MAX2047ETJ Maxim Integrated, MAX2047ETJ Datasheet - Page 4

• Manufacturer Part Number: MAX2047ETJ
• Description: Special Purpose Amplifiers High-Gain Vector Multiplier
• Manufacturer: Maxim Integrated
• Series: MAX2045, MAX2046, MAX2047r

Specifications of MAX2047ETJ

• Maximum Operating Temperature: + 85 C
• Minimum Operating Temperature: - 40 C
• Mounting Style: SMD/SMT
• Package / Case: TQFN EP

High-Gain Vector Multipliers
MAX2045 ELECTRICAL CHARACTERISTICS (continued)
(Typical Operating Circuit as shown in Figure 1; V
rent range = 0 to 4mA (if using a current-mode DAC), and differential input voltage range = 0 to 0.707V (if using a voltage-mode
DAC). If using a current-mode DAC, voltage mode I/Q inputs are left open. If using a voltage-mode DAC, all current-mode I/Q inputs
are left open. Typical values are at V
MAX2046 ELECTRICAL CHARACTERISTICS
(Typical Operating Circuit as shown in Figure 1; V
rent range = 0 to 4mA (if using a current-mode DAC), and differential input voltage range = 0 to 0.707V (if using a voltage-mode
DAC). If using a current-mode DAC, voltage mode I/Q inputs are left open. If using a voltage-mode DAC, all current-mode I/Q inputs
are left open. Typical values are at V
4
CURRENT MODE
Power Gain (Note 4)
Power-Gain Range
Gain Flatness Over Frequency
Phase Flatness Over Frequency
Frequency Range
RF Input Return Loss
RF Output Return Loss
VOLTAGE MODE
Power Gain
Power-Gain Range
Reverse Isolation
Maximum Power Gain for
Continuous Coverage of Phase
Change
Maximum Power Gain with
Reduced Phase Coverage
Group Delay
Gain Drift Over Temperature
Gain Flatness Over Frequency
_______________________________________________________________________________________
PARAMETER
PARAMETER
CC
CC
II1 = IQ1 = 4mA, II2 = IQ2 = 0mA
II1 = IQ1 = 1mA, II2 = IQ2 = 0mA
Difference in gain between II1 = IQ1 = 4mA, II2 = IQ2 =
0mA and II1 = IQ1 = 1mA, II2 = IQ2 = 0mA
II1 = IQ1 = 4mA, II2 = IQ2 = 0mA; UMTS,
f
Electrical delay removed, II1 = IQ1 = 4mA,
II2 = IQ2 = 0mA
VI = VQ = 0.707V (radius = 1V)
VI = VQ = 0.5V (radius = 0.707V)
VI = VQ = 0.25V (radius = 0.35V)
VI = VQ = 0.125V (radius = 0.175V)
Difference in gain between VI = VQ = 0.707V and
VI = VQ = 0.125V
Over entire control range
0 to 360° (radius = 1V)
0 to 360° (radius = 1V)
VI = VQ = 0.707V (radius = 1V)
VI = VQ = 0.707V (radius = 1V)
VI = VQ = 0.707V
(radius = 1V)
IN
= 5V and T
= 5V and T
= 2140MHz ±100MHz
CC
CC
A
A
= +25°C, unless otherwise noted.) (Notes 1, 2, 3)
= +25°C, unless otherwise noted.) (Notes 1, 2, 3)
= 4.75V to 5.25V, T
= 4.75V to 5.25V, T
CONDITIONS
CONDITIONS
PCS, f
±100MHz
DCS, f
±100MHz
A
A
= -40°C to +85°C, R
= -40°C to +85°C, R
IN
IN
= 1960MHz
= 1842.5MHz
BIAS
BIAS
1740
MIN
MIN
= 280Ω, f
= 280Ω, f
-0.026
±0.27
±0.14
-21.1
-21.7
TYP
14.9
±0.8
TYP
15.6
1.54
±0.3
-8.7
-2.5
-8.2
6.2
7.4
3.8
-76
6.5
7.4
IN
IN
= 2.14GHz, input cur-
= 1.9GHz, input cur-
MAX
MAX
2060
Degrees
UNITS
UNITS
dB/°C
MHz
dB
dB
dB
dB
dB
dB
dB
dB
dB
dB
dB
ns