TB110A Pout/Gain vs Pin F=30MHz TB110A Pout/Gain vs

TB1 1 0 A P out/G a in vs Pin F = 3 0 M H z
150
19.0
140
P1dB@ 95W
130
18.0
120
110
17.0
100
90
Pout
16.0
80
70
15.0
60
Gain
Efficiency@ 100W =50%
50
14.0
40
30
13.0
20
10
0
12.0
0
1
2
3
P in in W a tts
4
5
6
TB1 1 0 A P out/G a in vs Pin F = 3 0 M H z
19.0
150
140
P1dB@ 95W
130
18.0
120
110
17.0
100
90
Pout
16.0
80
70
15.0
60
Gain
Efficiency@ 100W =50%
50
14.0
40
30
13.0
20
10
0
12.0
0
1
2
3
P in in W a tts
4
5
6
TB1 1 0 A P out/G a in vs Pin F = 3 0 M H z
150
19.0
140
P1dB@ 95W
130
18.0
120
110
17.0
100
90
Pout
16.0
80
70
15.0
60
Gain
Efficiency@ 100W =50%
50
14.0
40
30
13.0
20
10
0
12.0
0
1
2
3
P in in W a tts
4
5
6
TB1 1 0 A P out/G a in vs Pin F = 8 8 M H z
19.0
140
130
P1dB@ 95W
18.0
120
110
100
17.0
Pout
90
80
16.0
70
Gain
60
15.0
50
40
14.0
Efficiency@ 100W =46%
30
20
13.0
10
0
12.0
0
1
2
3
P in in W a tts
4
5
6
Gain/Efficiency vs Freq VDS=28Vdc Idq=.8A
20
70
15
60
Pout fixed at 100W
Gain
10
Efficiency
50
5
0
40
30
40
50
60
70
80
90
Freq in MHz
TB110A Vds=28Vdc Idq=.8A, 2nd/3rd vs Fre q @ 100W
0
-10
-20
3rd Harmonic
2nd Harmonic
-30
-40
-50
30
40
50
60
Fre q in M H z
70
80
90
A
B
C
D
RF in
5
3
P1
POT
vgs
T1 UT85-50 3.5in
BN-61-202 125mu
5
VOUT
Vgs
78L08
C1
11pf
R2
10k
R1
10k
VIN
D1
2
2
1
4
100000pf
C3
100000pf
C2
Zener 7.5V
4
R6
2.2k
1
T2 UT75-50 3.5in
BN-61-202 125mu
82nH
L1
2
T3 UT75-50 3.5in
BN-61-202 125mu
C6
3
100 ohms
R9
10k
R7
C7
100000pf
100000pf
R3
15
15
C5
100000pf
R4
C12
Vds
1
L2
2
1
2
47uf Electrolytic
100 ohms 100000pf
C4
R8
3
47pf
C9
1
100000pf
Date:
Size
Title
2
10000pf
C11
10000pf
C10
Wednesday, March 14, 2007
Document Number
TB110A 30-88MHz,100W P1dB
T4 UT85-50 3.5in
BN-61-202 125mu
T5 UT85-15 3.5in
BN-61-202 125mu
9 turns,18awg, ID:0.025"
L2
2
C8
L1 850, 18AWG, 17 turns
2
Sheet
1
1
T6 UT85-50 4in
two BN-61-202 125mu
1
of
1
Rev
RF Out
A
B
C
D
TB110A