SNR 
Signaltonoise ratio 
f_{IN} = 10 MHz, A_{IN} = –1 dBFS 

71.8 

dBFS 
f_{IN} = 100 MHz, A_{IN} = –1 dBFS 

71.5 

f_{IN} = 170 MHz, A_{IN} = –1 dBFS 
67.2 
71 

f_{IN} = 230 MHz, A_{IN} = –1 dBFS 

70.3 

f_{IN} = 270 MHz, A_{IN} = –1 dBFS 

69.9 

f_{IN} = 300 MHz, A_{IN} = –1 dBFS 

69.5 

f_{IN} = 370 MHz, A_{IN} = –1 dBFS 

68.7 

f_{IN} = 470 MHz, A_{IN} = –3 dBFS 

68.7 

f_{IN} = 720 MHz 
A_{IN} = –6 dBFS 

67.9 

A_{IN} = –6 dBFS, gain = 5 dB 

62.7 

NSD 
Noise spectral density 
f_{IN} = 10 MHz, A_{IN} = –1 dBFS 

156.7 

dBFS/Hz 
f_{IN} = 100 MHz, A_{IN} = –1 dBFS 

156.4 

f_{IN} = 170 MHz, A_{IN} = –1 dBFS 
154.2 
155.9 

f_{IN} = 230 MHz, A_{IN} = –1 dBFS 

155.2 

f_{IN} = 270 MHz, A_{IN} = –1 dBFS 

154.8 

f_{IN} = 300 MHz, A_{IN} = –1 dBFS 

154.4 

f_{IN} = 370 MHz, A_{IN} = –1 dBFS 

153.6 

f_{IN} = 470 MHz, A_{IN} = –3 dBFS 

153.6 

f_{IN} = 720 MHz 
A_{IN} = –6 dBFS 

152.8 

A_{IN} = –6 dBFS, gain = 5 dB 

147.6 

SINAD 
Signaltonoise and distortion ratio 
f_{IN} = 10 MHz, A_{IN} = –1 dBFS 

71.7 

dBFS 
f_{IN} = 100 MHz, A_{IN} = –1 dBFS 

71.4 

f_{IN} = 170 MHz, A_{IN} = –1 dBFS 
67 
70.8 

f_{IN} = 230 MHz, A_{IN} = –1 dBFS 

69.8 

f_{IN} = 270 MHz, A_{IN} = –1 dBFS 

69.7 

f_{IN} = 300 MHz, A_{IN} = –1 dBFS 

69.1 

f_{IN} = 370 MHz, A_{IN} = –1 dBFS 

67.4 

f_{IN} = 470 MHz, A_{IN} = –3 dBFS 

66.4 

f_{IN} = 720 MHz 
A_{IN} = –6 dBFS 

65.8 

A_{IN} = –6 dBFS, gain = 5 dB 

61 

SFDR 
Spuriousfree dynamic range (excluding IL spurs) 
f_{IN} = 10 MHz, A_{IN} = –1 dBFS 

