Maxim481/3/5/7-91 DS.J/3722

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1 9-22; ev 4; 9/94 µ µ µ PT NUME MX4 MX43 MX45 MX47 MX4 MX49 MX49 MX49 MX47 HLF/FULL T TE UPLEX (Mbps) Half Half Half Half Full Full Full Full Half SLEW-TE LIMITE LOW-POWE SHUTOWN µ µ µ µ µ PT TEMP. NGE PIN-PCKGE MX4CP C to +7 C Plastic P MX4CS C to +7 C SO MX4CU C to +7 C µmx MX4C/ C to +7 C ice* Ordering Information continued on last page. * Contact factory for dice specificatio. ECEIE/ IE ENLE QUIESCENT CUENT µ (µ) NUME OF TNSMITTES ON US PIN COUNT Maxim Integrated Products MX4/MX43/MX45/MX47 MX49/MX47

2 MX4/MX43/MX45/MX47 MX49/MX47 SOLUTE MXIMUM TINGS Supply oltage ( CC)...2 Control Input oltage ( E, E) to ( CC +.5) river Input oltage () to ( CC +.5) river Output oltage (, )...- to +2.5 eceiver Input oltage (, )...- to +2.5 eceiver Output oltage () to ( CC +.5) Continuous Power issipation (T = +7 C) -Pin Plastic P (derate 9.9mW/ C above +7 C)...727mW 4-Pin Plastic P (derate.mw/ C above +7 C)..mW -Pin SO (derate 5.mW/ C above +7 C)...47mW C ELECTICL CHCTEISTICS ( CC = 5 ±5%, T = T MIN to T MX, unless otherwise noted.) (Notes, 2) 4-Pin SO (derate.33mw/ C above +7 C)...667mW -Pin µmx (derate 4.mW/ C above +7 C)...3mW -Pin CEP (derate.mw/ C above +7 C)...64mW 4-Pin CEP (derate 9.9mW/ C above +7 C)...727mW Operating Temperature anges MX4 C /MX47C_... C to +7 C MX4 E /MX47E_...-4 C to +5 C MX4 MJ_/MX47MJ C to +25 C Storage Temperature ange C to +6 C Lead Temperature (soldering, sec)...+3 C Stresses beyond those listed under bsolute Maximum atings may cause permanent damage to the device. These are stress ratings only, and functional operation of the device at these or any other conditio beyond those indicated in the operational sectio of the specificatio is not implied. Exposure to absolute maximum rating conditio for extended periods may affect device reliability. PMETE ifferential river Output (no load) ifferential river Output (with load) Change in Magnitude of river ifferential Output oltage for Complementary Output States river Common-Mode Output oltage Change in Magnitude of river Common-Mode Output oltage for Complementary Output States Input High oltage Input Low oltage Input Current Input Current (, ) eceiver ifferential Threshold oltage eceiver Input Hysteresis eceiver Output High oltage eceiver Output Low oltage Three-State (high impedance) Output Current at eceiver eceiver Input esistance SMOL O O2 O OC O IH IL I IN I IN2 TH TH OH OL I O IN = 5Ω (S-422) = 27Ω (S-45), Figure 4 = 27Ω or 5Ω, Figure 4 = 27Ω or 5Ω, Figure 4 = 27Ω or 5Ω, Figure 4 E,, E E,, E E,, E E = ; CC = or 5.25, all devices except MX47/MX47 MX47/MX47, E =, CC = or CM 2 CM = I O = -4m, I = 2m I O = 4m, I = -2m.4 O 2.4 CONTIONS -7 CM 2, all devices except MX47/MX47 IN = 2 IN = -7 IN = 2 IN = -7-7 CM 2, MX47/MX47 MIN TP MX ± ± UNITS µ m m m µ kω kω 2

