straight 50Ω RF Adapter N Plug to 7/16 Socket 7.5GHz

RS tootekood: 741-7137Bränd: Huber+SuhnerTootja Part nr.: 33_N-716-50-3/133_WEDistrelec Article No.: 30242897
brand-logo

Tehnilised dokumendid

Spetsifikatsioonid:

Adapter Type

N Plug to 7/16 Socket

Adapter Type A

N

Adapter Type B

7/16

Gender A

Male

Gender B

Female

Impedance

50Ω

Body Orientation

Straight

Operating Frequency

7.5GHz

Polarity

Normal

Contact Plating

Gold over Enickel, White Bronze

Length

41.5mm

Contact Material

Beryllium Copper, Brass

Päritoluriik

Switzerland

Toote üksikasjad

Hubner+Suhner Low Intermodulation Adaptors

Hubner+Suhner low intermodulation adaptors have been designed specifically for intermodulation testing applications.These high quality intermodulation adaptors are made of non-magnetic materials using the smallest number of piece parts to minimize intermodulation sources.

Lao andmed ajutiselt ei ole saadaval.

€ 209,00

€ 209,00 tk (ilma käibemaksuta)

€ 259,16

€ 259,16 tk (koos käibemaksuga)

Huber+Suhner Straight 50Ω RF Adapter N Plug to 7/16 Socket 7.5GHz

€ 209,00

€ 209,00 tk (ilma käibemaksuta)

€ 259,16

€ 259,16 tk (koos käibemaksuga)

Huber+Suhner Straight 50Ω RF Adapter N Plug to 7/16 Socket 7.5GHz
Lao andmed ajutiselt ei ole saadaval.

Lao andmed ajutiselt ei ole saadaval.

Palun kontrollige hiljem uuesti.

Tehnilised dokumendid

Spetsifikatsioonid:

Adapter Type

N Plug to 7/16 Socket

Adapter Type A

N

Adapter Type B

7/16

Gender A

Male

Gender B

Female

Impedance

50Ω

Body Orientation

Straight

Operating Frequency

7.5GHz

Polarity

Normal

Contact Plating

Gold over Enickel, White Bronze

Length

41.5mm

Contact Material

Beryllium Copper, Brass

Päritoluriik

Switzerland

Toote üksikasjad

Hubner+Suhner Low Intermodulation Adaptors

Hubner+Suhner low intermodulation adaptors have been designed specifically for intermodulation testing applications.These high quality intermodulation adaptors are made of non-magnetic materials using the smallest number of piece parts to minimize intermodulation sources.