Rev. September Product dt. Product profile. Description Pssivted trics in conventionl nd surfce mounting pckges. Intended for use in pplictions requiring high bidirectionl trnsient nd blocking voltge cpbility. Avilble in rnge of gte current sensitivities for optimum performnce. Product vilbility: Z3MA; Z3NA; Z7MA; Z7NA; Z9MA; Z9NA in SOT54B Z3MN; Z3NN; Z7MN; Z7NN; Z9MN; Z9NN in SOT3.. Fetures Blocking voltge to 8 V (NA nd NN types) A on-stte RMS current..3 Applictions Home pplinces Fn controllers Smll motor control Smll lods in industril process control.. Pinning informtion Tble : Pinning - SOT54B (TO-9), SOT3, simplified outline nd symbol Pin Description Simplified outline Symbol terminl (T) gte (G) SOT54B (TO-9) 4 3 terminl (T) terminl (T) SOT3 terminl (T) 3 gte (G) 4 terminl (T) 3 MSB33 3 Top view MSB - T T G MBL3 SOT54B (TO-9) SOT3
3. Ordering informtion 4. Limiting vlues 3. Ordering options Tble : Ordering informtion Prt Number Voltge (V DRM ) Gte Sensitivity (I GT ) Pckge Z3MA 6 V 3 ma SOT54B (TO-9) Z3NA 8 V 3 ma SOT54B (TO-9) Z7MA 6 V 5 ma SOT54B (TO-9) Z7NA 8 V 5 ma SOT54B (TO-9) Z9MA 6 V ma SOT54B (TO-9) Z9NA 8 V ma SOT54B (TO-9) Z3MN 6 V 3 ma SOT3 Z3NN 8 V 3 ma SOT3 Z7MN 6 V 5 ma SOT3 Z7NN 8 V 5 ma SOT3 Z9MN 6 V ma SOT3 Z9NN 8 V ma SOT3 Tble 3: Limiting vlues In ccordnce with the Absolute Mximum Rting System (IEC 634). Symbol Prmeter Conditions Min Mx Unit V DRM repetitive pek off-stte voltge 5 C T j 5 C Z3/7/9MA; Z3/7/9MN - 6 V Z3/7/9NA; Z3/7/9NN - 8 V V RRM repetitive pek reverse voltge 5 C T j 5 C Z3/7/9MA; Z3/7/9MN - 6 V Z3/7/9NA; Z3/7/9NN - 8 V I TSM non-repetitive pek on-stte current full sine wve; T j = 5 C prior to surge; Figure nd Figure 3 t=ms - 8 A t = 6.7 ms - 8.5 A I T(RMS) RMS on-stte current ll conduction ngles; Figure 4 SOT3 T sp =9 C - A SOT54B (TO-9) T led =5 C - A I t I t for fusing t = ms -.35 A s di T /dt rte of rise of on-stte current I TM =. A; I G =xi GT ; di G /dt = ma/µs - A/µs I GM pek gte current t p =µs -. A P GM pek gte power -. W P G(AV) verge gte power over ny ms period -. W T stg storge temperture 4 +5 C T j junction temperture 4 +5 C 9397 75 Koninklijke Philips Electronics N.V.. All rights reserved. Product dt Rev. September of
.6 399 3 P tot (W). α α α = 8 I TSM (A) 8 9 6.8 6 3 4.4.4.8. I T(RMS) (A) 3 n α = conduction ngle n = number of cycles t f = 5 Hz Fig. Mximum on-stte power dissiption s function of RMS on-stte current; typicl vlues. Fig. Mximum permissible non-repetitive pek on-stte current s function of number of cycles for sinusoidl currents; typicl vlues. 37. 3 I TSM (A) δi T /δt limit I T(RMS) (A).8 SOT54B (T led ) SOT3 (T sp ).4 - -5-4 -3 t s (s) - 5 5 T led, T sp ( C) Fig 3. Mximum permissible non-repetitive pek on-stte current s function of surge durtion for sinusoidl currents; typicl vlues. Fig 4. Mximum permissible RMS on-stte current s function of led temperture nd solder point temperture; typicl vlues. 9397 75 Koninklijke Philips Electronics N.V.. All rights reserved. Product dt Rev. September 3 of
5. Therml chrcteristics Tble 4: Therml chrcteristics Symbol Prmeter Conditions Min Typ Mx Unit R th(j-sp) therml resistnce from junction to solder Figure 5 - - 5 K/W point for SOT3 R th(j-led) therml resistnce from junction to led for Figure 5 - - 6 K/W SOT54B (TO-9) R th(j-) therml resistnce from junction to mbient SOT3 minimum footprint; mounted on PCB - 6 - K/W SOT54B (TO-9) verticl in free ir - 5 - K/W 5. Trnsient therml impednce 36 SOT3 - - SOT54B -3-4 -5-4 -3 - - t 3 p (s) = Z th( j led) --------------------------- R th( j led) for SOT54B (TO-9) Fig 5. Z = th( j sp) ---------------------- for SOT3 R th( j sp) Trnsient therml impednce from junction to led nd junction to solder point s function of pulse durtion. 9397 75 Koninklijke Philips Electronics N.V.. All rights reserved. Product dt Rev. September 4 of