3 C ELECTICL CHCTEISTICS (continued) ( CC = 5 ±5%, T = T MIN to T MX, unless otherwise noted.) (Notes, 2) PMETE No-Load Supply Current (Note 3) Supply Current in Shutdown river Short-Circuit Current, O = High river Short-Circuit Current, O = Low eceiver Short-Circuit Current I OS I OS2 I OS MX MX43/MX47, E = 5 MX E = or CC E = 2 25 MX4/43/47, E =, E = CC. -7 O 2 (Note 4) -7 O 2 (Note 4) O CC SWITCHING CHCTEISTICS MX4/MX45, MX49/MX49, MX47 ( CC = 5 ±5%, T = T MIN to T MX, unless otherwise noted.) (Notes, 2) PMETE river Input to Output river Output Skew to Output river ise or Fall Time river Enable to Output High river Enable to Output Low river isable Time from Low river isable Time from High eceiver Input to Output t PLH - t PHL ifferential eceiver Skew eceiver Enable to Output Low eceiver Enable to Output High eceiver isable Time from Low eceiver isable Time from High Maximum ata ate Time to Shutdown SMOL I CC I SHN SMOL CONTIONS CONTIONS MIN TP MX MX4/MX49, E,, E = or CC 2 25 MX49/MX49, E,, E 3 5 = or CC MX4/MX45, E E = CC 5 9 = or CC E = 3 5 MX47, E E = CC 3 5 = or CC E = 23 4 MIN TP MX UNITS t PLH Figures 6 and, FF = 54Ω, 3 6 t PHL C L = C L2 = pf 3 6 t SKEW Figures 6 and, FF = 54Ω, C L = C L2 = pf 5 Figures 6 and, MX4, MX45, MX t, t F FF = 54Ω, MX49C/E, MX49C/E C L = C L2 = pf MX49M, MX49M t H Figures 7 and 9, C L = pf, S2 closed 4 7 t L Figures 7 and 9, C L = pf, S closed 4 7 t L Figures 7 and 9, C L = 5pF, S closed 4 7 t H Figures 7 and 9, C L = 5pF, S2 closed 4 7 Figures 6 and, MX4, MX45, MX t PLH, t PHL FF = 54Ω, MX49C/E, MX49C/E C L = C L2 = pf MX49M, MX49M t SK Figures 6 and, FF = 54Ω, C L = C L2 = pf 3 t L Figures 5 and, C L = 5pF, S closed 2 5 t H Figures 5 and, C L = 5pF, S2 closed 2 5 t L Figures 5 and, C L = 5pF, S closed 2 5 t H Figures 5 and, C L = 5pF, S2 closed 2 5 f MX 2.5 Mbps t SHN MX4 (Note 5) µ µ m m m UNITS MX4/MX43/MX45/MX47 MX49/MX47 3

4 MX4/MX43/MX45/MX47 MX49/MX47 SWITCHING CHCTEISTICS MX4/MX45, MX49/MX49, MX47 (continued) ( CC = 5 ±5%, T = T MIN to T MX, unless otherwise noted.) (Notes, 2) PMETE river Enable from Shutdown to Output High (MX4) river Enable from Shutdown to Output Low (MX4) eceiver Enable from Shutdown to Output High (MX4) eceiver Enable from Shutdown to Output Low (MX4) SMOL t H(SHN) t L(SHN) t H(SHN) t L(SHN) CONTIONS Figures 7 and 9, C L = pf, S2 closed Figures 7 and 9, C L = pf, S closed Figures 5 and, C L = 5pF, S2 closed, - = 2 Figures 5 and, C L = 5pF, S closed, - = 2 SWITCHING CHCTEISTICS MX43, MX47/MX4/MX49 ( CC = 5 ±5%, T = T MIN to T MX, unless otherwise noted.) (Notes, 2) PMETE river Input to Output river Output Skew to Output river ise or Fall Time river Enable to Output High river Enable to Output Low river isable Time from Low river isable Time from High eceiver Input to Output I t PLH - t PHL I ifferential eceiver Skew eceiver Enable to Output Low eceiver Enable to Output High eceiver isable Time from Low eceiver isable Time from High Maximum ata ate Time to Shutdown river Enable from Shutdown to Output High river Enable from Shutdown to Output Low eceiver Enable from Shutdown to Output High eceiver Enable from Shutdown to Output Low SMOL CONTIONS t PLH Figures 6 and, FF = 54Ω, t PHL C L = C L2 = pf t SKEW Figures 6 and, FF = 54Ω, C L = C L2 = pf t, t F t H t L t L t H t PLH t PHL t SK t L t H t L t H f MX t SHN t H(SHN) t L(SHN) t H(SHN) t L(SHN) Figures 6 and, FF = 54Ω, C L = C L2 = pf Figures 7 and 9, C L = pf, S2 closed Figures 7 and 9, C L = pf, S closed Figures 7 and 9, C L = 5pF, S closed Figures 7 and 9, C L = 5pF, S2 closed Figures 6 and, FF = 54Ω, C L = C L2 = pf Figures 6 and, FF = 54Ω, C L = C L2 = pf Figures 5 and, C L = 5pF, S closed Figures 5 and, C L = 5pF, S2 closed Figures 5 and, C L = 5pF, S closed Figures 5 and, C L = 5pF, S2 closed t PLH, t PHL < 5% of data period MX43/MX47 (Note 5) MX43/MX47, Figures 7 and 9, C L = pf, S2 closed MX43/MX47, Figures 7 and 9, C L = pf, S closed MX43/MX47, Figures 5 and, C L = 5pF, S2 closed MX43/MX47, Figures 5 and, C L = 5pF, S closed MIN TP MX MIN TP MX UNITS UNITS kbps 4

