MITSUBISHI M67741H

Po, Effi, Icc vs. freq
Po, Icc1, Icc2 vs. Vcc1
70
14
8
6
Icc2
Pin=200mW
Vcc1=12.5V
Vcc2=12.5V
Tc=25deg C
Icc1
10
0
150
155
160
165
170
20
4
10
2
0
0
175
0
4
6
10
50
8
40
6
30
4
Icc2
10
Po (W)
Po
30
0
6
8
10
Vcc1 (V)
12
14
10
f=175MHz
Pin=200mW
Vcc2=12.5V
Tc=25deg C
6
Icc2
20
2
10
12
14
0
0
8
Po
4
2
Icc1
Icc1
4
10
Po, Icc1, Icc2 vs. Vcc1
Icc (A)
Po (W)
8
Vcc1 (V)
50
20
2
Icc1
Po, Icc1, Icc2 vs. Vcc1
f=163MHz
Pin=200mW
Vcc2=12.5V
Tc=25deg C
4
Icc2
freq (MHz)
40
6
0
4
6
8
10
Vcc1 (V)
12
14
Icc (A)
20
30
8
Po
Icc (A)
Po
40
f=150MHz
Pin=200mW
Vcc2=12.5V
Tc=25deg C
40
10
Po (W)
50
30
10
12
Icc (A)
Po (W), Effi(%)
50
Effi
60
Po, Icc1, Icc2 vs. Pin
50
Po, Icc1, Icc2 vs. Pin
10
50
10
8
40
6
30
Icc2
6
20
f=163MHz
Vcc1=12.5V
Vcc2=12.5V
Tc=25deg C
4
Po
20
10
f=150MHz
Vcc1=12.5V
Vcc2=12.5V
Tc=25deg C
Icc1
0
0
100
200
300
4
2
10
0
400
0
50
10
Po
8
Icc2
6
f=175MHz
Vcc1=12.5V
Vcc2=12.5V
Tc=25deg C
Icc1
0
0
100
200
Pin (mW)
300
4
2
0
400
Icc (A)
Po (W)
40
10
100
200
Pin (mW)
Po, Icc1, Icc2 vs. Pin
20
Icc1
0
Pin (mW)
30
8
300
2
0
400
Icc (A)
Icc2
Po (W)
Po (W)
30
Icc (A)
Po
40