6. Chrcteristics Tble 5: Chrcteristics T j =5 C unless otherwise specified. Symbol Prmeter Conditions Min Typ Mx Unit Sttic chrcteristics I GT gte trigger current V D =V; R L =3Ω; T+ G+; T+ G ; T G ; Z3MA/MN/NA/NN Figure 9 - - 3 ma Z7MA/MN/NA/NN - - 5 ma Z9MA/MN/NA/NN - - ma Z3MA/MN/NA/NN V D = V; R L =3Ω; T G+; Figure 9 - - 5 ma Z7MA/MN/NA/NN - - 7 ma Z9MA/MN/NA/NN - - ma I L ltching current V D =V; R L =3Ω; T+ G+; T G ; T G+; Z3MA/MN/NA/NN Figure 7 - - 7 ma Z7MA/MN/NA/NN - - ma Z9MA/MN/NA/NN - - 5 ma Z3MA/MN/NA/NN V D =V; R L =3Ω; T+ G ; Figure 7 - - 5 ma Z7MA/MN/NA/NN - - ma Z9MA/MN/NA/NN - - 5 ma I H holding current I T =5mA;Figure 8 Z3MA/MN/NA/NN - - 7 ma Z7MA/MN/NA/NN - - ma Z9MA/MN/NA/NN - - ma V T on-stte voltge Figure 6 -.3.6 V V GT gte trigger voltge V D =V; R L =3Ω; T j =5 C; Figure - -.3 V V D =V DRM ; R L = 3.3 kω; T j = 5 C; Figure. - - V I D off-stte lekge current V D =V DRM(mx) ; V R =V RRM(mx); T j = 5 C - - 5 µa Dynmic chrcteristics dv D /dt criticl rte of rise of off-stte voltge V D =.67 V DRM(mx) ; T j = C; exponentil wveform; gte open; Figure Z3MA/MN/NA/NN - - V/µs Z7MA/MN/NA/NN - - V/µs Z9MA/MN/NA/NN 5 - - V/µs dv com /dt criticl rte of chnge of commutting voltge V D = 4 V; I T = A; T j = C; di com /dt =.44 A/ms; gte open Z3MA/MN/NA/NN.5 - - V/µs Z7MA/MN/NA/NN - - V/µs Z9MA/MN/NA/NN - - V/µs 9397 75 Koninklijke Philips Electronics N.V.. All rights reserved. Product dt Rev. September 5 of
8 3 3 33 I T (A) 6 5 C typ 4 5 C mx 5 C mx 3 V T (V) -5 5 5 T j ( C) = I L ------------------ I L5C ( ) Fig 6. On-stte current s function of on-stte voltge; typicl nd mximum vlues. Fig 7. Normlized ltching current s function of junction temperture; typicl vlues. 3 34 4 3 T+ G+ T+ G- T- G+ T- G- 35-5 5 5 T j ( C) -5 5 5 T j ( C) Fig 8. I H I = ------------------- = GT ---------------------- I I H ( 5 C ) GT ( 5 C ) Normlized holding current s function of junction temperture; typicl vlues. Fig 9. Normlized gte trigger current s function of junction temperture; typicl vlues. 9397 75 Koninklijke Philips Electronics N.V.. All rights reserved. Product dt Rev. September 6 of
.6 38.6 39...8.8.4.4 5 5 T j ( C) -5 5 5 T j ( C) dv D dt V = ---------------------------------- = GT ------------------------ dv D5 C ( ) dt V GT ( 5 C ) Fig. Normlized criticl rte of rise of off-stte voltge s function of junction temperture; typicl vlues. Fig. Normlized gte trigger voltge s function of junction temperture; typicl vlues. 9397 75 Koninklijke Philips Electronics N.V.. All rights reserved. Product dt Rev. September 7 of
7. Pckge outline Plstic single-ended leded (through hole) pckge; 3 leds SOT54B c E d A L b D e e 3 b L.5 5 mm scle DIMENSIONS (mm re the originl dimensions) UNIT A b b mx c D d E e e L L () mm 4.8 4.4.45.36.48.43.33 4.7 4.5.7.4 3.7 3.4.54.7 5..7.55.45 Note. Terminl dimensions within this zone re uncontrolled to llow for flow of plstic nd terminl irregulrities. OUTLINE VERSION REFERENCES IEC JEDEC JEITA EUROPEAN PROJECTION ISSUE DATE SOT54B TO-9 --9 Fig. SOT54B (TO-9). 9397 75 Koninklijke Philips Electronics N.V.. All rights reserved. Product dt Rev. September 8 of
Plstic surfce mounted pckge; collector pd for good het trnsfer; 4 leds SOT3 D B E A X c y H E v M A b 4 Q A A 3 L p e b p w M B detil X e 4 mm scle DIMENSIONS (mm re the originl dimensions) UNIT A A b p b c D E e e H E L p Q v w y mm.8.5...8.6 3..9.3. 6.7 6.3 3.7 3.3 4.6.3 7.3 6.7..7.95.85... OUTLINE VERSION REFERENCES IEC JEDEC EIAJ EUROPEAN PROJECTION ISSUE DATE SOT3 SC-73 97--8 99-9-3 Fig 3. SOT3. 9397 75 Koninklijke Philips Electronics N.V.. All rights reserved. Product dt Rev. September 9 of
8. Revision history Tble 6: Revision history Rev Dte CPCN Description 9 Product dt; supersedes dt of April Tble 5 Chrcteristics Addition of dv com /dt dt. Correction to dv D /dt dt 4 - Product dt; initil version (9397 75 949) 9397 75 Koninklijke Philips Electronics N.V.. All rights reserved. Product dt Rev. September of