5 NOTES FO ELECTICL/SWITCHING CHCTEISTICS Note : ll currents into device pi are positive; all currents out of device pi are negative. ll voltages are referenced to device ground unless otherwise specified. Note 2: ll typical specificatio are given for CC = 5 and T = +25 C. Note 3: Supply current specification is valid for loaded tramitters when E =. Note 4: pplies to peak current. See Typical Operating Characteristics. Note 5: The MX4/MX43/MX47 are put into shutdown by bringing E high and E low. If the inputs are in this state for less than 5, the parts are guaranteed not to enter shutdown. If the inputs are in this state for at least 6, the parts are guaranteed to have entered shutdown. See Low-Power Shutdown Mode section. ( CC = 5, T = +25 C, unless otherwise noted.) OUTPUT CUENT (m) OUTPUT LOW OLTGE () OUTPUT CUENT vs. ECEIE OUTPUT LOW OLTGE OUTPUT LOW OLTGE () ECEIE OUTPUT LOW OLTGE vs. TEMPETUE TEMPETUE ( C) I = m MX4- MX OUTPUT CUENT (m) OUTPUT CUENT (m) OUTPUT CUENT vs. ECEIE OUTPUT HIGH OLTGE OUTPUT HIGH OLTGE () IE OUTPUT CUENT vs. FFEENTIL OUTPUT OLTGE FFEENTIL OUTPUT OLTGE () MX4-2 MX4-5 OUTPUT HIGH OLTGE () FFEENTIL OUTPUT OLTGE () ECEIE OUTPUT HIGH OLTGE vs. TEMPETUE TEMPETUE ( C) I = m MX IE FFEENTIL OUTPUT OLTGE vs. TEMPETUE TEMPETUE ( C) = 54Ω MX4-6 MX4/MX43/MX45/MX47 MX49/MX47 5

6 ( CC = 5, T = +25 C, unless otherwise noted.) MX4/MX43/MX45/MX47 MX49/MX47 OUTPUT CUENT (m) OUTPUT CUENT vs. IE OUTPUT LOW OLTGE OUTPUT LOW OLTGE () SUPPL CUENT (µ) MX4-7 2 OUTPUT CUENT (m) OUTPUT CUENT vs. IE OUTPUT HIGH OLTGE MX43/MX47 MX49 SUPPL CUENT vs. TEMPETUE MX43; E = CC, E = X MX47; E = CC, E = X MX43/MX47; E = E =, MX4/MX49; E = E = X MX43/MX47; E =, E = CC TEMPETUE ( C) OUTPUT HIGH OLTGE () MX4-2 SUPPL CUENT (µ) MX4- SUPPL CUENT (µ) MX47 SUPPL CUENT vs. TEMPETUE MX47; E = CC, E = X MX47; E =, E = X TEMPETUE ( C) MX4/MX45/MX49/MX49 SUPPL CUENT vs. TEMPETUE MX4/MX45; E = CC, E = X MX45; E =, E = X, MX4; E = E = MX49/MX49; E = E = X MX4; E =, E = CC TEMPETUE ( C) MX4-3 MX4-6

