5.0 to 220 Volts DEVICES FOR BIPOLAR APPLICATIONS

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1 SURFACE MUNT TRANSIENT VLTAGE SURESSR WER Watts STAND-FF VLTAGE. to 2 Volts FEATURES For surface mounted applications in order to optimize board space. Low profile package Built-in strain relief Glass passivated junction Low inductance lastic package has Underwriters Laboratory Flammability Classification 94V- High temperature soldering : 26 C / seconds at terminals Lead free in comply with EU RoHS 2/9/EC directives.62(6).47().181(4.6).17(4.).114(9).98() ( 3) 6(.) MECHANICAL DATA Case: JEDEC D-214AC,Molded plastic over passivated junction Terminals: Solder plated,solderable per MIL-STD-7, Method 26 olarity: Color band denotes cathode end Standard ackaging: mm tape (EIA-481) Weight:.2 ounce,.64 gram.6(2).3(.76).8(.3).2(.1).8(.28).188(4.8) DEVICES FR LAR ALICATINS For Bidirectional use C or CA Suffix for types 4SMAJ. thru types 4SMAJ2. Electrical characteristics apply in both directions. MAXIMUM RATINGS AND ELECTRICAL CHARACTERISTICS Ratings at 2 C ambient temperature unless otherwise specified. Rating Symbol Value Units ulse ower Dissipation on T = 2 C (Notes 1,2,, Fig.1) A M 4 Watts Forward Surge per Fig. (Note 3) I S M F 4 Amps ulse on /μs waveform(note 1)Fig. 2 I M see Table 1 Amps Typical Thermal Resistance Junction to Air (NTE 2) R θja 7 C / W perating Junction and Storage Temperature Range T J,T TG S to +1 - C NTES: Non-repetitive current pulse, per Fig.3 and derated above T A = 2 C per Fig. Mounted on.mm 2 copper pads to each terminal. 8.3ms single half sine-wave, or equivalent square wave, duty cycle = 4 pulses per minutes maximum. 4. Lead temperature at 7 C = T L.. pulse power waveform is /μs. STAD-SE.18 AGE. 1

2 U N I art Number W Transient Stand-off VRWM Breakdown I T M i n. Max. Test IT Leakage I UNI Max. Clamp ulse V V V ma μ A μ A V A U N I Suppressor I Marking Code 4SMAJ. 4SMAJ.A 4SMAJ 4SMAJA 4SMAJ 4SMAJA 4SMAJ7. 4SMAJ7.A 4SMAJ7. 4SMAJ7.A 4SMAJ8. 4SMAJ8.A 4SMAJ8. 4SMAJ8.A 4SMAJ 4SMAJA 4SMAJ 4SMAJA 4SMAJ11 4SMAJ11A 4SMAJ 4SMAJA 4SMAJ13 4SMAJ13A 4SMAJ14 4SMAJ14A 4SMAJ1 4SMAJ1A 4SMAJ16 4SMAJ16A 4SMAJ17 4SMAJ17A 4SMAJ18 4SMAJ18A 4SMAJ 4SMAJA 4SMAJ22 4SMAJ22A 4SMAJ24 4SMAJ24A 4SMAJ26 4SMAJ26A 4SMAJ28 4SMAJ28A 4SMAJ3 4SMAJ3A 4SMAJ33 4SMAJ33A 4SMAJ36 4SMAJ36A 4SMAJ 4SMAJA 4SMAJ.C HD 4SMAJ.CA HE 4SMAJC HF 4SMAJCA HG 4SMAJC HH 4SMAJCA HK 4SMAJ7.C HL 4SMAJ7.CA HM 4SMAJ7.C HN 4SMAJ7.CA H 4SMAJ8.C HQ 4SMAJ8.CA HR 4SMAJ8.C HS 4SMAJ8.CA HT 4SMAJC HU 4SMAJCA HV 4SMAJC HW 4SMAJCA HX 4SMAJ11C HY 4SMAJ11CA HZ 4SMAJC ID 4SMAJCA IE 4SMAJ13C IF 4SMAJ13CA IG 4SMAJ14C IH 4SMAJ14CA IK 4SMAJ1C IL 4SMAJ1CA IM 4SMAJ16C IN 4SMAJ16CA I 4SMAJ17C IQ 4SMAJ17CA IR 4SMAJ18C IS 4SMAJ18CA IT 4SMAJC IU 4SMAJCA IV 4SMAJ22C IW 4SMAJ22CA IX 4SMAJ24C IY 4SMAJ24CA IZ 4SMAJ26C JD 4SMAJ26CA JE 4SMAJ28C JF 4SMAJ28CA JG 4SMAJ3C JH 4SMAJ3CA JK 4SMAJ33C JL 4SMAJ33CA JM 4SMAJ36C JN 4SMAJ36CA J 4SMAJC JQ 4SMAJCA JR TD TE TF TG TH TK TL TM TN T TQ TR TS TT TU TV TW TX TY TZ UD UE UF UG UH UK UL UM UN U UQ UR US UT UU UV UW UX UY UZ VD VE VF VG VH VK VL VM VN V VQ VR STAD-SE.18 AGE. 2

