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Prestage AGC output
10 AGC-voltage AM
V20
V33,34 =50mVrms
16
7
V
11 AGC-voltage AM
V20
V33,34 =200mVrms
10
0.7
V
12 AGC-voltage FM
V32
V33,34=50mVrms
10
0.5
V
13 AGC-current FM
I21
V33,34=50mVrms
10
0.5
mA
14 Integrator Current
I31*V33,34=50mVrms Vm=3V
1
-28
-38
- 53
A
15 Integrator Current
I31*V33,34=200mVrms Vm=3V
1
+30
+40
+55
A
2 nd AM IF section
Mixer 2
1 Max. Mixer gain
AM2
V17 =1mV; Vout=VIF450
1
152025
dB
f17=10.7 MHz; f14=10.25 MHz
2 Mixer AGC-range
A
A=A
V17=1mV - AV17=100 mV
1
152025
dB
3 Mixer gain seek mode on
V17=1mV; V3=0.7V
1
15
20
25
dB
4 Noise figure
F
Lab
10
dB
5 Integrator Current
I42*V17=0 Vm=3V
1
+70
+150
+250
A
6 Integrator Current
I42*V17=100mVrms Vm=3V
1
-180
-270
-400
A
2nd LO
5 Operational frequency
f14
1
9.25
10.25
11.25
MHz
6 External force voltage
V14
Rg=600
;Ck= 100pF
1
30
mVrms
7 Input Imp. Crystal Osc. Z14
Lab
-500
-600
-400
8 Crystal Resistance
RC1
PTOTC=50W; Fundamental
Lab
100
9 Spurious Harm. Cryst.
aSP
PTOTC=50W; F<30 MHz
Lab
-20
dB
FM mode
fIF=10.7 MHz
f35-36=100 MHz
V43=open
Mixer 1
1 Interceptpoint
IP3
Lab
125
dB
V
3rd order
special testcircuit necessary
2 Noise figure (10 MHz)
F
Rg opt=500
Lab
6
dB
3 Mixer gain
AM1
V35-36=10mVrms; Vout =V23
Lab
9
dB
(RF=330 ;aF=-4dB)
4 Over all gain
AM IF
V35,36=10mVrms ; Vout=VIF10.7 1
253239
dB
5 Input impedance
R35-36 sym.
Lab
3.1
4
4.9
k
6 Input impedance
C35-36 sym.
Lab
1.5
2
2.5
pF
7 Input impedance
R35-36 asym.
Lab
1.5
2
2.5
k
8 Input impedance
C35-36 asym.
Lab
3.1
4
4.9
pF
Prestage AGC output
9 AGC voltage FM
V32
V35,36=0mVrms
1
5.2
6.4
7.7
V
10 AGC voltage FM
V32
V35,36=50mVrms
10
0.2
V
11 AGC current FM
I21
V35,36=0 mVrms
1
8.5
12
15
mA
12 AGC current FM
I21
V35,36=50mVrms
10
0.2
mA
13 AGC voltage AM
V28
V35,36=0
1
0
1
V
14 Integrator Current
I32*V35=0 Vm=4.8V
1
-10
-25
-50
A
15 Integrator Current
I32*V35=100mVrms Vm=4.8V
1
+40
+60
+85
A
*) Integrator currents are measured between the output pin (- Pole of the measurement equipment)
and a voltage source Vm (+ Pole)
SIEMENS AG
IC-SPECIFICATION
TUA 4300 G
–––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––
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.
#
Parameter
Symbol
Test
Min
Typ
Max
Units
Conditions
Circuit
–––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––––
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HL DOK
V66047-S695G100-V1
12.11.96