ZIF PGA Sockets
for Intel
™
Processors
Patent No. 5,762,511
Patent No. 5,597,319
Socket 2 (238 pin)
Socket 3 (237 pin)
Socket 6 (235 pin)
Specifications
Electrical:
Current Rating:
1 Amp max./contact
Voltage Rating:
250 VAC
Low Level Contact Resistance:
15 milliohms max., initial
30 milliohms max. after cond.
Insulation Resistance:
1000 megohms
Dielectric Withstanding Voltage:
1500 VAC
Capacitance:
1 picofarad max.
Mechanical:
Durability:
50 cycles
Operating Temperature:
-55°C to +105°C
Mating and Unmating Force:
Zero Insertion Force
Lever Actuating Force:
10 lbs. max.
Materials:
Insulator Material:
High temp-thermoplastic
Contact Material:
High performance copper alloy
Contact Finish:
Selective gold plate in contact area over
nickel plate overall, selective 90/10 tin/lead on solder tail
Features & Benefits
■
■
■
■
■
■
■
Patented for unique two point contact design and
torsional force design
Utilizes zero insertion force to protect the processor
from damage during insertion and removal
Offers optional location of actuating lever to aid in board
design
Consists of high performance copper alloy contacts
with selective gold to provide high reliability in all
environments
Compatible with high performance temperature
applications such as IR reflow or vapor phase soldering
techniques
Open center design to assist in chip cooling
Contains heat-sink clip features to allow ease in
applications
North and South America:
Methode Electronics, Inc. Connector Products
1700 Hicks Road • Rolling Meadows, IL 60008 USA
847-392-3500 • Toll Free: 800-323-6864 • Fax: 847-392-9404
Email: info@methode.com • Web: www.methode.com/connector/index.html
Europe:
Methode Electronics Ireland, Ltd.
Unit H, Crossagalla Business Park, Ballysimon Rd. • Limerick, Ireland
+353 (0) 61 401222 • Fax: +353 (0) 61 401942
Email: info@methode.ie • Web: ireland.methode.com/main.html
Far East:
Methode Electronics Far East, Pte. Ltd.
1 Tuas Lane, Jurong Town • Singapore 638610
65-68615444 • Fax: 65-68614777
Email: sales@methode.com.sg • Web: www.methode.com/mefe/index.html
ZIF PGA Sockets
for Intel
™
Processors
Socket 2 (238 pin)
Right Hand Assembly
P/N 214-238-1110
Patent No. 5,762,511
Patent No. 5,597,319
Socket 3 (237 pin)
Right Hand Assembly
P/N 214-237-1110
Left Hand Assembly
P/N 214-237-1111
(shown)
Socket 6 (235 pin)
Right Hand Assembly
P/N 214-235-1110
Left Hand Assembly
P/N 214-235-1111
(shown)
Left Hand Assembly
P/N 214-238-1111
North and South America:
Methode Electronics, Inc. Connector Products
1700 Hicks Road • Rolling Meadows, IL 60008 USA
847-392-3500 • Toll Free: 800-323-6864 • Fax: 847-392-9404
Email: info@methode.com • Web: www.methode.com/connector/index.html
Europe:
Methode Electronics Ireland, Ltd.
Unit H, Crossagalla Business Park, Ballysimon Rd. • Limerick, Ireland
+353 (0) 61 401222 • Fax: +353 (0) 61 401942
Email: info@methode.ie • Web: ireland.methode.com/main.html
Far East:
Methode Electronics Far East, Pte. Ltd.
1 Tuas Lane, Jurong Town • Singapore 638610
65-68615444 • Fax: 65-68614777
Email: sales@methode.com.sg • Web: www.methode.com/mefe/index.html
ZIF PGA Sockets
for Intel
™
Processors
Patent No. 5,597,319
Socket 5 (320 pin)
Socket 7 (321 pin)
Specifications
Electrical:
Current Rating:
1 Amp max./contact
Voltage Rating:
250 VAC
Low Level Contact Resistance:
15 milliohms max., initial
30 milliohms max. after cond.
Insulation Resistance:
1000 megohms
Dielectric Withstanding Voltage:
1500 VAC
Capacitance:
1 picofarad max.
Mechanical:
Durability:
50 cycles
Operating Temperature:
-55°C to +105°C
Mating and Unmating Force:
Zero Insertion Force
Lever Actuating Force:
10 lbs. max.
