3.3V-Powered, 10Mbps and Slew-Rate-Limited True RS-485/RS-422 Transceivers

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1 19-0; ev 0; 1/9.-Powered, 10Mbps and Slew-ate-Limited True S-8/S- Traceivers General escription The MX8, MX8, MX86, MX88, MX90, and MX91 are., low-power traceivers for S-8 and S- communication. Each part contai one driver and one receiver. The MX8 and MX88 feature slew-rate-limited drivers that minimize EMI and reduce reflectio caused by improperly terminated cables, allowing error-free data tramission at data rates up to 0kbps. The partially slew-rate-limited MX86 tramits up to.mbps. The MX8, MX90, and MX91 tramit at up to 10Mbps. rivers are short-circuit current limited and are protected agait excessive power dissipation by thermal shutdown circuitry that places the driver outputs into a high-impedance state. The receiver input has a fail-safe feature that guarantees a logic-high output if both inputs are open circuit. The MX88, MX90, and MX91 feature fullduplex communication, while the MX8, MX8, and MX86 are designed for half-duplex communication. pplicatio Low-Power S-8/S- Traceivers Telecommunicatio Traceivers for EMI-Seitive pplicatio Industrial-Control Local rea Networks PT NUME GUNTEE T TE (Mbps) SUPPL OLTGE () HLF/FULL UPLEX Features Operate from a Single. Supply No Charge Pump! Interoperable with + Logic 8 Max Skew (MX8/MX90/MX91) Slew-ate Limited for Errorless ata Tramission (MX8/MX88) n Low-Current Shutdown Mode (MX8/MX8/MX86/MX91) -7 to +1 Common-Mode Input oltage ange llows up to Traceivers on the us Full-uplex and Half-uplex ersio vailable Industry Standard 7176 Pinout (MX8/MX8/MX86) Current-Limiting and Thermal Shutdown for river Overload Protection Ordering Information PT TEMP. NGE PIN-PCKGE MX8CP 8 Plastic IP MX8CS 8 SO MX8C/ ice* MX8EP -0 C to +8 C 8 Plastic IP MX8ES -0 C to +8 C 8 SO MX8CP 8 Plastic IP MX8CS 8 SO MX8C/ ice* MX8EP -0 C to +8 C 8 Plastic IP MX8ES -0 C to +8 C 8 SO Ordering Information continued at end of data sheet. * Contact factory for for dice specificatio. Selection Table SLEW-TE LIMITE IE/ ECEIE ENLE SHUTOWN CUENT (n) PIN COUNT MX8 0. Half es es 8 MX8 10 Half No es 8 MX86. Half es es 8.0 to.6 MX88 0. Full es No 8 MX90 10 Full No No 8 MX91 10 Full No es 1 MX8/MX8/MX86/MX88/MX90/MX91 Maxim Integrated Products 1 Call toll free for free samples or literature.

2 .-Powered, 10Mbps and Slew-ate-Limited True S-8/S- Traceivers MX8/MX8/MX86/MX88/MX90/MX91 SOLUTE MXIMUM TINGS Supply oltage ( )...7 Control Input oltage (E, E) to 7 river Input oltage (I) to 7 river Output oltage (,,, ) to eceiver Input oltage (, ) to eceiver Output oltage (O) to ( + 0.) Continuous Power issipation (T = +70 C) 8-Pin Plastic IP (derate 9.09mW/ C above +70 C)...77mW 8-Pin SO (derate.88mw/ C above +70 C)...71mW 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. C ELECTICL CHCTEISTICS ( =. ±0., T = T MIN to T MX, unless otherwise noted. Typical values are at T = + C) PMETE ifferential river Output Change in Magnitude of river ifferential Output oltage for Complementary Output States (Note 1) river Common-Mode Output oltage Change in Magnitude of Common-Mode Output oltage (Note 1) Input High oltage Input Low oltage Logic Input Current Input Current (, ) Output Leakage (, ) Output Leakage (, ) in Shutdown Mode 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 O I O I O TH TH OH OL I O IN E =, = or.6 E =, E =, = or.6, MX91 E =, E =, = or.6, MX91 1-Pin Plastic IP (derate 10mW/ C above +70 C)...800mW 1-Pin SO (derate 8.mW/ C above +70 C)...667mW Operating Temperature anges MX C... MX E...-0 C to +8 C Storage Temperature ange...-6 C to +160 C Lead Temperature (soldering, 10sec) C SMOL CONITIONS MIN TP MX L = 100Ω (S-), Figure.0 O L = Ω (S-8), Figure 1. L = 60Ω (S-8), =., Figure 1. OC OC IH IL I IN1 I IN L = Ω or 100Ω, Figure L = Ω or 100Ω, Figure L = Ω or 100Ω, Figure E, I, E E, I, E E, I, E -7 CM 1 CM = =.6, -7 CM 1 IN = 1 IN = -7 = 1 = -7 = 1 = -7 I = -1.m, I = 00m, Figure 6 I =.m, I = 00m, Figure ± ±1 UNITS µ m µ µ m µ kω

