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CS7622 датащи(PDF) 15 Page - Cirrus Logic

номер детали CS7622
подробное описание детали  CCD Imager Analog Processor
PDF  36 Pages
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производитель  CIRRUS [Cirrus Logic]
домашняя страница  http://www.cirrus.com
Logo CIRRUS - Cirrus Logic

CS7622 датащи(HTML) 15 Page - Cirrus Logic

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CS7622
DS322PP1
15
The CS7622 receives only the first 16 rising edges
of the SCLK while SEN is low and then ignores
any remaining SCLK and SDATI information. If
SEN goes high before 16 SCLK pulses have been
received, the CS7622 aborts the serial transfer.
The first bit is the R/W bit. R/W = 1 identifies the
transfer as a read. If (0), the transfer is a write. The
next seven bits define the address. For write trans-
fers, the second byte of the 16-bit packet contains
the data byte. For read transfers, the CS7622 out-
puts the read data on SDATO after accepting the
address. Address and data are transferred MSB
first. When not reading out data, the SDATO pin is
not driven by the chip (Hi-Z state).
The timing diagrams and specifications are shown
in “Serial Interface Timing Specifications” on
page 5 and Figures 1, 2, and 3 on page 5.
3.7 Input Timing for Sampling Clocks
The input clocks CK_FT and CK_DT are used to
set up the sampling times and also to generate the
internal digital clock. These clocks need to be run-
ning when processing pixels from the CCD, writing
to the chip registers, or performing calibration (See
Register Description of Operation Control 2 reg
05h bit 0 for the details of performaing a calibra-
tion). The timing of these clocks is important to en-
sure optimum settling times and sampling the
correct value. CK_FT and CK_DT need to be non-
overlapping pulses made as wide as possible to
give long settling times.
The falling edge of
CK_FT should be close to the end of feedthrough
while the falling edge of CK_DT should be close to
the end of the data section of the CCD signal. See
figure 15. Typical timing is given in table 2.
Longer non-overlapping values for T1 and T4 will
increase the recovery time, thus requiring a slower
clock rate.
Timing Parameter
Typical Operating
Values
T1, T4
2 ns
T2, T3
5 ns
Table 2.



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