Littelfuse P35 fiche technique

No.	Partie #	Fabricant	Description
1	V10P35P	Littelfuse	Metal-Oxide Varistors • Breakthrough in low • High operating voltage varistor design temperature range provides high peak (up to up to 125ºC (phenolic 10KA) surge current rating coating option) • Reduced footprint and • 5 model sizes available: volume required for
2	V14P35P	Littelfuse	Metal-Oxide Varistors • Breakthrough in low • High operating voltage varistor design temperature range provides high peak (up to up to 125ºC (phenolic 10KA) surge current rating coating option) • Reduced footprint and • 5 model sizes available: volume required for
3	V20P35P	Littelfuse	Metal-Oxide Varistors • Breakthrough in low • High operating voltage varistor design temperature range provides high peak (up to up to 125ºC (phenolic 10KA) surge current rating coating option) • Reduced footprint and • 5 model sizes available: volume required for
4	V07P35P	Littelfuse	Metal-Oxide Varistors • Breakthrough in low • High operating voltage varistor design temperature range provides high peak (up to up to 125ºC (phenolic 10KA) surge current rating coating option) • Reduced footprint and • 5 model sizes available: volume required for
5	P3504UCMC	Littelfuse	SIDACtor Protection Thyristors and Beneﬁts t Low voltage overshoot t Low on-state voltage t Does not degrade with use t Fails short circuit when surged in excess of ratings t Two-pair protection t 40% lower capacitance than our Baseband Protectors, for applications that dem
6	V05P35P	Littelfuse	Metal-Oxide Varistors • Breakthrough in low • High operating voltage varistor design temperature range provides high peak (up to up to 125ºC (phenolic 10KA) surge current rating coating option) • Reduced footprint and • 5 model sizes available: volume required for
7	V20P35AUTO	Littelfuse	Metal-Oxide Varistors a wide VDC voltage range from 16V to 825V. Features • Breakthrough in low voltage varistor design provides high peak surge current rating • Phenolic and Silicone coating meet the stringent quality requirements of AEC-Q200 (Table 10) • Reduced foo
8	V10P35AUTO	Littelfuse	Metal-Oxide Varistors a wide VDC voltage range from 16V to 825V. Features • Breakthrough in low voltage varistor design provides high peak surge current rating • Phenolic and Silicone coating meet the stringent quality requirements of AEC-Q200 (Table 10) • Reduced foo
9	V07P35AUTO	Littelfuse	Metal-Oxide Varistors a wide VDC voltage range from 16V to 825V. Features • Breakthrough in low voltage varistor design provides high peak surge current rating • Phenolic and Silicone coating meet the stringent quality requirements of AEC-Q200 (Table 10) • Reduced foo
10	V05P35AUTO	Littelfuse	Metal-Oxide Varistors a wide VDC voltage range from 16V to 825V. Features • Breakthrough in low voltage varistor design provides high peak surge current rating • Phenolic and Silicone coating meet the stringent quality requirements of AEC-Q200 (Table 10) • Reduced foo
11	P3500GBLRP	Littelfuse	SIDACtor Protection Thyristors and Beneﬁts t Low voltage overshoot t Low on-state voltage t Does not degrade with use t Fails short circuit when surged in excess of ratings t Low Capacitance Applicable Global Standards t TIA-968-A t TIA-968-B t ITU K.20/21 Enhanced Leve
12	P3500GALRP	Littelfuse	SIDACtor Protection Thyristors and Beneﬁts t Low voltage overshoot t Low on-state voltage t Does not degrade with use t Fails short circuit when surged in excess of ratings t Low Capacitance Applicable Global Standards t TIA-968-A t TIA-968-B t ITU K.20/21 Enhanced Leve
13	P3500ECMC	Littelfuse	SIDACtor Protection Thyristors and Beneﬁts t Low voltage overshoot t Low on-state voltage t Does not degrade with use t Fails short circuit when surged in excess of ratings t 40% lower capacitance than our Baseband Protectors, for applications that demand greater signal inte
14	P3500SALRP	Littelfuse	SIDACtor Protection Thyristors and Benefits ■ Low voltage overshoot ■ Low on-state voltage ■ Does not degrade in capability after multiple surge events within limit. ■ Low capacitance ■ Fails short circuit when surged in excess of ratings ■ Pb-free E3 means 2nd level interconnec
15	SDP3500Q38B	Littelfuse	SIDACtor Protection Thyristors and Beneﬁts t$PNQBUJCMFXJUI7%4- (30MHz) t#BMBODFEPWFSWPMUBHF protection t-PXEJTUPSUJPO t-PXJOTFSUJPOMPTT t-PXQSPmMF t4NBMM40GPPUQSJOU t'BJMTTIPSUDJSDVJUXIFO surged in excess of ratings
16	SP3522	Littelfuse	TVS Diode Arrays • ESD, IEC 61000-4-2, ±22kV contact, ±22kV air • EFT, IEC 61000-4-4, 40A (tP=5/50ns) • Lightning, IEC 610004-5, 2nd edition, 2.5A (tP=8/20μs) • Low capacitance of 0.15pF (TYP) at 3GHz • Low profile 0201
17	V14P35AUTO	Littelfuse	Metal-Oxide Varistors a wide VDC voltage range from 16V to 825V. Features • Breakthrough in low voltage varistor design provides high peak surge current rating • Phenolic and Silicone coating meet the stringent quality requirements of AEC-Q200 (Table 10) • Reduced foo
18	P3500SCMCLRP	Littelfuse	SIDACtor Protection Thyristors and Benefits • Low voltage overshoot • Low on-state voltage • Does not degrade surge capability after multiple surge events within limit. • 40% lower capacitance than our Baseband Protectors, for applications that demand greater signal integrity
19	P3500Q22CLRP	Littelfuse	SIDACtor Protection Thyristors and Beneﬁts t-PXQSPGJMF t4NBMMGPPUQSJOU tLow capacitance tLow voltage overshoot tLow on-state voltage tDoes not degrade with use tFails short circuit when surged in excess of ratings Applicable Global Standards t5"" t5"#
20	P3500Q12BLRP	Littelfuse	SIDACtor Protection Thyristors