Intel 6 SERIES CHIPSET - DATASHEET 01-2011 Datasheet page 310

Table 8-10. DC Output Characteristics (Sheet 2 of 2)
Symbol Parameter
Output High Voltage
VOH_PECI
VOL_HDA Output Low Voltage
VOL_JTAG Output Low Voltage
V_CLKOUT_swi
Differential Output Swing
ng
V_CLKOUT_cro
Clock Cross-Over point
ss
Min output Voltage
V_CLKOUTMIN
Max output Voltage
V_CLKOUTMAX
Output Low Voltage
VOL_PCICLK
Output High Voltage
VOH_PCICLK
Digital Display Port
Auxiliary Signal peak-to-
VAUX-Diff-P-P
peak voltage at
transmitting device
Output Low Voltage
VOL_FDI
Output High Voltage
VOH_FDI
V OMIN10-
Minimum Output Voltage
Gen3i
V OMAX10-
Maximum Output Voltage
Gen3i
V OMIN11-
Output Low Voltage
PCIeGen12
V OMAX11-
Output High Voltage
PCIeGen12
NOTES:
1. The SERR#, PIRQ[H:A], SMBDATA, SMBCLK, SML[1:0]CLK, SML[1:0]DATA, SML[1:0]ALERT# signals has
an open-drain driver and SATALED# has an open-collector driver, and the V
This signal must have external pull-up resistor.
2. PCI Express mVdiff p-p = 2*|PETp[x] – PETn[x]|
3. SATA Vdiff, tx (V
OMIN7
motherboard connector), where SATA mVdiff p-p = 2*|SATA[x]TXP – SATA[x]TXN|
4. Maximum Iol for PROCPWRGD is 12mA for short durations (<500 mS per 1.5 s) and 9 mA for long
durations.
5. For INIT3_3V only, for low current devices, the following applies: V
6. 3.3 V refers to VccSus3_3 for signals in the suspend well, to Vcc3_3 for signals in the core well, to
VccDSW3_3 for those signals in the Deep S4/S5 well. See
association.
7. 3.3 V refers to VccSus3_3 for signals in the suspend well, to Vcc3_3 for signals in the core well,
VccDSW3_3 for signals in the Deep S4/S5 well. See
association.
310
Min
0.75 ×
V_PROC_IO
—
300
300
-0.3
—
2.4
0.39
-.1
0.8 × 3.3 V
200
—
800
—
/V ) is measured at the SATA connector on the transmit side (generally, the
OMAX7
Max
V_PROC_IO
0.1 × VccHDA
0 0.1 × 1.05 V
—
550
—
1.15 V
0.4
—
1.38
0.2 × 3.3 V
1.2
—
900
—
1200
Max is 0.15 V at an I
OL5
Table 3-2 or Table 3-3
Table 3-2, or Table 3-3
Electrical Characteristics
Unit I I
OL / OH
-6 mA
V 1.5 mA
V 1.5 mA
mV
mV
V
V
V -1 mA
V 1 mA
Vdiffp
-p
V 4.1 mA
V 4.1 mA
mVdif
fp-p
mVdif
fp-p
mVdif
fp-p
mVdif
fp-p
specification does not apply.
OH
of 2 mA.
OL5
for signal and power well
for signal and power well
Datasheet
Notes
7
7
3
3
2
2