PMB2362 Datasheet, PDF (17/24 Pages) Infineon Technologies AG – Wireless Components Dual LNA

Confidential
PMB 2362
preliminary
Reference
5.3 AC/DC Characteristics
AC/DC characteristics involve the spread of values guaranteed within the specified
supply voltage and ambient temperature range. Typical characteristics are the median
of the production.
Supply voltage V_VCC = 2.7V...3.6V, Ambient temperature T_amb = +25°C
Table 5-3 AC/DC Characteristics
Symbol
Supply Current
Supply current, 0.95GHz
I_6,8,9
Supply current, 1.85GHz
I_6,7,8
Supply current, sleep
I₈
Limit Values
min typ max
Unit Test Conditions
L Item
6.6
9.5
13 mA
V_PD high, V_BSW low
1.1
5.5
8.5 11.5 mA
V_PD high,V_BSW high
1.2
<5
<20 µA
V_PD low
1.3
LNA1, Signal Input AI1, high gain
Input impedance vs. freq.
S₁₁
Max. input level, 1db comp. P_AI1
Input intercept, third order
IICP_AI1
Noise figure
F_AI1
Table 1
-20.5 -18.5
-12 -10
1.5 2.2
dBm
dBm
dB
Diagramm1
f=0.95GHz
f=0.95GHz
f=0.95GHz
s 2.1**
s 2.2
s 2.3*
s 2.4*
LNA1, Signal Input AI1, low gain
Input impedance vs. freq.
S₁₁
Max. input level, 1db comp. P_AI1
Input intercept, third order
IICP_AI1
Noise figure
F_AI1
Table 1
-20.5 -18.5
-12 -10
8.0 10.0
dBm
dBm
dB
Diagramm1
f=0.95GHz
f=0.95GHz
f=0.95GHz
s 2.5
s 2.6
s 2.7*
s 2.8*
LNA1, Signal Output AO1, high gain
Output impedance
VSWR
Output impedance vs. freq.
S₂₂
Power gain
S₂₁
1.5
Table 1
16
17
f=0.95GHz
Diagramm1
dB
f=0.95GHz
2.9
s 2.10**
s 2.11*
LNA1, Signal Output AO1, low gain
Output impedance
VSWR
Output impedance vs. freq.
S₂₂
Power Gain
S₂₁
s This value is guaranteed by design.
1.5
Table 1
-4
-3
f=0.95GHz
Diagramm1
dB
f=0.95GHz
** S21 low/high gain; S11, S22 @f = 950 MHz measured in production
s 2.12
s 13
s 2.14*
Wireless Components
5-4
Specification, January 2000