參數(shù)資料
型號： AD7707BRU-REEL7
廠商： Analog Devices Inc
文件頁數(shù)： 7/52頁
文件大?。?/td> 0K
描述： IC ADC 16BIT 3CH 20-TSSOP T/R
標(biāo)準(zhǔn)包裝： 1,000
位數(shù)： 16
采樣率（每秒）： 500
數(shù)據(jù)接口： DSP，MICROWIRE?，QSPI?，串行，SPI?
轉(zhuǎn)換器數(shù)目： 1
功率耗散（最大）： 1mW
電壓電源： 模擬和數(shù)字
工作溫度： -40°C ~ 85°C
安裝類型： 表面貼裝
封裝/外殼： 20-TSSOP（0.173"，4.40mm 寬）
供應(yīng)商設(shè)備封裝： 20-TSSOP
包裝： 帶卷 (TR)
輸入數(shù)目和類型： 1 個單端，單極；1 個單端，雙極；2 個偽差分，單極；2 個偽差分，雙極
AD7707
Rev. B | Page 15 of 52
OUTPUT NOISE FOR LOW LEVEL INPUT
CHANNELS (3 V OPERATION)
Table 9 shows the AD7707 output rms noise and peak-to-peak
resolution in unbuffered mode for the selectable notch and
3 dB frequencies for the part, as selected by FS0, FS1, and FS2
of the clock register. The numbers given are for the bipolar
input ranges with a VREF of 1.225 V and an AVDD = 3 V. These
numbers are typical and are generated at an analog input
voltage of 0 V. Table 10 shows the rms noise and peak-to-peak
resolution when operating in buffered mode. It is important to
note that the peak-to-peak numbers represent the resolution for
which there is no code flicker. They are not calculated based on
rms noise but on peak-to-peak noise. The numbers given are
for bipolar input ranges with a VREF of 1.225 V and for either
buffered or unbuffered mode. These numbers are typical and
are rounded to the nearest LSB. The numbers apply for the
CLKDIV bit of the clock register set to 0. The output noise
comes from two sources. The first is the electrical noise in the
semiconductor devices (device noise) used in the implementa-
tion of the modulator. Secondly, when the analog input is
converted into the digital domain, quantization noise is added.
The device noise is at a low level and is independent of fre-
quency. The quantization noise starts at an even lower level but
rises rapidly with increasing frequency to become the dominant
noise source. The numbers in Table 9 and Table 10 are given
for the bipolar input ranges. For the unipolar ranges, the rms
noise numbers are the same as the bipolar range but the peak-
to-peak resolution is now based on half the signal range, which
effectively means losing 1 bit of resolution.
Table 9. Output RMS Noise/Peak-to-Peak Resolution vs. Gain and Output Update Rate @ 3 V AIN1 and AIN2 Unbuffered Mode Only
Filter First Notch
and Output Data
Rate
3 dB
Frequency
Typical Output RMS Noise in μV (Peak-to-Peak Resolution in Bits)
Gain of 1
Gain of 2