Materials:
Insulator Material:
High temp-thermoplastic
Contact Material:
High performance copper alloy
Contact Finish:
Selective gold plate in contact area over
nickel plate overall, selective 90/10 tin/lead on solder tail
Features & Benefits
■
■
■
■
■
■
■
■
Patented for unique contact torsional force design
Both sockets are on Intel’s List of Qualified Sockets
Utilizes zero insertion force to protect the processor
from damage during insertion and removal
Offers optional location of actuating lever to aid in board
design
Consists of high performance copper alloy contacts
with selective gold to provide high reliability in all
environments
Compatible with high performance temperature
applications such as IR reflow or vapor phase soldering
techniques
Open center design to assist in chip cooling
Contains heat-sink clip features to allow ease in
applications
North and South America:
Methode Electronics, Inc. Connector Products
1700 Hicks Road • Rolling Meadows, IL 60008 USA
847-392-3500 • Toll Free: 800-323-6864 • Fax: 847-392-9404
Email: info@methode.com • Web: www.methode.com/connector/index.html
Europe:
Methode Electronics Ireland, Ltd.
Unit H, Crossagalla Business Park, Ballysimon Rd. • Limerick, Ireland
+353 (0) 61 401222 • Fax: +353 (0) 61 401942
Email: info@methode.ie • Web: ireland.methode.com/main.html
Far East:
Methode Electronics Far East, Pte. Ltd.
1 Tuas Lane, Jurong Town • Singapore 638610
65-68615444 • Fax: 65-68614777
Email: sales@methode.com.sg • Web: www.methode.com/mefe/index.html
ZIF PGA Sockets
for Intel
™
Processors
Socket 5 (320 pin)
Right Hand Assembly
P/N 214-320-2110
Patent No. 5,597,319
Socket 7 (321 pin)
Right Hand Assembly (Shown)
P/N 214-321-2110
Left Hand Assembly
P/N 214-321-2111
Left Hand Assembly
P/N 214-320-2111
North and South America:
Methode Electronics, Inc. Connector Products
1700 Hicks Road • Rolling Meadows, IL 60008 USA
847-392-3500 • Toll Free: 800-323-6864 • Fax: 847-392-9404
Email: info@methode.com • Web: www.methode.com/connector/index.html
Europe:
Methode Electronics Ireland, Ltd.
Unit H, Crossagalla Business Park, Ballysimon Rd. • Limerick, Ireland
+353 (0) 61 401222 • Fax: +353 (0) 61 401942
Email: info@methode.ie • Web: ireland.methode.com/main.html
Far East:
Methode Electronics Far East, Pte. Ltd.
1 Tuas Lane, Jurong Town • Singapore 638610
65-68615444 • Fax: 65-68614777
Email: sales@methode.com.sg • Web: www.methode.com/mefe/index.html
ZIF PGA Sockets
for Intel
™
Processors
Patent No. 5,597,319
Socket 8 (387 pin)
Specifications
Electrical:
Current Rating:
1 AMP max./contact
Voltage Rating:
250 VAC
Low Level Contact Resistance:
15 milliohms max., initial
30 milliohms max., after cond.
Insulation Resistance:
1000 megohms
Dielectric Withstanding Voltage:
1500 VAC
Capacitance:
1 picofarad max.
Mechanical:
Durability:
50 cycles
Operating Temperature:
-55°C to +105°C
Mating and Unmating Force:
Zero Insertion Force
Lever Actuating Force:
10 lbs. max.
Materials:
Insulator Material:
High temp-thermoplastic
Contact Material:
High performance copper alloy
Contact Finish:
Selective gold plate in contact area over
nickel plate overall, selective 90/10 tin/lead on solder tail
Features & Benefits
■
■
■
■
■
■
■
■
Patented for unique contact torsional force design
Utilizes zero insertion force to protect the processor
from damage during insertion and removal
Offers optional location of actuating lever to aid in board
design
Consists of high performance copper alloy contacts with
selective gold to provide high reliability in all environ-
ments
Compatible with high performance temperature applica-
tions such as IR reflow or vapor phase soldering tech-
niques
Open center design to assist in chip cooling
Contains heat-sink clip features to allow ease in applica-
tion
Alternate actuation handle designs available. Consult
factory for details.
North and South America:
Methode Electronics, Inc. Connector Products
1700 Hicks Road • Rolling Meadows, IL 60008 USA
847-392-3500 • Toll Free: 800-323-6864 • Fax: 847-392-9404
Email: info@methode.com • Web: www.methode.com/connector/index.html
Europe:
Methode Electronics Ireland, Ltd.
Unit H, Crossagalla Business Park, Ballysimon Rd. • Limerick, Ireland
+353 (0) 61 401222 • Fax: +353 (0) 61 401942
Email: info@methode.ie • Web: ireland.methode.com/main.html
Far East:
Methode Electronics Far East, Pte. Ltd.
1 Tuas Lane, Jurong Town • Singapore 638610
65-68615444 • Fax: 65-68614777
Email: sales@methode.com.sg • Web: www.methode.com/mefe/index.html
京公网安备 11010802033920号
Copyright © 2005-2026 EEWORLD.com.cn, Inc. All rights reserved
电子工程世界
