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MC100E136FN датащи(PDF) 9 Page - ON Semiconductor

номер детали MC100E136FN
подробное описание детали  5V ECL 6-Bit Universal Up/Down Counter
Download  12 Pages
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производитель  ONSEMI [ON Semiconductor]
домашняя страница  http://www.onsemi.com
Logo ONSEMI - ON Semiconductor

MC100E136FN датащи(HTML) 9 Page - ON Semiconductor

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MC10E136, MC100E136
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9
Figure 6. Programmable Divider Waveforms
S1
COUT
CLOCK
DIVIDE BY 37
LOAD
000000
000001
000010
000011
100010
100011
100100
• ••
•••
•••
LOAD
The exercise of building a programmable divider then
becomes simply determining what value to load into the
counter to accomplish the desired division. Since the load
operation requires a clock pulse, to divide by N, N−1 must
be loaded into the counter. A single E136 device is capable
of divide ratios of 2 to 64 inclusive, Table 1 outlines the load
values for the various divide ratios. Figure 4 presents the
waveforms resulting from a divide by 37 operation. Note
that the availability of the COUT complementary output
COUT allows the user to choose the polarity of the divide by
output.
For single device programmable counters the E016
counter is probably a better choice than the E136. The E016
has an internal feedback to control the reloading of the
counter, this not only simplifies board design but also will
result in a faster maximum count frequency.
For programmable dividers of larger than 8 bits the
superiority of the E016 diminishes, and in fact for very wide
dividers the E136 will provide the capability of a faster count
frequency. This potential is a result of the cascading features
mentioned previously in this document. Figure 5 shows the
architecture of a 24-bit programmable divider implemented
using E136 counters. Note the need for one external gate to
control the loading of the entire counter chain. An ideal
device for the external gating of this architecture would be
the 4-input OR function in the 8-lead SOIC ECLinPS Lite™
family. However the final decision as to what device to use
for the external gating requires a balancing of performance
needs, cost and available board space. Note that because of
the need for external gating the maximum count frequency
of a given sized programmable divider will be less than that
of a single cascaded counter.
Figure 7. 24-bit Programmable Divider Architecture
S1
S1
S1
S1
Q0 −> Q5
D0 −> D5
CLK
Q0 −> Q5
D0 −> D5
CLK
Q0 −> Q5
D0 −> D5
CLK
LSB
Q0 −> Q5
D0 −> D5
CLOUT
COUT
CLIN
CIN
CLK
CLOCK
“LO”
“LO”
“LO”
CLOUT
COUT
CLIN
CIN
CLOUT
COUT
CLIN
CIN
MSB
CLOUT
COUT
CLIN
CIN
OUT


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