7 MX4/MX43/ MX45/MX47/ MX47 P/SO TOP IEW µmx E 2 E 3 4 CC 2 3 E 4 MX4/ MX49 P/SO P/SO MX4 MX43 MX45 MX47 MX47 µmx µmx , 7 GN CC,, 3 N.C. CC GN GN E MX49/ MX49 P/SO E 2 E 3 4 NME CC 7 t 6 5 GN E E FUNCTION E E E MX4 MX43 MX45 MX47 MX47 NOTE: PIN LELS N ON TIMING, TEST, N WEFOM GMS EFE TO PINS N WHEN E IS HIGH. TPICL OPETING CICUIT SHOWN WITH P/SO PCKGE. t E E MX4/MX43/MX45/MX47 MX49/MX47 7

8 MX4/MX43/MX45/MX47 MX49/MX47 TOP IEW TOP IEW CC 2 3 GN 4 CC P/SO MX4 MX49 µmx P/SO E 7 6 GN 5 N.C. E E GN GN CC 3 N.C. 2 9 N.C ,, 3 NC E CC 4 GN t 7 MX4 MX49 NOTE: TPICL OPETING CICUIT SHOWN WITH P/SO PCKGE. CC 4 3 6, 7 E GN 9 2 t MX49 MX49 t t CC E GN CC GN E

9 O OC TEST POINT ECEIE OUTPUT C L 5pF 3 E I C L FF C L2 E OUTPUT UNE TEST C L 5Ω k S S2 S S2 k CC CC MX4/MX43/MX45/MX47 MX49/MX47 9

10 MX4/MX43/MX45/MX47 MX49/MX47 3 O FF - O OH OL - I - I O.5 /2 O % t t PLH t PHL.5 FF = () - () 9% 9% t F t SKEW = t PLH - t PHL.5 t PHL INPUT OUTPUT t PLH.5 /2 O % 3 E, OL, 3 E CC OUTPUT NOMLL LOW 2.3 t L(SHN), t L t L OUTPUT NOMLL HIGH t H(SHN), t H.5.5 t H.5 OUTPUT NOMLL LOW.5 t L(SHN), t L t L OUTPUT NOMLL HIGH t H(SHN), t H t H OL +.5 OH -.5 OL +.5 OH -.5 INPUTS OUTPUTS E E X X X X High- High-* High- High-* INPUTS OUTPUT E E - > +.2 < -.2 Inputs open X High-* X = on't care High- = High impedance * Shutdown mode for MX4/MX43/MX47 X = on't care High- = High impedance * Shutdown mode for MX4/MX43/MX47

11 d/div Hz 5kHz/div 5MHz E µ E E E d/div Hz 5kHz/div 5MHz MX4/MX43/MX45/MX47 MX49/MX47

12 MX4/MX43/MX45/MX47 MX49/MX47 5m/div 2/div 5m/div 2/div 2/div 4/div pf TTL IN t, t F < 6 = 54Ω CC = 5 T = +25 C pf CC = 5 T = +25 C 5m/div 2/div 5m/div 2/div ECEIE OUT 2/div 4/div CC = 5 T = +25 C CC = 5 T = +25 C 2

13 MX4/MX43/MX45/MX47 MX49/MX µs/div µs/div E E E E E E E E 2Ω 2Ω MX4 MX43 MX45 MX47 MX47

14 MX4/MX43/MX45/MX47 MX49/MX47 E E 2Ω 2Ω E E NOTE: E N E ON MX49/MX49 ONL. E E 2Ω 2Ω MX4 MX49 NOTE: E N E ON MX49/MX49 ONL. T IN T OUT E E 2Ω 2Ω MX4 MX49 MX49 MX49 E E 4

