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| SAA7108AE Datasheet, PDF (195/208 Pages) NXP Semiconductors – HD-CODEC | |||
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NXP Semiconductors
SAA7108AE; SAA7109AE
HD-CODEC
SAA7108AE
SAA7109AE
P2
XTALId
P3
XTALOd
32.11 MHz
4.7 µH
1 nF
15
15
pF
pF
SAA7108AE
SAA7109AE
P2
XTALId
32.11 MHz
P3
XTALOd
33
33
pF
pF
a. With 3rd harmonic quartz.
Crystal load = 8 pF.
b. With fundamental quartz.
Crystal load = 20 pF.
SAA7108AE
SAA7109AE
P2
XTALId
P3
XTALOd
24.576 MHz
4.7 µH
1 nF
18
18
pF
pF
SAA7108AE
SAA7109AE
P2
XTALId
24.576 MHz
P3
XTALOd
39
39
pF
pF
d. With 3rd harmonic quartz.
Crystal load = 8 pF.
e. With fundamental quartz.
Crystal load = 20 pF.
SAA7108AE
SAA7109AE
P2
XTALId
32.11 MHz
P3
XTALOd
10
10
pF
pF
mbl796
c. With fundamental quartz.
Crystal load = 8 pF.
SAA7108AE
SAA7109AE
P2
XTALId
24.576 MHz
P3
XTALOd
15
15
pF
pF
mbl795
f. With fundamental quartz.
Crystal load = 8 pF.
SAA7108AE
SAA7109AE
P2
XTALId
P3
XTALOd
32.11 MHz or
24.576 MHz
n.c.
SAA7108AE
SAA7109AE
P2
XTALId
P3
XTALOd
Rs
clock
mbl794
g. With direct clock.
h. With fundamental quartz and restricted drive level. When Pdrive of the
internal oscillator is too high, a resistance Rs can be placed in series
with the output of the oscillator XTALOd.
Note: The decreased crystal amplitude results in a lower drive level but on
the other hand the jitter performance will decrease.
Fig 72. Oscillator application for decoder part
SAA7108AE_SAA7109AE_3
Product data sheet
Rev. 03 â 6 February 2007
© NXP B.V. 2007. All rights reserved.
195 of 208
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