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I would try to use a PLCC52 socket from Seltronics

http://www.seltronics.de/wb267/

Translation

Version A (left) Angled SMT connectors with a large soldering surface ensure high pull-off forces. The mating side is for PLCC sockets in JEDEC packages.

Version B (right) For soldering to circuit boards using SMT technology. The pins on the soldering side are flat.

Technical specifications:

Contact pin: Thermally cracked brass, 0.2 μm gold-plated

Insulator: Glass-fiber-reinforced thermoplastic polyester, self-extinguishing according to UL 94 V-0

Mating cycles: > 500

Operating voltage: 100 VRMS

Test voltage: > 600 VRMS

Contact to contact

Insulation resistance: > 5 x 1010 Ω

Current carrying capacity: 3 A per contact

Temperature range: -55 to +125°C Soldering resistance: 260°C, 10 sec. 215°C, 2 min.

I would try to use a PLCC52 socket from Seltronics

http://www.seltronics.de/wb267/

Translation

Version A (left) Angled SMT connectors with a large soldering surface ensure high pull-off forces. The mating side is for PLCC sockets in JEDEC packages.

Version B (right) For soldering to circuit boards using SMT technology. The pins on the soldering side are flat.

Technical specifications:

Contact pin: Thermally cracked brass, 0.2 μm gold-plated

Insulator: Glass-fiber-reinforced thermoplastic polyester, self-extinguishing according to UL 94 V-0

Mating cycles: > 500

Operating voltage: 100 VRMS

Test voltage: > 600 VRMS

Contact to contact insulation resistance: > 50 GΩ

Current carrying capacity: 3 A per contact

Temperature range: -55 to +125°C Soldering resistance: 260°C, 10 sec. 215°C, 2 min.

I would try to use a PLCC52 socket from Seltronics

http://www.seltronics.de/wb267/

Translation

Version A (left) Angled SMD connectors with a large soldering surface ensure high pull-off forces. The mating side is for PLCC sockets in JEDEC packages.

Version B (right) For soldering to circuit boards using SMD technology. The pins on the soldering side are flat.

Technical specifications: Contact pin: Thermally cracked brass, 0.2 μm gold-plated

Insulator: Glass-fiber-reinforced thermoplastic polyester, self-extinguishing according to UL 94 V-0

Mating cycles: > 500

Operating voltage: 100 VRMS

Test voltage: > 600 VRMS

Contact to contact

Insulation resistance: > 5 x 1010 Ω

Current carrying capacity: 3 A per contact

Temperature range: -55 to +125°C Soldering resistance: 260°C, 10 sec. 215°C, 2 min.

I would try to use a PLCC52 socket from Seltronics

http://www.seltronics.de/wb267/

Translation

Version A (left) Angled SMT connectors with a large soldering surface ensure high pull-off forces. The mating side is for PLCC sockets in JEDEC packages.

Version B (right) For soldering to circuit boards using SMT technology. The pins on the soldering side are flat.

Technical specifications:

Contact pin: Thermally cracked brass, 0.2 μm gold-plated

Insulator: Glass-fiber-reinforced thermoplastic polyester, self-extinguishing according to UL 94 V-0

Mating cycles: > 500

Operating voltage: 100 VRMS

Test voltage: > 600 VRMS

Contact to contact

Insulation resistance: > 5 x 1010 Ω

Current carrying capacity: 3 A per contact

Temperature range: -55 to +125°C Soldering resistance: 260°C, 10 sec. 215°C, 2 min.

I would try to use a PLCC52 socket from Seltronics

http://www.seltronics.de/wb267/

I would try to use a PLCC52 socket from Seltronics

http://www.seltronics.de/wb267/

Translation

Version A (left) Angled SMD connectors with a large soldering surface ensure high pull-off forces. The mating side is for PLCC sockets in JEDEC packages.

Version B (right) For soldering to circuit boards using SMD technology. The pins on the soldering side are flat.

Technical specifications: Contact pin: Thermally cracked brass, 0.2 μm gold-plated

Insulator: Glass-fiber-reinforced thermoplastic polyester, self-extinguishing according to UL 94 V-0

Mating cycles: > 500

Operating voltage: 100 VRMS

Test voltage: > 600 VRMS

Contact to contact

Insulation resistance: > 5 x 1010 Ω

Current carrying capacity: 3 A per contact

Temperature range: -55 to +125°C Soldering resistance: 260°C, 10 sec. 215°C, 2 min.