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03-AD8000_Circulator_Isolation_Port_2-Port_1.pdf
MHz; Endfrequenz: 159.997994 MHz; Schrittweite: 32.006 kHz Messpunkte: 5000; Zwischenzeit: 0 uSek AD8000 Circulator Isolation Port 2-Port 1 min:-81.95dB 0.224042MHz --------------------- Kursor 1: 5.473026 MHz Kanal1: -80.83dB --------------------- Kursor 2: 14.498718 MHz Kanal1: -78.41dB ------------
in „Richtkoppler mit OP-Verstärkern“ · HF, Funk und Felder ·
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04-AD8000_Circulator_Isolation_Port_3-Port_2.pdf
MHz; Endfrequenz: 159.997994 MHz; Schrittweite: 32.006 kHz Messpunkte: 5000; Zwischenzeit: 0 uSek AD8000 Circulator Isolation Port 3-Port 2 min:-74.87dB 0.096018MHz --------------------- Kursor 1: 5.473026 MHz Kanal1: -74.13dB --------------------- Kursor 2: 14.498718 MHz Kanal1: -73.57dB ------------
in „Richtkoppler mit OP-Verstärkern“ · HF, Funk und Felder ·
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01-Circulator-Isolator_AD8000__RL_50R_MCL_BTRM-50_.pdf
159.997994 MHz; Schrittweite: 32.006 kHz Messpunkte: 5000; Zwischenzeit: 0 uSek Circulator/Isolator AD8000 min:-71.15dB 0.000000MHz --------------------- Kursor 1: 5.473026 MHz Kanal1: -48.25dB --------------------- Kursor 2: 14.498718 MHz Kanal1: -40.30dB --------------------- Kursor 3: 43.784208 MHz Kanal1
in „Richtkoppler mit OP-Verstärkern“ · HF, Funk und Felder ·
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AD-PCB-Chapter4_Print_A.pdf
caps were removed. Other than that everything remained the same. In this case the device was an AD8000, a 1.5GHz high speed current feedback op amp, but the effect will occur in most any high speed circuit. 4.50 PC Board Layout and Design Tools AD8000 Power Supply Rejection Ratio (PSRR) This figure shows the PSRR of the AD8000 as a function of frequency. Note that the PSRR falls to a relatively low value in its working frequency range. This means that signals on the power line will propagate easily to the output. As a side
in „ADCs: Digitale Masse und Oszillator an Analogmasse?“ · Analoge Elektronik und Schaltungstechnik ·