AD8130ARM-REEL3_集成电路资料查询网

rev. 0
ad8129/ad8130
–10–
频率
–
MHz
HD2
–
dBc
–
60
1
–
66
–
72
–
78
–
84
–
90
10 40
V
输出
= 1v p-p
V
S
=

5V
V
S
=

12V
g = 1
V
S
=

12V
g = 2
tpc 37. ad8130 第二 调和的
扭曲量 vs. 频率
频率
–
MHz
HD3
–
dBc
1
–
51
–
57
–
63
–
69
–
75
–
81
–
87
–
93
–
99
10 40
V
输出
= 1v p-p
g = 1
V
S
=

5V
V
S
=

12V
g = 2
V
S
=

5V
g = 1
g = 1
V
S
=

12V
tpc 40. ad8130 第三 调和的
扭曲量 vs. 频率
频率
–
MHz
HD2
–
dBc
1
–
43
–
49
–
55
–
61
–
67
–
73
–
79
10 40
V
S
=

2.5v
g = 1
g = 2
g = 2
g = 1
V
输出
= 2v p-p
V
输出
= 1v p-p
tpc 43. ad8130 第二 调和的
扭曲量 vs. 频率
频率
–
MHz
HD2
–
dBc
–
54
1
–
60
–
66
–
72
–
78
–
84
10 40
V
输出
= 2v p-p
V
S
=

5V
V
S
=

12V
g = 2
g = 1
V
S
=

12V
g = 1
V
S
=

5V
tpc 38. ad8130 第二 调和的
扭曲量 vs. 频率
频率
–
MHz
HD3
–
dBc
1
–
45
–
51
–
57
–
63
–
69
–
75
–
81
–
87
–
93
10 40
V
输出
= 2v p-p
g = 1
V
S
=

5V
V
S
=

12V
g = 2
g = 2, v
S
=

12V
g = 2, v
S
=

5V
tpc 41. ad8130 第三 调和的
扭曲量 vs. 频率
频率
–
MHz
HD3
–
dBc
1
–
42
–
48
–
54
–
60
–
66
–
72
–
78
–
84
–
90
10 40
V
S
=

2.5v
–
96
g = 2
g = 1
V
输出
= 2v p-p
g = 2
g = 1
V
输出
= 1vp-p
tpc 44. ad8130 第三 调和的
扭曲量 vs. 频率
V
输出
–
Vp-p
HD2
–
dBc
–
55
–
91
0.5
–
61
–
67
–
73
–
79
–
85
110
f
C
= 5mhz
V
S
=

5V
V
S
=

12V
g = 1
V
S
=

5V
V
S
=

12V
g = 2
tpc 39. ad8130 第二 调和的
扭曲量 vs. 输出 电压
V
输出
–
Vp-p
HD3
–
dBc
–
46
–
82
0.5
–
52
–
58
–
64
–
70
–
76
110
–
88
–
94
f
C
= 5mhz
g = 1
V
S
=

12V
V
S
=

5V
g = 2
V
S
=

12V
V
S
=

5V
tpc 42. ad8130 第三 调和的
扭曲量 vs. 输出 电压
V
输出
–
Vp-p
–
46
0
–
52
–
58
–
64
–
70
–
76
–
82
–
88
–
94
0.5 1.0 1.5 2.0 2.5 3.0
V
S
=

2.5v
f
C
= 5mhz
g = 1, hd2
g = 2, hd3
g = 2, hd2
g = 2, hd2
g = 1, hd3
g = 2, hd3
HD
–
dBc
tpc 45. ad8130 调和的 扭曲量
vs. 输出 电压
ad8130 调和的 扭曲量 特性
(r
L
= 1 k

, c
L
= 2 pf, t
一个
= 25

c, 除非 否则 指出.)

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rev. 0 ad8129/ad8130 –10– 频率 – MHz HD2 – dBc – 60 1 – 66 – 72 – 78 – 84 – 90 10 40 V 输出 = 1v p-p V S =  5V V S =  12V g = 1 V S =  12V g = 2 tpc 37. ad8130 第二调和的扭曲量 vs. 频率频率 – MHz HD3 – dBc 1 – 51 – 57 – 63 – 69 – 75 – 81 – 87 – 93 – 99 10 40 V 输出 = 1v p-p g = 1 V S =  5V V S =  12V g = 2 V S =  5V g = 1 g = 1 V S =  12V tpc 40. ad8130 第三调和的扭曲量 vs. 频率频率 – MHz HD2 – dBc 1 – 43 – 49 – 55 – 61 – 67 – 73 – 79 10 40 V S =  2.5v g = 1 g = 2 g = 2 g = 1 V 输出 = 2v p-p V 输出 = 1v p-p tpc 43. ad8130 第二调和的扭曲量 vs. 频率频率 – MHz HD2 – dBc – 54 1 – 60 – 66 – 72 – 78 – 84 10 40 V 输出 = 2v p-p V S =  5V V S =  12V g = 2 g = 1 V S =  12V g = 1 V S =  5V tpc 38. ad8130 第二调和的扭曲量 vs. 频率频率 – MHz HD3 – dBc 1 – 45 – 51 – 57 – 63 – 69 – 75 – 81 – 87 – 93 10 40 V 输出 = 2v p-p g = 1 V S =  5V V S =  12V g = 2 g = 2, v S =  12V g = 2, v S =  5V tpc 41. ad8130 第三调和的扭曲量 vs. 频率频率 – MHz HD3 – dBc 1 – 42 – 48 – 54 – 60 – 66 – 72 – 78 – 84 – 90 10 40 V S =  2.5v – 96 g = 2 g = 1 V 输出 = 2v p-p g = 2 g = 1 V 输出 = 1vp-p tpc 44. ad8130 第三调和的扭曲量 vs. 频率 V 输出 – Vp-p HD2 – dBc – 55 – 91 0.5 – 61 – 67 – 73 – 79 – 85 110 f C = 5mhz V S =  5V V S =  12V g = 1 V S =  5V V S =  12V g = 2 tpc 39. ad8130 第二调和的扭曲量 vs. 输出电压 V 输出 – Vp-p HD3 – dBc – 46 – 82 0.5 – 52 – 58 – 64 – 70 – 76 110 – 88 – 94 f C = 5mhz g = 1 V S =  12V V S =  5V g = 2 V S =  12V V S =  5V tpc 42. ad8130 第三调和的扭曲量 vs. 输出电压 V 输出 – Vp-p – 46 0 – 52 – 58 – 64 – 70 – 76 – 82 – 88 – 94 0.5 1.0 1.5 2.0 2.5 3.0 V S =  2.5v f C = 5mhz g = 1, hd2 g = 2, hd3 g = 2, hd2 g = 2, hd2 g = 1, hd3 g = 2, hd3 HD – dBc tpc 45. ad8130 调和的扭曲量 vs. 输出电压 ad8130 调和的扭曲量特性 (r L = 1 k  , c L = 2 pf, t 一个 = 25  c, 除非否则指出.)

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