ADMV1014ACCZ-R7 datasheet(26/42 Pages) AD

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ADMV1014

Data Sheet

Rev. A | Page 26 of 42

711

–30

–80

–45

–60

–35

–50

–70

–65

–55

–75

–40

LO INPUT FREQUENCY (GHz)

I = +85°C

I = +25°C

I = –40°C

Q = +85°C

Q = +25°C

Q = –40°C

Figure 98. LO to IF Leakage vs. LO Input Frequency at Various Temperatures

–40

–90

–55

–70

–45

–60

–80

–75

–65

–85

–50

812

LO INPUT FREQUENCY (GHz)

I_P = +85°C

I_P = +25°C

I_P = –40°C

I_N = +85°C

I_N = +25°C

I_N = –40°C

Q_P = +85°C

Q_P = +25°C

Q_P = –40°C

Q_N = +85°C

Q_N = +25°C

Q_N = –40°C

Figure 99. LO to I/Q Leakage vs. LO Input Frequency at Various Temperatures

(Taken Without Hybrid)

711

–30

–80

–45

–60

–35

–50

–70

–65

–55

–75

–40

LO INPUT FREQUENCY (GHz)

I = 0

I = 1

I = 3

I = 7

I = 15

Q = 0

Q = 1

Q = 3

Q = 7

Q = 15

Figure 100. LO to IF Leakage, vs. LO Input Frequency at Different IF Amplifier

Gain Settings (Taken Without Hybrid)

711

–40

–90

–55

–70

–45

–60

–80

–75

–65

–85

–50

LO INPUT FREQUENCY (GHz)

I_P = 0

I_P = 3

I_N = 0

I_N = 3

Q_P = 0

Q_P = 3

Q_N = 0

Q_N = 3

Figure 101. Fundamental LO to I/Q Leakage vs. LO Input Frequency at

Different Baseband Amplifier Gain Settings

ADMV1014ACCZ-R7 Datasheet(PDF) 26 Page - Analog Devices

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