Used Electrical & Electronic Components in Tuscany, Italy

Jds Uniphase VA6B

• used

• Manufacturer: JDSU - Viavi - Acterna

Jds Uniphase VA5B

• used

• Manufacturer: JDSU - Viavi - Acterna

HP-Agilent/Keysight K382A

• used

• Manufacturer: Agilent - Keysight

Anritsu MN9610B

• used

• Manufacturer: Anritsu

R414710000 ATTENUATOR N COAXIAL 12.4 GHz, 10 dB

• used

R414710000 ATTENUATOR N COAXIAL 12.4 GHz, 10 dB

NARDA 779-20 Attenuator Fixed - Type N - DC to 18 GHz, 2W, 20dB

• used

• Manufacturer: Narda

The attenuator is extremely Low Frequency Sensitivity and very Low VSWR. Designed to Meet Environmental Requirements of MIL-A-3933E. Medium Power Rating.

NATIONAL INSTRUMENTS 763061-01 - GPIB CABLE

• used

• Manufacturer: National Instruments
• Model: 763061-01

NATIONAL INSTRUMENTS 763061-01 IS GPIB CABLE 1.1 METER

HUBER + SUHNER 6810.17.AC RF ATTENUATOR 10 dB, 50 OHM, 4 GHz

• used

• Manufacturer: Huber Suhner

HUBER + SUHNER RF ATTENUATOR 10 dB, 50 OHM, 4 GHz

HUBER + SUHNER 6810.01.A ATTENUATOR BNC (m/f) 1 dB, 4 GHz

• used

• Manufacturer: Huber Suhner

HUBER + SUHNER 6810.01.A ATTENUATOR BNC (m/f) 1 dB, 4 GHz

(English) HUBER + SUHNER 6806.17.AC RF ATTENUATOR 6dB, 4 GHz, 50 OHM

• used

• Manufacturer: Huber Suhner

HUBER + SUHNER RF ATTENUATOR6 dB, 4 GHz, 50 OHM

HUBER + SUHNER 6803.17.AC ATTENUATOR N(m/f), 4 GHz, 3 dB

• used

• Manufacturer: Huber Suhner

HUBER + SUHNER ATTENUATOR N(m/f), 4 GHz, 3 dB

HP 8494G Programmable Step Attenuator, DC to 4 GHz

• used

The 8494G dc to 4 GHz programmable step attenuator offers exceptional repeatability and reliability. Attenuation is provided in 1 dB steps from 0 to 11 dB. Precision gold-plated leaf springs ensure long-life (ove...

HP 10833A GPIB Cable

• used

The HP 10833A is a GPIB Cable, 1 meter

JDSU NGC-4500

• used

• Manufacturer: JDSU - Viavi - Acterna

HP-Agilent/Keysight X382A

• used

• Manufacturer: Agilent - Keysight

The attenuation value of this direct-reading, precision attenuator depends on the rotation angle of the resistive card, rather than on the resistivity value of the attenuating material. Therefore, it is insensiti...