This type of PLCC (Plastic Leaded Chip Carrier) adaptor socket allows the removal of the target chip by simply pushing down on the sides of the adaptor housing. They are ideal for development and low-volume production programming applications.

PLCC (Auto Eject Socket)
A001A	PLCC20/20D	9*9	1.27	Lattice 16V8, 16R4
A008A	PLCC28/28D	11.5*11.5	1.27	27C128, PALCE22V10, 20V8	View
SA015A1T	PLCC32/32D	11.5*14.1	1.27	Atmel 27C010,29F040	View
A244	PLCC44/44D	17.5*17.5	1.27	PSD311, 89C51, 27C1024, MACH111, 7032	View
S415*	PLCC52/100D	19.2*19.2	1.27	Motorola 68HC711E9	View
S414*	PLCC68/100D	24.2*24.2	1.27	EP7064, PSD5XX, X9572, 87C552, 68HC711K4	View
S416*	PLCC84/100D	29.3*29.3	1.27	EP7128, MACH435, X95108	View
A647-01	PLCC52/48D	20*20	1.27	Intel 87C196JQ/JR/JT/JV	View
A648-01	PLCC68/40D	24.2*24.2	1.27	Intel 87C196KB/KC/KD	View
A648-02	PLCC68/40D	24.2*24.2	1.27	87C196KR/KQ/KT/KS/JR
A648-03	PLCC68/40D	24.2*24.2	1.27	8796BH/JF, 8797BH/JF
A648-05	PLCC68/40D	24.2*24.2	1.27	87C196CA
A649-01	PLCC84/40D	29.3*29.3	1.27	Intel 87C196MH/MC	View

This type of PLCC (Plastic Leaded Chip Carrier) adaptor features a lid which closes over the target device securing the chip in place during programming. These adaptors are generally better quality than the 'Auto Eject Socket Adaptors' and hence are better suited to volume programming applications.

PLCC (Covered Socket)
S413	PLCC28L/28D	11.5*11.5	1.27	Specific : GAL20V8, PALCE22V10, 2732
S412	PLCC32L/32D	11.5*14.1	1.27	Specific : AMD 27C010, 29F040
S411	PLCC44L/44D	17.5*17.5	1.27	89C52, PSD311, MACH110, E7032, 27C1024
S424*	PLCC52L/100D	19.2*19.2	1.27	68HC711E9
S425C*	PLCC68L/100D	24.2*24.2	1.27	EP7064, PSD5XX, X9572, 87C552, 68HC711K4
S426*	PLCC84L/100D	29.3*29.3	1.27	EP7128, MACH435, X95108

These adaptors are designed for special pin conversions for specific DIP (Dual-in-line) devices:

DIP/SDIP
A025	SDIP24/24D	6.4*23	1.78	SAMSUNG S3C9414
A022A	SDIP28/28D	14.8	1.78	Toshiba 47P241VN-528
A028	SDIP42/42D	14.8	1.78	TOSHIBA/87	View
S400	DIP48/48D	14.8	2.54	Standard Socket for Superpro680
S600*	SDIP64/100D	14.8	1.78	Intel 87C196MC	View
A641	SDIP30/30D	13.9	1.78	GMS81504T, AT49F8192
S627*	SDIP56/56D	14.8	1.78	Infineon SAB-C540U-1EP / C541U-1EP
S651	SDIP64/40D	14.8	1.78	Specific : Intel 87C196MH / MC

These adaptors are designed for programming devices in a PGA package:

PGA
612A*	PGA68/68D	28*28	2.50	INTEL 87C196MC	View
612A-04	PGA68/40D	28*28	2.50	INTEL 8797BH/JF
A667	PGA121/121D		2.54	ACT F512K32

These adaptors are suitbale for programming devices in a BGA (Ball Grid Array) package:

BGA
A634	uBGA48/48	7.58*9.81	0.75	Flash INTEL 28F160B3 / 320B3	View
A644-25	uBGA96/48D	7.7*9	0.75	Intel RD28F320W18	View
A644-28	uBGA96/48D	7.7*9	0.75	Intel 28F320 / 640J5
A642-23	BGA96/48D	8*12	0.8	RD28F1602 / 3204C3
A642-24	BGA96/48D	8*12	0.8	FUJITSU MB84VD2218XA
A642-25	BGA96/48D	8*12	0.8	MT28C2112P2FL
A642-26	BGA96/48D	8*12	0.8	AMD AM29DL322 / 323C
A642-29	BGA96/48D	8*12	0.8	SHARP LH28F640BFHP
A642-30	BGA96/48D	8*12	0.8	Micron MT28C6428P20T/B
A642-32	BGA96/48D	8*12	0.8	AMD AM41DL6408G
A642-39	BGA96/48D	8*12	0.8	AMD AM50DL128G
A642-41A	BGA96/48D	8*12	0.8	Intel RD28F6408 / 1604 / 3408J3A
A642-43	BGA96/48D	8*12	0.8	AMD AM29BDS640G
A642-52	BGA96/48D	8*12	0.8	SHARP LRS1826A / 1829
A655-27	BGA96/48D	10*13	1.00	Intel 28F320 / 640J3A	View
A655-37	BGA96/48D	10*13	1.00	Intel RC28F160 / 320 / 128C3
A655-38	BGA96/48D	10*13	1.00	AMD AM29LV642D
A655-40	BGA96/48D		1.00	AMD AM29DL640G
A655-44	BGA96/48D	10*13	1.00	AMD AM29LV641MH

The Xeltek 3000U programmer can be upgraded using a Pin-Driver Module (PEP) so that it can drive up to 100 programming pins on the Target Chip. This allows the programmer to program devices with high pin counts.