Pin Description - Epson S1R75801F00A Technical Manual

S1R72803F00A

6. PIN DESCRIPTION

Control signals with an "X" as the first character of a pin name are low active. (Excluding X2SPD)
Pin Name PIN
1394PHY interface (LV
D7 98
D6 99
D5 100
D4 101
D3 102
D2 104
D1 105
D0 106
CTL1 107
CTL0 108
LREQ 115
LPS 96
LINKON 95
XISO 110
BHEN 109
CNA 111
PD 97
SCLK 113
IDE Interface (LV
HDD15 72
HDD14 74
HDD13 77
HDD12 79
HDD11 81
HDD10 84
HDD9 86
HDD8 88
HDD7 89
HDD6 87
HDD5 85
HDD4 82
HDD3 80
HDD2 78
HDD1 76
HDD0 73
HDMARQ 71
XHIOW 70
XHIOR 69
HIORDY 68
XHDMACK 66
HINTRQ 65
XHPDIAG 63
6
I/O Reset
)
DD
B Hi-Z (MSB)
B Hi-Z
B Hi-Z
B Hi-Z Data Bus with PHY
B Hi-Z
B Hi-Z
B Hi-Z
B Hi-Z (LSB)
B Hi-Z Control Signal with PHY
B Hi-Z
O Lo LINK Request Signal to PHY
O Hi LINK Power Status Signal to PHY
I – LINK ON Signal from PHY
I – Setting should be made according to CMOS Input
the construction of isolation buffer
between PAY and LINK
Set to H level in case of DC
connection and Single capacitor AC
connection. And Annex-J Isolation
connection cannot be used.
I – Bus Holder Enable Signal
H: Single capacitor AC connection
L: DC connection
I – Cabele Not Active
O Power Down Enable
I – Clock Signal from PHY (49.576MHz) Schmitt Input (Bus Holder)
)
DD
B Hi-Z (MSB)
B Hi-Z
B Hi-Z
B Hi-Z
B Hi-Z
B Hi-Z
B Hi-Z
B Hi-Z IDE Data Bus
B Hi-Z
B Hi-Z
B Hi-Z
B Hi-Z
B Hi-Z
B Hi-Z
B Hi-Z
B Hi-Z (LSB)
B Hi-Z IDE DMA Request Signal
B Hi-Z IDE Write Signal
B Hi-Z IDE Read Signal
I – IDE IORDY Signal
B Hi-Z IDE DMA Acknowledge Signal
I – IDE Interrupt Signal
I – IDE PDIAG Signal
Pin Function
EPSON
Remarks
Drive Ability 6mA
Schmitt Input (Bus Holder)
Drive Ability 6mA
Schmitt Input (Bus Holder)
Drive Ability 6mA
Drive Ability 6mA
Schmitt Input (Bus Holder)
Schmitt Input (Bus Holder)
Drive Ability 6mA
5V Tolerant
Drive Ability 2mA
Pull Down HDD7 at 10kΩ
5V Tolerant, Drive Ability
2mA, Schmitt Input
5V Tolerant, Drive Ability
2mA, Schmitt Input
5V Tolerant, Drive Ability
2mA, Schmitt Input
5V Tolerant, Drive Ability
2mA, Schmitt Input
5V Tolerant, Drive Ability
2mA, Schmitt Input
5V Tolerant, Schmitt Input
5V Tolerant, Schmitt Input