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AM8530 Datasheet(PDF) 98 Page - Advanced Micro Devices

Part # AM8530
Description  Serial Communications Controller
PDF  194 Pages
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Manufacturer  AMD [Advanced Micro Devices]
Direct Link  http://www.amd.com
Logo AMD - Advanced Micro Devices

AM8530 Datasheet(HTML) 98 Page - Advanced Micro Devices

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Support Circuitry Programming
AMD
5–4
D7
D6
D5
D4
D3
D2
D1
D0
00
01
10
11
00
01
10
11
00
01
10
11
TRxC Out = XTAL Output
TRxC Out = Transmit Clock
TRxC Out = BR Generator Output
TRxC Out = DPLL Output
TRxC O/I
Transmit Clock =
RTxC Pin
Transmit Clock =
TRxC Pin
Transmit Clock = BR Generator Output
Transmit Clock = DPLL Output
Receive Clock =
RTxC Pin
Receive Clock =
TRxC Pin
Receive Clock = BR Generator Output
Receive Clock = DPLL Output
RTxC X TAL/NO X TAL
WR11—Clock Mode Control
5.2.2
Receive Clock Source
The source of the receive clock is controlled by bits D6 and D5 of WR11. The receive
clock may be programmed to come from the
RTxC pin, the TRxC pin, the output of the
baud rate generator, or the transmit output of the DPLL.
5.2.3
Transmit Clock Source
The source of the transmit clock is controlled by bits D4 and D3 of WR11. The transmit
clock may be programmed to come from the
RTxC pin, the TRxC pin, the output of the
baud rate generator, or the transmit output of the DPLL.
Ordinarily the
TRxC pin is an input, but it becomes an output if this pin is not selected as
the source for the transmitter or the receiver, and bit D2 of WR11 is set to ‘1’. The selec-
tion of the signal provided on the
TRxC output pin is controlled by bits D1 and D0 of
WR11. The
TRxC pin may be programmed to provide the output of the crystal oscillator,
the output of the BRG, the receive output of the DPLL or the actual transmit clock. If the
output of the crystal oscillator is selected but the crystal oscillator has not been enabled,
the
TRxC pin will be driven High. The option of placing the transmit clock signal on the
TRxC pin, when it is an output, allows access to the transmit output of the DPLL.



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