J2140A - Signalo duslintuvas
  • J2140A - Signalo duslintuvas

Nuotraukos yra skirtos tik informaciniams tikslams. Peržiūrėkite produkto specifikaciją

please use latin characters

Gamintojas: Picotest

J2140A - Signalo duslintuvas

J2140A Attenuator

There are two common uses for attenuators when used in conjunction with the network analyzer. One is to attenuate the oscillator source signal. While this may seem odd, one of the most common errors in analyzer measurements is using a source signal that is too large. Even though the analyzer allows setting of the signal output amplitude, the lowest setting is often too high to allow an accurate small-signal measurement to be made. The correct amplitude is the smallest amplitude that exceeds the noise floor.

 

Attenuators are also useful for improving the dynamic range of the measurement. In some cases, as in measuring the open loop gain of an opamp as one example, the low frequency loop gain will be extremely large (100dB or more is not uncommon). Attenuating the output signal increases the effective range of the measurement.

Key features:

  • Integrated unit includes 40dB, 20dB and 10dB
  • Cascade for greater attenuation
  • Improve noise floor or assure small signal measurement

Rated data:

Maximum input level 20dBm
3dB Frequency range DC…50MHz
Maximum VSWR 1.3
Attenuation accuracy 0.2
Dimensions 109x90x51mm
Weight 0.238kg
Input BNC
Output BNC
mažiau
Skaityk daugiau

Atsiųskite užklausą

Ar Jūs domina šis produktas? Ar Jums reikia papildomos informacijos ar individualaus pasiūlymo?

Susisiekite su mumis

KLAUSKITE PRODUKTO close
Pranešimas sėkmingai išsiųstas.
KLAUSKITE PRODUKTO close
Naršyti

Pridėti į norų sąrašą

tu turi būti prisijungęs

J2140A Attenuator

There are two common uses for attenuators when used in conjunction with the network analyzer. One is to attenuate the oscillator source signal. While this may seem odd, one of the most common errors in analyzer measurements is using a source signal that is too large. Even though the analyzer allows setting of the signal output amplitude, the lowest setting is often too high to allow an accurate small-signal measurement to be made. The correct amplitude is the smallest amplitude that exceeds the noise floor.

 

Attenuators are also useful for improving the dynamic range of the measurement. In some cases, as in measuring the open loop gain of an opamp as one example, the low frequency loop gain will be extremely large (100dB or more is not uncommon). Attenuating the output signal increases the effective range of the measurement.

Key features:

  • Integrated unit includes 40dB, 20dB and 10dB
  • Cascade for greater attenuation
  • Improve noise floor or assure small signal measurement

Rated data:

Maximum input level 20dBm
3dB Frequency range DC…50MHz
Maximum VSWR 1.3
Attenuation accuracy 0.2
Dimensions 109x90x51mm
Weight 0.238kg
Input BNC
Output BNC
mažiau
Skaityk daugiau