54175DMQB

DM74175 FAIRCHILD | Alldatasheet

Document overview

• Manufacturer or author: Provided By ALLDATASHEET.COM(FREE DATASHEET DOWNLOAD SITE)
• PDF pages: 8

Technical content

i=] Ee Apri 1998 | EAIRCHILD N SEMCONDOSTOT = qq DM74174, DM74175 U0 Hex/Quad D Flip-Flops with Clear 5 General Description = 175 contains four flip-flops with double-rail outputs = . * These positive-edge triggered flip-flops utlize TTLciroultry to palieres cock and crest coer inputs P| implement D-type flip-flop logic. All have a direct clear input, nelvidual dala input to each fip-flop and the quad (175) version features complementary outputs Applications include: =x from each filp-lop Buffer/storage registers D> Information at the D inputs meeting the setup and hold time Patton en ators zg requirements is transferred to the Q outputs on the goat cox oauency 40 MHz oO positive-going edge of the clock pulse. Clock triggering oc- iin fequency i= curs at a particular voltage level and is not directly related to Typical power dissipation per flip-flop 38 mW gS the transition time of the positive-going pulse. When the ® Alternate Military/Aerospace device (54174, 54175) Is clock input is at either the high or low level, the D input signal available. Contact a Fairchild Semiconductor Sales 0 has no effect at the output. Office/Distributor for specifications. 7 Features z = 174 contains six flip-flops with single-rail outputs na [-} Connection Diagrams 3 Dual-In-Line Package Dual-in-Line Package = Yeo a6 06 «05 «OS t CLOCK Yeo a4 G4 o4 pa) G3) @3 CLOCK fo) te |i fu foo fe | [ro fo wl |w | [2 |x | [o o Pt i | | Ey t It : & a rr ee | . PH a a + f2 fs |* [> fe |? Je CLEAR Qt ot pz @2 «D3 3 GND cLeaR 1 G1 D1 o2 G2 a2 GND Order Number 54174DMQB, 54174FMQB, DM54174J, Order Number 54175DMQB, 54175FMQB, DM54175J, DM54174W or DM74174N DM54175W or DM74175N ‘See Package Number J16A, N16E or W16A. ‘See Package Number J16A, N16E or W16A (©1906 Faienié Semiconductor Corporaton _0S006557 worn faircildsemi com

Connection Diagrams (continues) Function Table (Each Flip-Flop) [inputs Outputs | Clear | clock | ob | @ [ @iNotet) | L x x L H H tT H H L H tT L L H H L x Q ic H= High Level (etoady sat) = Low Level (toady state X= Dont Care 1 = Transton from low to high level Qo = The level of Q before the indicated steady-state input conditions were established. Note 1: 175 only won faichldsemicom 2

DM74 OC to +70°C heel 5 nN Storage Temperature Range 65°C to +150°C Operating Free Air Temperature Range Recommended Operating Conditions Synbat Units |_Min [Nom [Max | Min [Nom [Max _| Veo Vv Vin | High Level input Vottage | 2 PT Pe Vin | Low Level input Voltage TT oe Poe low | High Level Output Curent [TT oe Po ma Tou | Low Level OutputCurent TTT te tml foux | Ciock Frequency (Note6) | oT To Poe tw jrewe” Fess fee (Note 6) | CiockHign | to fT to ts [oer | eo fT tre. | Giear Release Time (Note 6) | 30 | TT 0 ts Tx | Free Ar Operating Temperate | 88 | | vs [0 | [| ~ |e Note 2 The ‘Absole Maxmum Ratings"are those values boyond which the salty athe device cannot be guaranteed. The device should not be operied al these limits. The parametric valves defined nthe “Electrical Characteristics” fable are not guaranteed atthe absolute maximum ratings. The “Recommended Operating Conditions” table wil define the concitons fr actual device operation. over recommended operating free air temperature range (unless otherwise noted) ‘Symbol Parameter Conditions Typ Units a ee vi. [ Input Clamp Voitage | Voo=Minsi=-12mA TTT TV Vou High Level Output Veo = Min, lon = Max Vv fino [iwocvnewe || Vou Low Level Output Veo = Min, lo. = Max Vv [iti [ieee ff I Input Current @ Max Voc = Max, V; = 5.5V mA [reve fee TT Ia | High Level Input Current [Voc=MaxVi=24v TT go he | Low Level input Current | Vec=Max,Mi=o4v [T= [mA los Short Circuit Veo = Max | owsa | -2o | | 57 ma er a leo [ Supply Curent [Voc = Max (Notes) TTT mA Note : All typicals are at Vog = SV, Ta = 256 Note 4: Not more than one ouput shouldbe shorted ata ime Note 5: With all ouputs open and all DATA and CLEAR inputs at 4.5V, leg is measured after a momentary ground, then 4.5V apple to the CLOCK input Note 6: Ta = 25°C and Voo = 5 3 win faichildsemicom

