S1K50000 Epson Electronics America, Inc., S1K50000 Datasheet - Page 55

• Manufacturer Part Number: S1K50000
• Description: Design Guide S1k50000 Series
• Manufacturer: Epson Electronics America, Inc.

Chapter 3: Types of Input/Output Buffers and Usage Precautions
50
(3) The same processing as specified in (2) is also necessary when the high-voltage-side
*1: The indicated resistance values apply to cases where V
*1: The indicated resistance values apply to cases where HV
*1: The indicated resistance values apply to cases where V
CMOS Normal
Level
Input
Drain Type
Drain Type
Normal
Normal
(HV
is performed, the logic levels latched into the device’s internal logic cannot be guaranteed.
In addition, because special measures are required, if such a cut-off operation is desired,
please contact Seiko Epson or its distributor.
DD
Drain
Type
) power supply is cut off through the use of a Gated I/O cell. Unless this processing
Function
Available
CMOS
CMOS
Test
N/A
Input Level
Input Level
Function
Output
Latch
N/A
N/A
AND
AND
OR
OR
LOW NOISE
LOW NOISE
Table 3-5-3 Gated Bidirectional Cells
NORMAL
NORMAL
Speed
SPEED
SPEED
HIGH
HIGH
Table 3-5-1 Gated Input Cells
Table 3-5-2 Gated Input Cells
Without a
Without a
Resistor
Resistor
XHIBO
XHIBA
XIBO
XIBA
-12 / 12
-12 / 12
-12 / 12
-12 / 12
-12 / 12
-12 / 12
Current
Output
(mA)
-2 / 2
-6 / 6
-2 / 2
-6 / 6
-2 / 2
-6 / 6
-2 / 2
-6 / 6
EPSON
*1
Without a
XBA1CT XBA1CD1T XBA1CD2T XBA1CP1T XBA1CP2T
XBA2CT XBA2CD1T XBA2CD2T XBA2CP1T XBA2CP2T
XBA3BT XBA3BD1T XBA3BD2T XBA3BP1T XBA3BP2T
XBA3AT
Resistor
DD
DD
XBA1C
XBA2C
XBA1T
XBA2T
XBA3T
XBA3A
XBA3B
XBA1
XBA2
XBA3
XHIBOD1
DD
XHIBAD1
XIBOD1
XIBAD1
= 3.3 V.
= 3.3 V.
50 k
60 k
= 5.0 V.
Pull-down
Pull-down
XBA3AD1T XBA3AD2T XBA3AP1T XBA3AP2T
XBA1CD1
XBA2CD1
XBA3AD1
XBA3BD1
XBA1D1T
XBA2D1T
XBA3D1T
XBA1D1
XBA2D1
XBA3D1
50 k
Pull-down
XHIBOD2
XHIBAD2
XIBOD2
XIBAD2
100 k
120 k
*1
*1
XBA1CD2
XBA2CD2
XBA3AD2
XBA3BD2
XBA1D2T
XBA2D2T
XBA3D2T
XBA1D2
XBA2D2
XBA3D2
STANDARD CELL S1K50000 SERIES
100 k
*1
(AND Type, V
(HV
XHIBOP1
XHIBAP1
XIBOP1
XIBAP1
50 k
60 k
DD
XBA1CP1
XBA2CP1
XBA1P1T
XBA2P1T
XBA3P1T
XBA3AP1
XBA3BP1
XBA1P1
XBA2P1
XBA3P1
50 k
= 5.0 V, 3.3 V, 2.0 V)
(V
Pull-up
Pull-up
DD
DD
Pull-up
DESIGN GUIDE
= 3.3 V, 2.0 V)
= 3.3 V, 2.0 V)
XHIBOP2
XHIBAP2
*1
*1
XIBAP2
XIBOP2
100 k
120 k
XBA1CP2
XBA2CP2
XBA1P2T
XBA2P2T
XBA3P2T
XBA3AP2
XBA3BP2
XBA1P2
XBA2P2
XBA3P2
*1
100 k