PLCC ( Thru-Hole )
Plastic Leaded Chip Carrier Sockets
Description
PLCC ( Thru-Hole )
Plastic Leaded Chip Carrier Sockets
- Accepts JEDEC PLCC's - MO-047AA-AH and MO-052 AE.
- Visual aids for registration.
- Holes for drainage
- Standoffs provide clearance for heat dissipation and cleaning.
- Internal standoffs insure proper positioning of chip carrier in socket.
- Easy access for probing installed chip carrier.
STANDARD PARTS | DIMENSIONS |
PART NUMBER | NO. OF CONTACTS | A (SQ.) | B (SQ.) | C (SQ.) |
PLCC020TFANS | 20 | .613 (15.57) | .200 (5.08) | .400 (10.16) |
PLCC028TFANS | 28 | .720 (18.29) | .300 (7.62) | .500 (12.70) |
PLCC032TFANS | 32 | SEE BELOW |
PLCC044TFANS | 44 | .920 (23.37) | .500 (12.70) | .700 (17.78) |
PLCC052TFANS | 52 | 1.020 (25.91) | .600 (15.24) | .800 (20.32) |
PLCC068TFANS | 68 | 1.220 (30.99) | .800 (20.32) | 1.000 (25.40) |
PLCC084TFANS | 84 | 1.420 (36.07) | 1.000 (25.40) | 1.200 (30.48) |
PLCC100TFANS | 100 | 1.660 (42.16) | 1.200 (30.48) | 1.400 (35.56) |
M32 Position Rectangular |
A | B | C |
LONG SIDE | SHORT SIDE | LONG SIDE | SHORT SIDE | LONG SIDE | SHORT SIDE |
.820 (20.83) | .722 (18.29) | .400 (10.16) | .300 (7.62) | .600 (15.24) | .500 (12.70) |
ORDERING INFORMATION
PLCC | 020 | TL | ANS |
Series | No. of Positions | Plating of Leads | Thru-HoIe |
| 020 | TL - Tin Lead 150µ" (3.80µm) | |
| 028 | Tf - Tin 150µ" (3.80µm) | |
| 032(RECT) | | |
| 044 | | |
| 052 | | |
| 068 | | |
| 084 | | |
| 100 | | |
Material Specifications :
- Contact - Phosphor Bronze
- Insulator
- PPS, Polyphenylene Sulfide, Rated UL 94V-O, Suitable for Vapor Phase, IR Soldering
- PBT polyster, Polyburtylene Terephtalare, Rated UL 94V-O, Wave soldering.
- Contact PIating - Tin Lead (90/10) 150µ" (3.80µm) over 50µ" (1.27µm) Nickel
Performance Specifications :
- Current Rating - 1 ampere maximum
- Dielectric Withstanding Voltage - 600 VAC
- Insulation Resistance - 10,000 megohms minimum
- Operating Temperature - -55° C to 105° C
- Capacitance - 1 picofarad maximum
- Durability - 25 cycles minimum
- Contact Resistance - 30 milliohms maximum