Gain of 4
Gain of 8
Gain of 16
Gain of 32
Gain of 64
Gain of 128
MCLK IN = 2.4576 MHz
10 Hz
2.62 Hz
1.60 (16)
0.8 (16)
0.48 (16)
0.29 (16)
0.27 (15.5)
0.26 (14.5)
0.26 (13.5)
50 Hz
13.1 Hz
3.8 (16)
1.9 (16)
1.1 (16)
0.64 (16)
0.60 (15.5)
0.6 (14.5)
0.6 (13.5)
0.6 (12.5)
60 Hz
15.72 Hz
4.4 (16)
2.2 (16)
1.35 (16)
0.78 (16)
0.7 (15)
0.68 (14.5)
0.64 (13.5)
0.64 (12.5)
250 Hz
65.5 Hz
53 (13)
24 (13)
15 (13)
6.8 (13)
3.6 (12.5)
2.1 (12.5)
1.5 (12)
1.3 (11)
500 Hz
131 Hz
300 (10.5)
138 (10.5)
80 (10.5)
34 (10.5)
18 (10.5)
8.7 (10.5)
4.8 (10)
3.4 (10)
MCLK IN = 1 MHz
4.05 Hz
1.06 Hz
1.56 (16)
0.88 (16)
0.52 (16)
0.3 (16)
0.28 (16)
0.27 (15.5)
0.27 (14.5)
0.26 (13.5)
20 Hz
5.24 Hz
3.85 (16)
2.02 (16)
1.15 (16)
0.74 (16)
0.63 (15.5)
0.57 (14.5)
0.61 (13.5)
0.58 (12.5)
25 Hz
6.55 Hz
4.56 (16)
2.4 (16)
1.4 (16)
0.79 (16)
0.68 (15)
0.66 (14.5)
0.64 (13.5)
0.64 (12.5)
100 Hz
26.2 Hz
45.7 (13)
22 (13)
13.7 (13)
5.27 (13)
2.64 (13)
2 (12.5)
1.59 (12)
1.4 (11)
200 Hz
52.4 Hz
262 (10.5)
125 (10.5)
66 (10.5)
32.4 (10.5)
18.4 (10.5)
8.6 (10.5)
4.64 (10.5)
3.3 (10)
Table 10. Output RMS Noise/Peak-to-Peak Resolution vs. Gain and Output Update Rate @ 3 V AIN1 and AIN2 Buffered Mode Only
Filter First Notch
and Output Data
Rate
3 dB
Frequency
Typical Output RMS Noise in μV (Peak-to-Peak Resolution in Bits)
Gain of 1
Gain of 2
Gain of 4
Gain of 8
Gain of 16
Gain of 32
Gain of 64
Gain of 128
MCLK IN = 2.4576 MHz
10 Hz
2.62 Hz
1.80 (16)
1 (16)
0.7 (16)
0.41 (16)
0.41 (15)
0.41 (14)
0.41 (13)
50 Hz
13.1 Hz
4.1 (16)
2.4 (16)
1.5 (16)
1 (15.5)
0.91 (15)
0.89 (14)
0.86 (13)
0.83 (12)
60 Hz
15.72 Hz
5.1 (16)
3 (16)
1.8 (16)
1.1 (15.5)
0.94 (14.5)
0.94 (13.5)
0.99 (13)
0.99 (11.5)
250 Hz
65.5 Hz
50 (13)
27 (13)
12.3 (13)
6.4 (13)
4 (12.5)
2.7 (12.5)
2.2 (11.5)
1.8 (11)
500 Hz
131 Hz
275 (10.5)
125 (10.5)
80 (10.5)
39 (10.5)
16 (10.5)
8.9 (10.5)
5.2 (10)
4.2 (9.5)
MCLK IN = 1 MHz
4.05 Hz
1.06 Hz
1.75 (16)
1.18 (16)
0.67 (16)
0.44 (16)
0.41 (16)
0.44 (15)
0.43 (14)
0.43 (13)
20 Hz
5.24 Hz
4.21 (16)
2.5 (16)
1.48 (16)
1 (15.5)
0.94 (15)
0.96 (14)
0.89 (13)
0.86 (12)
25 Hz
6.55 Hz
5.15 (16)
2.8 (16)
1.8 (16)
1.15 (15.5)
1 (14.5)
1.02 (13.5)
0.96 (13)
1.03 (11.5)
100 Hz
26.2 Hz
46.1 (13)
24.3 (13)
13.6 (13)
6.71 (13)
4.1 (12.5)
2.54 (12.5)
2.3 (11.5)
2.15 (10.5)
200 Hz
52.4 Hz
282 (10.5)
123 (10.5)
66 (10.5)
35.3 (10.5)
14.8 (10.5)
9.91 (10.5)
5.48 (10)
4.01 (9.5)
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