a pplications portable electronics usb otg interfaces video graphics cards notebooks, desktops, and servers portable instrumentation industrial controls peripherals iec compatibility iec61000-4-2 (esd) 15kv (air), 8kv (contact) iec61000-4-4 (eft) 40a (5/50 s) iec61000-4-5 (lightning) 5a (8/20 s ) d fn2510p10 iec61000-4-5 (lightning) 5a (8/20 s ) f eatures 100 watts peak pulse power per line (tp=8/20 s) protects four high speed lines low clamping voltage rohs compliant mechanical characteristics dfn2510p10 (2.5x1.0mm) package molding compound flammability rating : ul 94vo weight 5.0 millgrams (approximate) quantity per reel : 3,000pcs reel size : 7 inch lead finish : lead free pin configuration configuration per line d ata sheet s emiconductor h ttp://www.yeashin.com 1 rev.02 20120403 h YSULCXX04P10
http://www.yeashin.com 2 rev.02 20120403 YSULCXX04P10 device characteristics %"& %"& '$( % a) (pf) (max.) (min.) (ma) (max.) (max.) (@a) (max.) (typ.) electrical characteristics per line (@ 25 unless otherwise specified) v c (8/20us) i r c t i t 304u 3.3 4.0 1 8 1 0.5 v c (8/20us) 7.5 15 100 watts symbol value p pp storage temperature range t stg 55 ~ 150 units peak pulse power (tp=8/20s waveform) t j 55 ~ 150 parameter maximum ratings (@ 25 unless otherwise specified) lead soldering temperature operating temperature range t l 260 (10 sec.) v b part number device marking v rwm ysulc3304p10 ysulc0504p10 504u 5 6.0 1 9.8 18 8 1 0.5
http://www.yeashin.com 3 rev.02 20120403 YSULCXX04P10 transmission line pulse (tlp) is a measurement techniq ue used in the electrostatic discharge (esd) arena to characterize performance attributes of devices un der esd stresses. tlp is able to obtain current ver sus voltage (i ?v) curves in which each data point is obtained wit h a 100 ns long pulse, with currents up to 40 a. tlp was first used in the esd field to study human b ody model (hbm) in integrated circuits, but it is an equally valid tool in the field of system level esd. the applicability of tlp to system level esd is ill ustrated in figure 1, which compares an 8 kv iec 61000 ?4?2 current waveform with tlp current pulses of 8 a nd 16 a. the current levels and time duration for the pulses are similar and the initial rise time for the tlp pul se is comparable to the rise time of the iec 61000?4?2s in itial current spike. this application note will giv e a basic introduction to tlp measurements and explain th e datasheet parameters extracted from tlp for yeashin technologys protection products. comparison of a current waveform of iec 61000?4?2 with tlp pulses at 8 and 16 a. the iec 61000?4?2 esd waveforms is true to the standard and is shown here as captured on an oscilloscope. the points a, b, and c show the points on the waveforms specified in iec 61000?4?2. 4a (tp=100ns) 8a (tp=100ns) ulc0504p10 7.8v(typ.) 9.5v(typ.) ulc3304p10 5.5v(typ.) 8.5v(typ.) transmission line pulse (tlp)
http://www.yeashin.com 4 rev.02 20120403 YSULCXX04P10 package outline & dimensions * soldering footprint
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