S1K50000 Epson Electronics America, Inc., S1K50000 Datasheet - Page 110

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

9.3.1.3 LV
STANDARD CELL S1K50000 SERIES
DESIGN GUIDE
The available types of S1K50000-series LV
9-3-1 and 9-3-2.
Notes * V
LVTTL
PCI
LVTTL Schmitt
LVTTL
LVTTL Schmitt
Input Level
** V
*** In addition to the bidirectional buffers listed in Table 9-3-1, a configuration with pull-up/pull-down resistors
or without test pins may be considered. If such a configuration is desired, contact Seiko Epson or its
distributor.
DD
OL
OH
-System Bidirectional Buffers
= 0.4 V (LV
= LV
DD
- 0.4 V (LV
Bi-directional output
Bi-directional output for high speed
Bi-directional output for low noise
Bi-directional output for PCI
Bi-directional for low noise output
Bi-directional output for high speed
Bi-directional output for low noise
Bi-directional output
(Bus hold circuit)
Bi-directional output for high speed
(Bus hold circuit)
Bi-directional output for low noise
(Bus hold circuit)
Bi-directional output
(Bus hold circuit)
Bi-directional output for high speed
(Bus hold circuit)
Bi-directional output for low noise
(Bus hold circuit)
DD
= 3.3 V)
Table 9-3-1 LV
DD
= 3.3 V)
Function
DD
-System Bidirectional Buffers
EPSON
Chapter 9: Precautions on the Use of Dual Power Supplies
DD
-system bidirectional buffers are listed in Tables
0.1 mA / -0.1 mA
0.1 mA / -0.1 mA
12 mA / -12 mA
12 mA / -12 mA
12 mA / -12 mA
12 mA / -12 mA
12 mA / -12 mA
12 mA / -12 mA
12 mA / -12 mA
12 mA / -12 mA
12 mA / -12 mA
12 mA / -12 mA
12 mA / -12 mA
12 mA / -12 mA
1 mA / -1 mA
2 mA / -2 mA
6 mA / -6 mA
1 mA / -1 mA
2 mA / -2 mA
6 mA / -6 mA
1 mA / -1 mA
2 mA / -2 mA
6 mA / -6 mA
1 mA / -1 mA
2 mA / -2 mA
6 mA / -6 mA
I
OL
PCI-3V
* / I
OH
**
XLBC3AHT
XLBC3BHT
XLBH3AHT
XLBH3BHT
XLBCMHT
XLBHMHT
Cell Name
XLBC3BT
XLBH3BT
XLBC1HT
XLBC2HT
XLBC3HT
XLBH1HT
XLBH2HT
XLBH3HT
XLBC3AT
XLBH3AT
XLBCMT
XLBHMT
XLBCST
XLBPBT
XLBHST
XLBC1T
XLBC2T
XLBC3T
XLBH1T
XLBH2T
XLBH3T
(LV
DD
= 3.3 V)
105