3 U N I art Number W Transient Stand-off VRWM Breakdown I T M i n. Max. Test IT Leakage I UNI Max. Clamp ulse V V V ma μ A μ A V A U N I Suppressor I Marking Code 4SMAJ43 4SMAJ43A 4SMAJ4 4SMAJ4A 4SMAJ48 4SMAJ48A 4SMAJ1 4SMAJ1A 4SMAJ4 4SMAJ4A 4SMAJ8 4SMAJ8A 4SMAJ6 4SMAJ6A 4SMAJ64 4SMAJ64A 4SMAJ7 4SMAJ7A 4SMAJ7 4SMAJ7A 4SMAJ78 4SMAJ78A 4SMAJ8 4SMAJ8A 4SMAJ9 4SMAJ9A 4SMAJ 4SMAJA 4SMAJ1 4SMAJ1A 4SMAJ1 4SMAJ1A 4SMAJ13 4SMAJ13A 4SMAJ1 4SMAJ1A 4SMAJ16 4SMAJ16A 4SMAJ17 4SMAJ17A 4SMAJ18 4SMAJ18A 4SMAJ19 4SMAJ19A 4SMAJ 4SMAJA 4SMAJ2 4SMAJ2A 4SMAJ2 4SMAJ2A 4SMAJ43C JS 4SMAJ43CA JT 4SMAJ4C JU 4SMAJ4CA JV 4SMAJ48C JW 4SMAJ48CA JX 4SMAJ1C JY 4SMAJ1CA JZ 4SMAJ4C RD 4SMAJ4CA RE 4SMAJ8C RF 4SMAJ8CA RG 4SMAJ6C RH 4SMAJ6CA RK 4SMAJ64C RL 4SMAJ64CA RM 4SMAJ7C RN 4SMAJ7CA R 4SMAJ7C RQ 4SMAJ7CA RR 4SMAJ78C RS 4SMAJ78CA RT 4SMAJ8C RU 4SMAJ8CA RV 4SMAJ9C RW 4SMAJ9CA RX 4SMAJC RY 4SMAJCA RZ 4SMAJ1C SD 4SMAJ1CA SE 4SMAJ1C SF 4SMAJ1CA SG 4SMAJ13C SH 4SMAJ13CA SK 4SMAJ1C SL 4SMAJ1CA SM 4SMAJ16C SN 4SMAJ16CA S 4SMAJ17C SQ 4SMAJ17CA SR 4SMAJ18C SS 4SMAJ18CA ST 4SMAJ19C SU 4SMAJ19CA SV 4SMAJC SW 4SMAJCA SX 4SMAJ2C SY 4SMAJ2CA SZ 4SMAJ2C GD 4SMAJ2CA GE VS VT VU VV VW VX VY VZ WD WE WF WG WH WK WL WM WN W WQ WR WS WT WU WV WW WX WY WZ XD XE XF XG XH XK XL XM XN X XQ XR YS YT YU YV YW YX YY YZ ZD ZE STAD-SE.18 AGE. 3

4 ,EAK ULSE FRWARD,KW M.1.1 Mounted on.mm Copper Land Areas Non-Repetitve ulse Wavefom Shown in Figure.3 T A = 2 C EAK ULSE WER ( ) R CURRENT (I ) DERATING IN ERCENTAGE % td,ulse WIDTH, micro sec T A,AMENT TEMERATURE, C Fig.1 EAK ULSE WER RATING CURVE Fig.2 DERATING CURVE I,EAK ULSE CURRENT,% M 1 td tf = usec Value Ippm Half Value-Ipp 2 4. T,TIME,ms T A = 2 C ulse Width (td) is Defined as the oint where the Decayst to % of Ipp / sec Waveform as Defined bye R.E.A. u e-kt CJ,CAACITANCE,pF, 1, Measured a t Sta n d - ff Vo lta ge (V RWM) Tj= 2 C f= MHZ Vsig = mvp -p Measured a t Zero Bia s Fig.3 ULSE WAVEFRM. I,EAK FRWARD SURGE CURRENT, AMERES FSM 3 1 T=Tmax J J 8.3ms Single Half SinepWave JEDEC Method 2 4 V( RWM), REVERSE STAND-FF VLTAGE, VLTS Fig.4 TYICAL JUNCTIN CAACITANCE NUMBER F CYCLES AT 6Hz Fig. MAXIMUM NN-REETITIVE EAK FRWARD SURGE CURRENT STAD-SE.18 AGE. 4

5 MUNTING AD LAYUT RDER INFRMATIN acking information T/R - 7.K per 13" plastic Reel T/R - 8Kper 7 plastic Reel LEGAL STATEMENT Copyright anjit International, Inc The information presented in this document is believed to be accurate and reliable. The specifications and information herein are subject to change without notice. an Jit makes no warranty, representation or guarantee regarding the suitability of its products for any particular purpose. an Jit products are not authorized for use in life support devices or systems. an Jit does not convey any license under its patent rights or rights of others. STAD-SE.18 AGE.