15 PT TEMP. NGE PIN-PCKGE MX4EP -4 C to +5 C Plastic P MX4ES -4 C to +5 C SO MX4MJ -55 C to +25 C CEP MX43CP C to +7 C Plastic P MX43CS C to +7 C SO MX43CU C to +7 C µmx MX43C/ C to +7 C ice* MX43EP -4 C to +5 C Plastic P MX43ES -4 C to +5 C SO MX43MJ -55 C to +25 C CEP MX45CP C to +7 C Plastic P MX45CS C to +7 C SO MX45CU C to +7 C µmx MX45C/ C to +7 C ice* MX45EP -4 C to +5 C Plastic P MX45ES -4 C to +5 C SO MX45MJ -55 C to +25 C CEP MX47CP C to +7 C Plastic P MX47CS C to +7 C SO MX47CU C to +7 C µmx MX47C/ C to +7 C ice* MX47EP -4 C to +5 C Plastic P MX47ES -4 C to +5 C SO MX47MJ -55 C to +25 C CEP MX4CP C to +7 C Plastic P MX4CS C to +7 C SO MX4CU C to +7 C µmx MX4C/ C to +7 C ice* MX4EP -4 C to +5 C Plastic P MX4ES -4 C to +5 C SO MX4MJ -55 C to +25 C CEP MX49CP C to +7 C 4 Plastic P MX49CS C to +7 C 4 SO MX49C/ C to +7 C ice* MX49EP -4 C to +5 C 4 Plastic P MX49ES -4 C to +5 C 4 SO MX49MJ -55 C to +25 C 4 CEP PT TEMP. NGE PIN-PCKGE MX49CP C to +7 C Plastic P MX49CS C to +7 C SO MX49CU C to +7 C µmx MX49C/ C to +7 C ice* MX49EP -4 C to +5 C Plastic P MX49ES -4 C to +5 C SO MX49MJ -55 C to +25 C CEP MX49CP C to +7 C 4 Plastic P MX49CS C to +7 C 4 SO MX49C/ C to +7 C ice* MX49EP -4 C to +5 C 4 Plastic P MX49ES -4 C to +5 C 4 SO MX49MJ -55 C to +25 C 4 CEP MX47CP C to +7 C Plastic P MX47CS C to +7 C SO MX47CU C to +7 C µmx MX47C/ C to +7 C ice* MX47EP -4 C to +5 C Plastic P MX4/MX43/MX45/MX47 MX47ES -4 C to +5 C SO MX47MJ -55 C to +25 C CEP * Contact factory for dice specificatio. MX4/MX43/MX45/MX47/MX47 E E CC GN." (2.32mm) N.C. N.C..54" (.372mm) MX4/MX43/MX45/MX47 MX49/MX47 5

16 MX4/MX43/MX45/MX47 MX49/MX47 N.C. N.C. e MX4/MX49 CC GN." (2.32mm) E H.mm.4 in C.54" (.372mm) L E E TNSISTO COUNT: 24 SUSTTE CONNECTE TO GN α M C E e H L α -PIN µmx MICMX SMLL OUTLINE PCKGE MX49/MX49 CC GN." (2.32mm) MIN INCHES.256 MX MILLIMETES MIN " (.372mm).65 MX Maxim cannot assume respoibility for use of any circuitry other than circuitry entirely embodied in a Maxim product. No circuit patent licees are implied. Maxim reserves the right to change the circuitry and specificatio without notice at any time. 6 Maxim Integrated Products, 2 San Gabriel rive, Sunnyvale, C 946 (4) Maxim Integrated Products is a registered trademark of Maxim Integrated Products.

; Rev 0; 9/00 ± ± ± µ ± PART TEMP. RANGE PIN-PACKAGE MAX3080ECSD 0 C to +70 C 14 SO MAX3080ECPD 0 C to +70 C 14 Plastic DIP MAX3080EESD -40 C t

; Rev 0; 9/00 ± ± ± µ ± PART TEMP. RANGE PIN-PACKAGE MAX3080ECSD 0 C to +70 C 14 SO MAX3080ECPD 0 C to +70 C 14 Plastic DIP MAX3080EESD -40 C t 19-1; ev ; 9/ ± ± µ ± PT TEMP. NGE PIN-PCKGE MX3ECS C to +7 C SO MX3ECP C to +7 C Plastic P MX3EES - C to + C SO MX3EEP - C to + C Plastic P Part Half/Full uplex ata ate (Mbps) Slew- ate Limited Low- Power