Series 110 / 410 / 510 Sockets for specific applications Solder tail 70 Quad-in-line sockets and staggered (zig-zag) strips are suitable for IC's with staggered double row Dual-in-line type pin patterns. (e.g. NEC, etc…). Double row staggered strips will also accommodate single-inline zig-zag memory packages on high density boards. Display sockets Insertion characteristics: Partially equipped DIL and staggered strips: 4-finger standard Quad-in-line and Display sockets: 6-finger low force Platings 91 93 97 99 Sleeve 5 µm Sn Pb 5 µm Sn Pb 5 µm Sn Pb 5 µm Sn Pb Clip Ordering information Replace 9x with required plating code, e.g. 410-9x-214-10-001 for a 5 µm Sn Pb / 0.75 µm Au becomes 410-93-214-10-001 Pin 0.25 µm Au 0.75 µm Au Goldflash 5 µm Sn Pb Fig. 1 Fig. 2 110-xx-314-10-001 fig. 1 110-xx-314-10-002 fig. 2 110-xx-316-10-003 fig. 3 Partially equipped DIL sockets Insulator body dimensions see page 50 Please consult for versions not shown Fig. 3 110-91-064-01-505 110-93-064-01-505 110-97-064-01-505 110-99-064-01-505 Quad-in-line socket Rockwell packages with 2.22 mm nominal row distance can also be inserted Important: Quad-in-line sockets require a PCB drilling pattern with 2.54 mm centerline distance Staggered zig-zag strips 002 right 001 left 410-xx-214-10-001 left 410-xx-214-10-002 right 410-xx-216-10-001 left 410-xx-216-10-002 right 410-xx-220-10-001 left 410-xx-220-10-002 right 410-xx-224-10-001 left 410-xx-224-10-002 right 410-xx-228-10-001 left 410-xx-228-10-002 right Not stackable A: 18.98 C: 4.94 Not stackable 18.98 4.94 Stackable 21.52 4.94 Stackable 21.52 4.94 Stackable 26.60 4.94 Stackable 26.60 4.94 Stackable 31.68 4.94 Stackable 31.68 4.94 Stackable 36.76 4.94 Stackable 36.76 4.94 510-91-010-01-504101 Fig. 1 510-97-010-01-504101 510-99-010-01-783101 Display sockets for 7 segment displays (1 or 2 digits) 510-91-018-01-504101 510-97-018-01-504101 Fig. 2 510-99-018-01-783101 Fig. 1 Fig. 2