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AD61009ARSZ

Low Power Mixer 3 V Receiver IF Subsystem

Analog Devices 

AD61009–SPECIFICATIONS (@ TA = 25؇C, Supply = 3.0 V, IF = 10.7 MHz, unless otherwise noted)

Model

DYNAMIC PERFORMANCE

MIXER

Maximum RF and LO Frequency Range

Maximum Mixer Input Voltage

Input 1 dB Compression Point

Input Third-Order Intercept

Noise Figure

Maximum Output Voltage at MXOP

Mixer Output Bandwidth at MXOP

LO Drive Level

LO Input Impedance

Isolation, RF to IF

Isolation, LO to IF

Isolation, LO to RF

Isolation, IF to RF

IF AMPLIFIERS

Noise Figure

Input 1 dB Compression Point

Output Third-Order Intercept

Maximum IF Output Voltage at IFOP

Output Resistance at IFOP

Bandwidth

GAIN CONTROL

Gain Control Range

Gain Scaling

Gain Scaling Accuracy

Bias Current at GAIN

Bias Current at GREF

Input Resistance at GAIN, GREF

I AND Q DEMODULATORS

Required DC Bias at DMIP

Input Resistance at DMIP

Input Bias Current at DMIP

Maximum Input Voltage

Amplitude Balance

Quadrature Error

Phase Noise in Degrees

Demodulation Gain

Maximum Output Voltage

Output Offset Voltage

Output Bandwidth

PLL

Required DC Bias at FDIN

Input Resistance at FDIN

Input Bias Current at FDIN

Frequency Range

Required Input Drive Level

Acquisition Time to ± 3°

Conditions

AD61009ARS

Min Typ

Max

For Conversion Gain > 20 dB

For Linear Operation; Between RFHI and RFLO

RF Input Terminated in 50 Ω

RF Input Terminated in 50 Ω

Matched Input, Max Gain, f = 83 MHz, IF = 10.7 MHz

Matched Input, Max Gain, f = 144 MHz, IF = 10.7 MHz

ZIF = 165 Ω, at Input Compression

–3 dB, ZIF = 165 Ω

Mixer LO Input Terminated in 50 Ω

LOIP to VMID

RF = 240 MHz, IF = 10.7 MHz, LO = 229.3 MHz

RF = 240 MHz, IF = 10.7 MHz, LO = 229.3 MHz

RF = 240 MHz, IF = 10.7 MHz, LO = 229.3 MHz

RF = 240 MHz, IF = 10.7 MHz, LO = 229.3 MHz

Max Gain, f = 10.7 MHz

IF = 10.7 MHz

IF = 10.7 MHz

ZIF = 600 Ω

From IFOP to VMID

–3 dB at IFOP, Max Gain

(See Figures 10 and 11)

Mixer + IF Section, GREF to 1.5 V

GREF to 1.5 V

GREF to General Reference Voltage VR

GREF to 1.5 V, 80 dB Span

From DMIP to VMID

IF > 3 MHz

IF ≤ 3 MHz

IF = 10.7 MHz, Outputs at 600 mV p-p, F = 100 kHz

IF = 10.7 MHz, Outputs at 600 mV p-p, F = 100 kHz

IF = 10.7 MHz, F = 10 kHz

Sine Wave Input, Baseband Output

RL ≥ 20 kΩ

Measured from IOUT, QOUT to VMID

Sine Wave Input, Baseband Output

–3.5

17.4

–100

From FDIN to VMID

Sine Wave Input at Pin 1

IF = 10.7 MHz

500

± 54

–15

–5

14

12

± 1.3

45

–16

1

30

20

40

70

17

–15

18

± 560

15

45

90

20

75/VR

±1

5

1

1

VPOS/2

50

2

±150

±75

± 0.2

–1.2

–100

18

±1.23

10

1.5

+1.5

18.8

+100

VPOS/2

50

200

1.0 to 12

400

16.5

POWER-DOWN INTERFACE

Logical Threshold

Input Current for Logical High

Turn-On Response Time

Standby Current

POWER SUPPLY

Supply Range

Supply Current

OPERATING TEMPERATURE

TMIN to TMAX

For Power Up on Logical High

To PLL Locked

Operation to 2.85 V Minimum Supply Voltage

Operation to 4.5 V Minimum Supply Voltage

2

75

16.5

550

2.85

5.5

8.5

12.5

–25

+85

–40

+85

Specifications subject to change without notice.

–2–

Unit

MHz

mV

dBm

dBm

dB

dB

V

MHz

dBm

kΩ

dB

dB

dB

dB

dB

dBm

dBm

mV

Ω

MHz

dB

mV/dB

dB/V

dB

µA

µA

MΩ

V dc

kΩ

µA

mV

mV

dB

Degrees

dBc/Hz

dB

V

mV

MHz

V dc

kΩ

nA

MHz

mV

µs

V dc

µA

µs

µA

V

mA

°C

°C

REV. 0

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