"174 Switching Characteristics at Veo = SV and Ta = 25°C Symbol From (Input) Units a ee ee fwax Maximum Clock MHz ea ee ee trun Propagation Delay Time Clock to 25 ns [irergioace | ea | | tro. Propagation Delay Time Clock to 25 ns tro. Propagation Delay Time Clear to 40 ns Recommended Operating Conditions Symbol pm PR ae [ate ee | Units Veo [Supply Volage | as Ts ss [ars | os | 525 [Vv Vis [ High Level input Voltage ee Vie [ tow Level input Vottage TTP oe Poe Tou | High Level Output Curent [TT os Po ima Jou [ Low Level Output Curent Pte tema fou | Clock Frequency (Note7) To TT go Po 0 tw Pulse width ~~ [ Clocktow [25 [| Ts PT (Note 7) [ CiockHigh [to TT to ts [Ciear | 20 fw tay | Data Setup Time (Note 7) [20 TT Tots tw | DataHold Time (Note7) | oP Pts ‘tree | Clear Release Time (Note?) | 30 TT Tots Ts | Free Air Operating Temperature | -s6 [| i25 [oo TT 7 Te Note: Ta = 250 and Veg = 5V. °175 Electrical Characteristics over recommended operating free air temperature range (unless otherwise noted) ‘Symbol Typ Units a ee Vi | Input Clamp Voltage | Voc = Minn i2maA TT TV Vou High Level Output Veo = Min, lon = Max 24 Vv [ie veemevgeme TT Vou Low Level Output Veo = Min, lo. = Max 04 Vv [vin | venveenme || 1 Input Current @ Max Veo = Max, V; = 5.5V 1 mA ea aa la | High Level Input Current | Voc=Maxvis2av [To he | Low Level Input Curent | Voo=MaxVi=o4av | [6 [ma los Short Circuit Veo = Max | owsa [20 [57 ma ee a eee lec | Supply Current | Voc = Max (Note to) TT 0am won flrchildsemicom 4

175 Switching Characteristics

at Voc = SV and Ta = 25°C Symbol From (Input) Unite a ee fax Maximum Clock MHz resem | S| tel Propagation Delay Time Clock to 25 ns Lirerionacs | moss | | | tee Propagation Delay Time Clock to 25 ns. tet Propagation Delay Time Clear to ns. tone Propagation Delay Time Clear to ns: [ioreiminace | woo | |” | Note 8: Allypicale are at Veg = 5V, Ta = 256 Note 9: Not more than one output shouldbe shored at aime Note 10: With all outputs open and 4 SV appli to all DATA and CLEAR inpus, cg is measured aera momentary ground then 4 SV applied to the CLOCK, 5 ‘wow flrchitdsemicom

174 “) (2) o10 > ab “oa ° @ of>ciock p10 o of-oar _ | a) a OG: d>-ctocx( cueak curan 9) s) 7) v0 o of Poa 22 0 0 af oa © Tg af 0 a d>ciock crak Lean 9 (12) (10) 030 > af o0s Td 03 © 7 >D of—oas anea Or a o a3 op>-ciocx cuean cuean 5 (3) 8) 040 rey ay \\10) of>ciock p40 o afou ® a ee [Ty | crock - f>0 af o ae o>ctock cuean fo CLEAR CLEAR O of >o. (13) (12) 25 0 ree ep o> ciocx| | CLEAR, (14) > ° 15) 08 06 0 0 LT sock o crock o—f>o cucan aM CLEAR Od >o wor jaitldsemicom 6