9. Dt sheet sttus Dt sheet sttus [] Product sttus [] Definition Objective dt Development This dt sheet contins dt from the objective specifiction for product development. Philips Semiconductors reserves the right to chnge the specifiction in ny mnner without notice. Preliminry dt Qulifiction This dt sheet contins dt from the preliminry specifiction. Supplementry dt will be published t lter dte. Philips Semiconductors reserves the right to chnge the specifiction without notice, in order to improve the design nd supply the best possible product. Product dt Production This dt sheet contins dt from the product specifiction. Philips Semiconductors reserves the right to mke chnges t ny time in order to improve the design, mnufcturing nd supply. Chnges will be communicted ccording to the Customer Product/Process Chnge Notifiction (CPCN) procedure SNW-SQ-65A. [] Plese consult the most recently issued dt sheet before inititing or completing design. [] The product sttus of the device(s) described in this dt sheet my hve chnged since this dt sheet ws published. The ltest informtion is vilble on the Internet t URL http://www.semiconductors.philips.com.. Definitions. Disclimers Short-form specifiction The dt in short-form specifiction is extrcted from full dt sheet with the sme type number nd title. For detiled informtion see the relevnt dt sheet or dt hndbook. Limiting vlues definition Limiting vlues given re in ccordnce with the Absolute Mximum Rting System (IEC 634). Stress bove one or more of the limiting vlues my cuse permnent dmge to the device. These re stress rtings only nd opertion of the device t these or t ny other conditions bove those given in the Chrcteristics sections of the specifiction is not implied. Exposure to limiting vlues for extended periods my ffect device relibility. Appliction informtion Applictions tht re described herein for ny of these products re for illustrtive purposes only. Philips Semiconductors mke no representtion or wrrnty tht such pplictions will be suitble for the specified use without further testing or modifiction. Life support These products re not designed for use in life support pplinces, devices, or systems where mlfunction of these products cn resonbly be expected to result in personl injury. Philips Semiconductors customers using or selling these products for use in such pplictions do so t their own risk nd gree to fully indemnify Philips Semiconductors for ny dmges resulting from such ppliction. Right to mke chnges Philips Semiconductors reserves the right to mke chnges, without notice, in the products, including circuits, stndrd cells, nd/or softwre, described or contined herein in order to improve design nd/or performnce. Philips Semiconductors ssumes no responsibility or libility for the use of ny of these products, conveys no licence or title under ny ptent, copyright, or msk work right to these products, nd mkes no representtions or wrrnties tht these products re free from ptent, copyright, or msk work right infringement, unless otherwise specified. Contct informtion For dditionl informtion, plese visit http://www.semiconductors.philips.com. For sles office ddresses, send e-mil to: sles.ddresses@www.semiconductors.philips.com. Fx: +3 4 7 485 9397 75 Koninklijke Philips Electronics N.V.. All rights reserved. Product dt Rev. September of
Contents Product profile........................... Description............................. Fetures...............................3 Applictions........................... Pinning informtion...................... 3 Ordering informtion..................... 3. Ordering options........................ 4 Limiting vlues.......................... 5 Therml chrcteristics................... 4 5. Trnsient therml impednce.............. 4 6 Chrcteristics.......................... 5 7 Pckge outline......................... 8 8 Revision history........................ 9 Dt sheet sttus....................... Definitions............................ Disclimers............................ Koninklijke Philips Electronics N.V.. Printed in The Netherlnds All rights re reserved. Reproduction in whole or in prt is prohibited without the prior written consent of the copyright owner. The informtion presented in this document does not form prt of ny quottion or contrct, is believed to be ccurte nd relible nd my be chnged without notice. No libility will be ccepted by the publisher for ny consequence of its use. Publiction thereof does not convey nor imply ny license under ptent- or other industril or intellectul property rights. Dte of relese: September Document order number: 9397 75