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KSZ9563R 数据表(PDF) 117 Page - Microchip Technology

部件名 KSZ9563R
功能描述  3-Port Gigabit Ethernet Switch with RGMII/MII/RMII Interface and IEEE 1588v2
PDF  226 Pages
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制造商  MICROCHIP [Microchip Technology]
网页  http://www.microchip.com
标志 MICROCHIP - Microchip Technology

KSZ9563R 数据表(HTML) 117 Page - Microchip Technology

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 2017-2018 Microchip Technology Inc.
DS00002419D-page 117
KSZ9563R
5.1.6.21
Trigger Output Unit Control 2 Register
This register is indexed by the Trigger Unit Index Pointer value in bits [1:0] of the Global PTP Unit Index Register.
22:20
Trigger Event Output Signal Pattern (TRIGGER_PATTERN)
To select a trigger event output when TRIG_EN=1 and the trigger target time
has reached the system time:
000 = Generates negative edge (from default “H” -> “L” and stays “L”)
001 = Generates positive edge (from default “L” -> “H” and stays “H”)
010 = Generates negative pulse (from default “H” -> “L” pulse -> “H” and stays
“H”). The pulse width is defined in the Trigger Output Unit Control 2 Register.
011 = Generates positive pulse (from default “L” -> “H” pulse -> “L” and stays
“L”). The pulse width is defined in the Trigger Output Unit Control 2 Register.
100 = Generates negative periodic signal. The “L” pulse width is defined in the
Trigger Output Unit Control 2 Register, the cycle width is defined in the Trigger
Output Unit Control 3 Register and Trigger Output Unit Control 4 Register,
and the number of cycles is defined in the Trigger Output Unit Control 5 Reg-
ister (it is an infinite number if the number of cycles is zero).
101 = Generates positive periodic signal. The “H” pulse width is defined in the
Trigger Output Unit Control 2 Register, the cycle width is defined in the Trigger
Output Unit Control 3 Register and Trigger Output Unit Control 4 Register,
and the number of cycles is defined in the Trigger Output Unit Control 5 Reg-
ister (it is an infinite number if the number of cycles is zero).
110 = Generates output signal from the 16-bit pattern in the Trigger Output
Unit Control 3 Register, which is shifted MSB fist and looped. Each bit width is
defined in the Trigger Output Unit Control 3 Register and Trigger Output Unit
Control 4 Register and the total number of bits to shift out is defined in the
Trigger Output Unit Control 5 Register (it is infinite if this register value is
zero).
111 = RESERVED.
Note:
The maximum output clock frequency is up to 12.5MHz.
R/W
000b
19:17
RESERVED
RO
000b
16
Trigger GPIO
Selects one of the GPIO pins to serve this trigger output unit. The trigger out-
put signals are OR’ed together to form a combined signal if multiple trigger
output units are set to the same GPIO output pin.
1 = GPIO_2
0 = GPIO_1
R/W
0b
15:0
Trigger Output Iteration Count (TRIGGER_PATTERN_ITERATION)
Defines the iteration count number to output the 16-bit trigger pattern defined
in the Trigger Output Unit Control 3 Register in cascade mode at tail unit. For
example, 0x0000 is 1 count and 0x000F is 16 counts. It is infinite if there is no
tail unit in cascade mode.
R/W
0x0000
Address:
0x053C - 0x053F
Size:
32 bits
Bits
Description
Type
Default
31:0
Trigger Output Cycle Width or Bit Width (TRIGGER_CYCLE_WIDTH)
Defines the cycle width for generating periodic signals. Each unit value equals
1ns. For example, the cycle width is 80ns if this register value is 80 (0x50).
R/W
0x00000000
Bits
Description
Type
Default



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