hpmx-2003 ETC-unknow, hpmx-2003 Datasheet - Page 15

• Manufacturer Part Number: hpmx-2003
• Description: Silicon Bipolar Rfic Vector Modulator
• Manufacturer: ETC-unknow

HPMX-2003 Typical Performance Data
Figure 42. HPMX-2003 JDC
Modulation Spectrum at -40 C.
Figure 45. HPMX-2003 Output VSWR
and Power vs. Frequency, V
LO = -12 dBm, V
Unbalanced, V
T
Figure 48. HPMX-2003 Power Output
vs. LO Input Power at 950 MHz, V
5 V, V
V
Note: Modulation spectrum test conditions as follows: LO = -12 dBm at 950 MHz, V
V, V
A
Iref
1.75:1
1.25:1
1.5:1
= 25 C.
-100
Iref
2:1
1:1
-50
= V
Imod
8
6
4
2
0
0
920
949.875
-25
= V
Qref
= V
Qref
= 2.5 V, T
-20
Qmod
= 2.5 V, bit clock rate: 42 kHz, baseband filter: = 0.5, /4 DQPSK, V
Iref
LO INPUT POWER (dBm)
940
FREQUENCY (MHz)
Imod
FREQUENCY (MHz)
= V
= 3.75 V, Unbalanced,
-15
POWER >
< VSWR
= V
Qref
A
950.00
= 25 C.
Qmod
= 2.5 V,
-10
960
RES BW = 3 kHz
VBW = 30 Hz
SWP = 7.50 SEC.
CC
= 3.75 V,
= 5 V,
-5
CC
950.125
980
=
8
7
6
5
4
0
Figure 43. HPMX-2003 JDC
Modulation Spectrum at 25 C.
Figure 49. HPMX-2003 Vector
Amplitude Error vs. Input Phase and
Temperature at 950 MHz, V
= -12 dBm, Unbalanced, V
2.5 V.
Figure 46. HPMX-2003 LO Leakage vs.
Frequency and Temperature (Without
Offset Adjustment), V
LO = -12 dBm, V
V
Qref
-100
-50
-0.5
0.5
-1
0
-10
-20
-30
-40
1
0
949.875
= 2.5 V.
0
0
920
INPUT PHASE (DEGREES)
90
FREQUENCY (MHz)
7-52
Imod
940
FREQUENCY (MHz)
950.00
= V
180
-55 C
CC
85 C
Qmod
Iref
= 5 V,
RES BW = 3 kHz
VBW = 30 Hz
SWP = 7.50 SEC.
CC
= V
-55 C
960
= V
85 C
270
= 5 V, LO
Imod
CC
Qref
Iref
25 C
= 5 V.
950.125
= V
=
=
360
Qmod
980
= 2.5 V
JDC Applications
Figure 44. HPMX-2003 JDC
Modulation Spectrum at 85 C.
Figure 50. HPMX-2003 Vector Phase
Error vs. Input Phase and
Temperature at 950 MHz, V
= -12 dBm, Unbalanced, V
2.5 V.
Figure 47. LO Leakage vs. Frequency
and Temperature (With 25 C Offset
Adjustment), V
V
Iref
-100
-50
-10
-20
-30
-40
= V
0
-3
-6
0
949.875
6
3
0
920
p-p
0
Qref
, unbalanced, average level = 2.5
= 2.5 V.
INPUT PHASE (DEGREES)
90
CC
FREQUENCY (MHz)
940
FREQUENCY (MHz)
= 5 V, LO = -12 dBm,
950.00
-55 C
85 C
180
85 C
Iref
-55 C
RES BW = 3 kHz
VBW = 30 Hz
SWP = 7.50 SEC.
CC
960
= V
270
= 5 V, LO
Qref
25 C
950.125
=
980
360