Physical Dimensions inches (millimeters) unless otherwise noted $ai34) 44x — 16 A au ,220-0.319 15.59-7.87] fi 0.025 ® faiis-o.si] 0.087 £0.005 yp a.00s foseb0.13} 0,290-0.320 013 ve} fe 9-08940.008 typ. (7.37-8.18] we | i [rade 0.15] ' GLASS SEALANT 4,020-0.060, o200 en Re 2708 re re pyres {828), HAI AO 9.01040.002 typ Biase a 2°

9.080 Pid

oho aoiaso.008 , asie-0.410 |. 0,100 20.010 yp [2.5440.25] 16-Lead Ceramic Dual-In-Line Package (J) Order Number 54174DMQB, 54175DMQB, DM54174J or DM54175J Package Number J16A o.740~0780 (1880-1881) 9] 0-090 (2.286) BG i 1 oe woex SLITS } AREA a CD] aaszos0 San PIN Wo. 1 1 pwno. 1 = on OWNWEWOE went UW BY oPmiN 01 OPTION 02 oes o.13080005, .060 Shae re 0.00=0.820 as (30220127) (i524 1 AAP pron, | Gana | 148 0200 I (Sans = 5080) t f y 959%5° =| (0.508) TT 0.125 0.150. [ oosoxoo1s be aay (175-3810) 1 o7ert0381) MIN ot4= 0.023 <.10080.010 70.000 (east 058) cossanoa ess) (os2sts8is meconve ac (6.2557h3%)) 16-Lead Molded Dual-In-Line Package (N) Order Number DM74174N or DM74175N Package Number N16E 7 www arctdser.com

§ | Physical Dimensions inches (milimeters) unless otherwise noted (Continued) [S) = .as0-0.080 asn-030 r=] iiam-zoy | ip ea-3.906)"] = 904—0.006 | 9.007 -0.018 0.050 +0 ons 4 wioe—o152) iorre=0.5) |] ay aro o.ey g we || |p Laermer 2 | —t it r 0290-0.370 2 (6.350-9.308) iz | | oy a KR fewer 9 i = = am | ousless § MAX GLASS. 6. _ | 6 vy diasess7al ers Ir DENT 16.350 9,398) pera lo \\ | nN U —_Y SZ] sett wee |. 1,025 0.040 “015-0019, ue sewaineves a 5 16-Lead Ceramic Flat Package (W) vt Order Number 54174FMGB, 54175FMQB, DM54174W or DM54175W Lad Package Number W16A a LIFE SUPPORT POLICY FAIRCHILD'S PRODUCTS ARE NOT AUTHORIZED FOR USE AS CRITICAL COMPONENTS IN LIFE SUPPORT DE- VICES OR SYSTEMS WITHOUT THE EXPRESS WRITTEN APPROVAL OF THE PRESIDENT OF FAIRCHILD SEMI- CONDUCTOR CORPORATION, As used herein: 1. Life support devices or systems are devices or sys- 2. Acritical component in any component of a life support tems which, (a) are intended for surgical implant into device or system whose failure to perform can be rea- the body, or (b) support or sustain life, and (c) whose sonably expected to cause the failure of the life support failure to perform when properly used in accordance device or system, or to affect its safety or effectiveness. with instructions for use provided in the labeling, can be reasonably expected to result in a significant injury to the user. Farcita Semiconductor Faria Semiconductor Fairchila Serconductor Nato! Semieonductor Corporation Enrope Fong Kong id Sopot forces Foc +40(0) 180590 08 8 ter Svaght Block, Te e1-sec06175 Gusta Response Cater nal: eucpesupongneccon Ceean canto Catena Foc st3eee0s79 Tar nesnesessre Deuseh Tet i010) Bar 380 Tarehaa Kowloon Engel Tel sae (0) 1 asaseee Hong Kong fay Tet 199(0) 257 S681 Tor 757-7200 veo firchldsemi com Fax vase 210-001 Fen dn olsun ny pay bray ay vv pls np nt Fac aes ery ew ec hres ay al pcan