Intel Xeon 3.20GHz Processor RK80546KG0882MM Manual Do Utilizador
Códigos do produto
RK80546KG0882MM
R
mPGA604 Socket
17
Mechanical Design Guide
4 Electrical
Requirements
Socket electrical requirements are measured from the socked-seating plane of the processor test
vehicle (PTV) to the component side of the socket PCB to which it is attached. All specification are
maximum values (unless otherwise stated) for a single socket pin, but includes effects of adjacent
pins where indicated. Pin and socket inductance includes exposed pin from mated contact to bottom
of the processor pin field.
vehicle (PTV) to the component side of the socket PCB to which it is attached. All specification are
maximum values (unless otherwise stated) for a single socket pin, but includes effects of adjacent
pins where indicated. Pin and socket inductance includes exposed pin from mated contact to bottom
of the processor pin field.
Table
4-1. Electrical Requirements for Sockets
1
Mat lloop inductance, Loop
<4.33 nH
Refer to
, Item 1
2
Mated partial mutual inductance, L
NA
Refer to
,
Item 2a
3
Maximum mutual capacitance, C
<1 pF
Refer to
Item 3
4
Maximum Ave Contact Resistance
≤ 17 mΩ Refer
, Item 4.
Refer to
for
more detail.
Refer to mPGA603 Socket
Design Guidelines
Refer to mPGA603 Socket
Design Guidelines
for
electrical parameters with
INT3 packages.
INT3 packages.
5
Measurement frequency(s) for
Pin-to-Pin/Connector-to-
Connector capacitance.
Pin-to-Pin/Connector-to-
Connector capacitance.
400 MHz
6
Measurement frequency(s) for
Pin-to-Pin/Connector-to-
Connector inductance.
Pin-to-Pin/Connector-to-
Connector inductance.
1 GHz
7
Dielectric Withstand Voltage
360 Volts RMS
8
Insulation Resistance
800 MΩ
9
Contact Current Rating
Read & record
Table
4-2. Definitions (Sheet 1 of 2)
1
Mated loop inductance, Lloop
Refer to
Refer to
The inductance calculated for two conductors,
considering one forward conductor and one
return conductor.
considering one forward conductor and one
return conductor.
2a
Mated mutual inductance, L
Refer to
Refer to
The inductance on a conductor due to any
single neighboring conductor.
single neighboring conductor.
3
Maximum mutual capacitance, C
Refer to
Refer to
The capacitance between two pins/connectors.