AWB459_17 Datasheet, PDF (1/23 Pages) Advanced Semiconductor Business Inc. – Wide band MMIC Amplifie

AWB459
Wide band MMIC Amplifier
Features
Description
 20 dB Gain at 1200 MHz
 2D3.e5scdrBipmtioPn1dB at 1200 MHz
 38 dBm Output IP3 at 1200 MHz
 1.25 dB NF
 +5 V Single Supply
The AWB459, a gain block amplifier MMIC, has a
high linearity, high gain, and high efficiency over a
wide range of frequency, being suitable for use in
both receiver and transmitter of telecommunication
systems up to 2 GHz. It has an active bias network
for stable current over temperature and process
variation. The amplifier is available in a SOT89
package and passes through the stringent DC, RF,
and reliability tests
Typical Performance
(Supply Voltage = +5 V, TA = +25 C, Z0 = 50 )
Parameters
Frequency
Gain
S11
S22
Output IP3¹⁾
Noise Figure
Output P1dB
Units
MHz
dB
dB
dB
dBm
dB
dBm
Typical
30
512
24.0 23.5
-15
-16
-15
-16
40
40
0.8
1.1
23.0 23.5
800
20.0
-12
-18
39
1.2
23.5
1200
20.0
-14
-12
38
1.25
23.5
1600
20.5
-13
-10
38
1.4
24.0
Current
mA
130
Device Voltage
V
+5
1) OIP3 is measured with two tones at an output power of +10 dBm/tone separated by 1 MHz.
Product Specifications
Parameters
Units
Testing Frequency
Gain
S11
S22
Output IP3
Noise Figure
Output P1dB
Current
Device Voltage
MHz
dB
dB
dB
dBm
dB
dBm
mA
V
Min
Typ.
Max
1200
20.0
-14
-12
38
1.25
23.5
110
130
+5
AWB459
Package Style: SOT89
Applications
 IF 1.5 ~ 500 MHz (6.5 V)
 IF 21.4 ~ 512 MHz (3 V)
 IF 30 ~ 512 MHz
(3 V & 5 V & 8 V)
 IF 30 ~ 512 MHz (8 V, 140 mA)
 DVB 470 ~ 800 MHz (5 V & 8 V)
 IF 1.5 ~ 1000 MHz (8 V)
 MoCA
(800 ~ 1600 MHz, 5 V & 8 V)
1200 ~ 1700 MHz (5 V & 8 V)
 Wide Band
(1000 ~ 2000 MHz, 5 V & 8 V)
(30 ~ 2000 MHz, 3 V & 5 V & 8 V)
Pin Configuration
Absolute Maximum Ratings
Parameters
Rating
Operating Case Temperature
Storage Temperature
Device Voltage
-40 to 85 C
-40 to 150 C
+10 V
Operating Junction Temperature
Input RF Power
(CW, 50  matched as in 512 MHz application circuit)*
Thermal Resistance
+150 C
+26 dBm
43 C/W
* Please find the max. input power data from http://www.asb.co.kr/pdf/Maximum_Input_Power_Analysis.pdf
The max. input power, in principle, depends upon the application frequency and the matching circuit.
1/23
ASB Inc.  [e-mail]  Tel: [phone]
Pin No.
1
2
3
Function
RF IN
GND
RF OUT & Bias
July 2017