ADMV1455BBCZ-R7 datasheet(57/141 Pages) AD

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Data Sheet

ADMV1455

TYPICAL PERFORMANCE CHARACTERISTICS

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Rev. 0 | 57 of 141

BASEBAND MODE, DSA_IN, HIGH BAND

All measurements use DSA_IN as an input and baseband IQ as an output, with the RF high-band settings. DSA_OUT is connected to RF_IN

on-board with a short 50Ω trace.

VDD_BB = 2.5V, all other supplies = 1.8V, and TC = 25°C, unless otherwise noted.

Measurements performed with PRF = −40dBm, PLO = −5dBm, fRF = 49GHz, fBB = 100MHz, fLO = 48.9GHz (upper sideband), maximum gain, RF

LPF setting = 0x00 (highest cutoff), RF HPF setting = 0x3F (lowest cutoff), LO tunable filter wideband high settings, and VOCM setting = 0x0C,

unless otherwise noted.

Measurements performed with high gain settings (Register 0x194, Bits[1:0] = 0b'11) with on-board matching network, unless otherwise noted.

Measurements performed as single-ended measurements on BB_IP output only, with other outputs BB_IN, BB_QP, and BB_QN terminated in

50Ω loads, unless otherwise noted. Data is corrected for 8.15dB of output matching-network loss and 3dB of differential loss, unless otherwise

noted.

Conversion Gain

Figure 142. Conversion Gain vs. RF Input Frequency at Various

Temperatures

Figure 143. Conversion Gain vs. RF Input Frequency at Various

Temperatures, Minimum Gain

Figure 144. Conversion Gain vs. RF Input Frequency at Various Gain Settings

Figure 145. Conversion Gain vs. RF Input Frequency at Various LO Powers

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