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WM8215 Datasheet(PDF) 9 Page - Cirrus Logic

Part # WM8215
Description  60MSPS 10-bit 3-Channel CCD Digitiser
PDF  31 Pages
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Manufacturer  CIRRUS [Cirrus Logic]
Direct Link  http://www.cirrus.com
Logo CIRRUS - Cirrus Logic

WM8215 Datasheet(HTML) 9 Page - Cirrus Logic

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WM8215
Production Data
w
PD, Rev 4.3, September 2012
9
Figure 3 One-channel CDS Operation (CDS=1)
Notes:
1.
The relationship between input video signal and sample points is controlled by VSMP and RSMP.
2.
When VSMP is high the input video signal is connected to the Video sampling capacitors.
3.
When RSMP is high the input video signal is connected to the Reset sampling capacitors.
4.
RSMP must not go high before the first falling edge of MCLK after VSMP goes low.
5.
It is required that the falling edge of VSMP should occur before the rising edge of MCLK.
6.
In 1-channel CDS mode it is not possible to have an equally spaced Video and Reset sample points with a 45MHz
MCLK.
7.
Non-CDS operation is also possible; RSMP is not required in this mode but can be used to control input clamping.
Timing constraints between vsmp and mclk remain unchanged for non-CDS operation.
Test Conditions
AVDD = DVDD1 = DVDD2 = 3.3V, AGND = DGND = 0V, TA = 25C, MCLK = 60MHz for 3 and 2-channel mode and 45MHz
for 1-channel mode unless otherwise stated.
PARAMETER
SYMBOL
TEST CONDITIONS
MIN
TYP
MAX
UNITS
MCLK period – 2/3 channel mode
1 channel mode
tPER
16.6
22.2
ns
MCLK high period – 2/3 channel mode
1 channel mode
tMCLKH
6.7
8.3
11.1
ns
MCLK low period – 2/3 channel mode
1 channel mode
tMCLKL
6.7
8.3
11.1
ns
RSMP pulse high time
tRSD
5
ns
VSMP pulse high time
tVSD
5
ns
RSMP falling to VSMP rising time
tRSFVSR
0
ns
MCLK rising to VSMP rising time
tMRVSR
3
ns
MCLK falling to VSMP falling time
tMFVSF
0
ns
MCLK falling to VSMP falling time in 1
channel mode
tMFVSF
7
ns
VSMP falling to MCLK rising time
tVSFMR
0
ns
1
st MCLK falling edge after VSMP falling to
RSMP rising time
tMF1RS
1
ns
3-channel mode pixel period
tPR3
50
ns
2-channel mode pixel period
tPR2
33.3
ns



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