M
Product Features
• Small size
• NO matching circuit needed
• High efficiency
• Dual supply voltage
• Higher linearity
• Higher productivity
• Lower manufacturing cost
• GaAs MMIC
• 3MHz – 2150MHz
• -63dBc CSO 135 Channels@ output Level +37dBmV
• -60dBc CTB 135 Channels@ output Level +37dBmV
• -70dBc CSO 8 Channels@ output Level +45dBmV
• -73dBc CTB 8 Channels@ output Level +45dBmV
Descriptions
The power amplifier is designed for base stations and repeater systems.
GaAs MMIC is used and attached on a copper carrier of 8 pin air cavity package with dual supply voltage
Operating Ranges
Absolute Minimum and Maximum Ratings
Specifications
M
▪ Tel : 82-31-250-5011
▪ rfsales@rfhic.com
Sin gle En d ed CATV Evalu ation Circui t
M
M
XM D
XM D
C SO
C TB
C SO
C TB
S2 2-Outp u t R eturn L oss
S2 2-Outp u t R eturn L oss
I
S11 -In pu t Retu rn Los s
S11 -In pu t Retu rn Los s
I
C
Frequ ency R an ge
C
Sup ply Vo ltage
Storage Temperature
Case Temperature
P arame ter
No ise Figu re
No ise Figu re
PARAMETER
Device Voltage
PARAMETER
RF Input Power
S21 -Gain
S21 -Gain
S21 -Gain
Device Voltage
Device Current
Cu rren t
OIP3
OIP1
OIP3
OIP1
5 0 - 8 7 0M Hz
3 - 15 0M Hz
A
A
P
P
2
2
3
3
0
0
Units
M Hz
dB m
dB m
dB m
dB m
m A
dB c
dB c
dB c
dB c
dB c
dB c
d B
d B
d B
d B
d B
d B
d B
d B
V
M inimum
UNIT
VDC
Forward ( 5 0 ~ 87 0M Hz )
℃
Reverse ( 3 ~ 2 00 M Hz )
UNIT
20 0
VDC
dBm
mA
Applications
• Satellite
• Repeater
• Base Station
• Converter
• CATV
• SMATV
℃
3M Hz~2.1 5GHz
Typical
2 20
-16
-16
-11
-11
-63
-60
-55
-70
-73
-70
5.5
1 6
1 5
1 4
4 3
2 1
3 7
2 1
5
4
MIN
-40
Max imum
MIN
▪ All specifications may change without notice.
▪ Version 6.0
-40
2 50
TYP
T=25℃, Vcc=5.0V, 75Ω system
+5
-
+5 d Bm /2 to ne separated b y 1M Hz
+5 d Bm /2 to ne separated b y 1M Hz
1 3 5 chan n els ,+ 37 dB mV/ch ,Sing le
1 3 5 chan n els ,+ 37 dB mV/ch ,Sing le
1 3 5 chan n els ,+ 37 dB mV/ch ,Sing le
8 ch ann els,+4 5d Bm V/ch,Sin gle
8 ch ann els,+4 5d Bm V/ch,Sin gle
8 ch ann els,+4 5d Bm V/ch,Sin gle
Package : SOIC-8
C ondition
At 10 0M Hz
At 80 0M Hz
2 15 0M Hz
MAX
Vcc= 5V
+320
+150
50 M Hz
+5.5
+10
3 M Hz
MAX
+5.3
+85