90 

dBc 
f_{IN} = 100 MHz, A_{IN} = –1 dBFS 

85 

f_{IN} = 170 MHz, A_{IN} = –1 dBFS 
76 
85 

f_{IN} = 230 MHz, A_{IN} = –1 dBFS 

80 

f_{IN} = 270 MHz, A_{IN} = –1 dBFS 

84 

f_{IN} = 300 MHz, A_{IN} = –1 dBFS 

81 

f_{IN} = 370 MHz, A_{IN} = –1 dBFS 

73 

f_{IN} = 470 MHz, A_{IN} = –3 dBFS 

69 

f_{IN} = 720 MHz 
A_{IN} = –6 dBFS 

64 

A_{IN} = –6 dBFS, gain = 5 dB 

65 

HD2 
Secondorder harmonic distortion 
f_{IN} = 10 MHz, A_{IN} = –1 dBFS 

90 

dBc 
f_{IN} = 100 MHz, A_{IN} = –1 dBFS 

98 

f_{IN} = 170 MHz, A_{IN} = –1 dBFS 
76 
95 

f_{IN} = 230 MHz, A_{IN} = –1 dBFS 

88 

f_{IN} = 270 MHz, A_{IN} = –1 dBFS 

85 

f_{IN} = 300 MHz, A_{IN} = –1 dBFS 

81 

f_{IN} = 370 MHz, A_{IN} = –1 dBFS 

73 

f_{IN} = 470 MHz, A_{IN} = –3 dBFS 

70 

f_{IN} = 720 MHz 
A_{IN} = –6 dBFS 

64 

A_{IN} = –6 dBFS, gain = 5 dB 

65 

HD3 
Thirdorder harmonic distortion 
f_{IN} = 10 MHz, A_{IN} = –1 dBFS 

98 

dBc 
f_{IN} = 100 MHz, A_{IN} = –1 dBFS 

85 

f_{IN} = 170 MHz, A_{IN} = –1 dBFS 
76 
85 

f_{IN} = 230 MHz, A_{IN} = –1 dBFS 

80 

f_{IN} = 270 MHz, A_{IN} = –1 dBFS 

84 

f_{IN} = 300 MHz, A_{IN} = –1 dBFS 

84 

f_{IN} = 370 MHz, A_{IN} = –1 dBFS 

80 

f_{IN} = 470 MHz, A_{IN} = –3 dBFS 

69 

f_{IN} = 720 MHz 
A_{IN} = –6 dBFS 

75 

A_{IN} = –6 dBFS, gain = 5 dB 

77 

Non HD2, HD3 
Spuriousfree dynamic range (excluding HD2, HD3, and IL spur) 
f_{IN} = 10 MHz, A_{IN} = –1 dBFS 

96 

dBFS 
f_{IN} = 100 MHz, A_{IN} = –1 dBFS 

97 

f_{IN} = 170 MHz, A_{IN} = –1 dBFS 
79 
96 

f_{IN} = 230 MHz, A_{IN} = –1 dBFS 

94 

f_{IN} = 270 MHz, A_{IN} = –1 dBFS 

94 

f_{IN} = 300 MHz, A_{IN} = –1 dBFS 

93 

f_{IN} = 370 MHz, A_{IN} = –1 dBFS 

88 

f_{IN} = 470 MHz, A_{IN} = –3 dBFS 

90 

f_{IN} = 720 MHz 
A_{IN} = –6 dBFS 

82 

A_{IN} = –6 dBFS, gain = 5 dB 

83 

ENOB 
Effective number of bits 
f_{IN} = 10 MHz, A_{IN} = –1 dBFS 

11.6 

Bits 
f_{IN} = 100 MHz, A_{IN} = –1 dBFS 

11.6 

f_{IN} = 170 MHz, A_{IN} = –1 dBFS 
10.8 
11.5 

f_{IN} = 230 MHz, A_{IN} = –1 dBFS 

11.3 

f_{IN} = 270 MHz, A_{IN} = –1 dBFS 

11.3 

f_{IN} = 300 MHz, A_{IN} = –1 dBFS 

11.2 

f_{IN} = 370 MHz, A_{IN} = –1 dBFS 

11.0 

f_{IN} = 470 MHz, A_{IN} = –3 dBFS 

10.7 

f_{IN} = 720 MHz 
A_{IN} = –6 dBFS 

10.6 

A_{IN} = –6 dBFS, gain = 5 dB 

9.8 

THD 
Total harmonic distortion 
f_{IN} = 10 MHz, A_{IN} = –1 dBFS 

89 

dBc 
f_{IN} = 100 MHz, A_{IN} = –1 dBFS 

84 

f_{IN} = 170 MHz, A_{IN} = –1 dBFS 
73 
84 

f_{IN} = 230 MHz, A_{IN} = –1 dBFS 

79 

f_{IN} = 270 MHz, A_{IN} = –1 dBFS 

81 

f_{IN} = 300 MHz, A_{IN} = –1 dBFS 

79 

f_{IN} = 370 MHz, A_{IN} = –1 dBFS 

72 

f_{IN} = 470 MHz, A_{IN} = –3 dBFS 

67 

f_{IN} = 720 MHz 
A_{IN} = –6 dBFS 

63 

A_{IN} = –6 dBFS, gain = 5 dB 

64 

SFDR_IL 
Interleaving spur 
f_{IN} = 10 MHz, A_{IN} = –1 dBFS 

91 

dBc 
f_{IN} = 100 MHz, A_{IN} = –1 dBFS 

89. 

f_{IN} = 170 MHz, A_{IN} = –1 dBFS 
69 
86. 

f_{IN} = 230 MHz, A_{IN} = –1 dBFS 

85 

f_{IN} = 270 MHz, A_{IN} = –1 dBFS 

85 

f_{IN} = 300 MHz, A_{IN} = –1 dBFS 

83 

f_{IN} = 370 MHz, A_{IN} = –1 dBFS 

84 

f_{IN} = 470 MHz, A_{IN} = –3 dBFS 

86 

f_{IN} = 720 MHz 
A_{IN} = –6 dBFS 

82 

A_{IN} = –6 dBFS, gain = 5 dB 

83 

IMD3 
Twotone, thirdorder intermodulation distortion 
f_{IN1} = 185 MHz, f_{IN2} = 190 MHz, A_{IN} = –7 dBFS 

93 

dBFS 
f_{IN1} = 365 MHz, f_{IN2} = 370 MHz, A_{IN} = –7 dBFS 

78 

f_{IN1} = 465 MHz, f_{IN2} = 470 MHz, A_{IN} = –7 dBFS 

71 


Crosstalk isolation between channel A and B 
Fullscale, 170MHz signal on aggressor, idle channel is victim 

100 

dB 