3 .-Powered, 10Mbps and Slew-ate-Limited True S-8/S- Traceivers C ELECTICL CHCTEISTICS (continued) ( =. ±0., T = T MIN to T MX, unless otherwise noted. Typical values are at T = + C) Supply Current PMETE Supply Current in Shutdown Mode river Short-Circuit Output Current eceiver Short-Circuit Output Current PMETE SMOL I CC No load, I = or I SHN E =, E =, I = or = -7-0 I OS = 1 0 I OS O CONITIONS SMOL E =, E = or E =, E = CONITIONS river ifferential Output elay t L = 60Ω, Figure 7 river ifferential Output Traition Time t T L = 60Ω, Figure 7 river Propagation elay, Low-to-High Level t PLH L = 7Ω, Figure 8 river Propagation elay, High-to-Low Level t PHL L = 7Ω, Figure 8 t PLH - t PHL river Propagation elay Skew (Note ) t PS L = 7Ω, Figure 8 IE PUT ENLE/ISLE TIMES (MX8/MX91 only) river Output Enable Time to Low Level t PL L = 110Ω, Figure 10 river Output Enable Time to High Level t PH L = 110Ω, Figure 9 river Output isable Time from High Level t PH L = 110Ω, Figure 9 river Output isable Time from Low Level t PL L = 110Ω, Figure 10 river Output Enable Time from Shutdown to Low Level t PSL L = 110Ω, Figure 10 river Output Enable Time from Shutdown to High Level t PSH L = 110Ω, Figure 9 MIN TP MX ±8 ±60 IE SWITCHING CHCTEISTICSMX8, MX90, and MX91 ( =., T = + C) IE SWITCHING CHCTEISTICSMX86 ( =., T = + C) PMETE SMOL CONITIONS river ifferential Output elay t L = 60Ω, Figure 7 river ifferential Output Traition Time t T L = 60Ω, Figure 7 river Propagation elay, Low-to-High Level t PLH L = 7Ω, Figure 8 river Propagation elay, High-to-Low Level t PHL L = 7Ω, Figure 8 t PLH - t PHL river Propagation elay Skew (Note ) t PS L = 7Ω, Figure 8 river Output Enable Time to Low Level t PL L = 110Ω, Figure 10 river Output Enable Time to High Level t PH L = 110Ω, Figure 9 river Output isable Time from High Level t PH L = 110Ω, Figure 9 river Output isable Time from Low Level t PL L = 110Ω, Figure 10 river Output Enable Time from Shutdown to Low Level t PSL L = 110Ω, Figure 10 river Output Enable Time from Shutdown to High Level t PSH L = 110Ω, Figure 9 MIN TP MX MIN TP MX UNITS m µ m m UNITS UNITS MX8/MX8/MX86/MX88/MX90/MX91

4 .-Powered, 10Mbps and Slew-ate-Limited True S-8/S- Traceivers MX8/MX8/MX86/MX88/MX90/MX91 IE SWITCHING CHCTEISTICSMX8 and MX88 ( =., T = + C) PMETE SMOL CONITIONS river ifferential Output elay t L = 60Ω, Figure 7 river ifferential Output Traition Time t T L = 60Ω, Figure 7 river Propagation elay, Low-to-High Level t PLH L = 7Ω, Figure 8 river Propagation elay, High-to-Low Level t PHL L = 7Ω, Figure 8 t PLH - t PHL river Propagation elay Skew (Note ) t PS L = 7Ω, Figure 8 IE PUT ENLE/ISLE TIMES (MX8 only) river Output Enable Time to Low Level t PL L = 110Ω, Figure 10 river Output Enable Time to High Level t PH L = 110Ω, Figure 9 river Output isable Time from High Level t PH L = 110Ω, Figure 9 river Output isable Time from Low Level t PL L = 110Ω, Figure 10 river Output Enable Time from Shutdown to Low Level t PSL L = 110Ω, Figure 10 river Output Enable Time from Shutdown to High Level t PSH L = 110Ω, Figure 9 ECEIE SWITCHING CHCTEISTICS ( =., T = + C) PMETE Time to Shutdown eceiver Propagation elay, Low-to-High Level eceiver Propagation elay, High-to-Low Level t PLH - t PHL eceiver Propagation elay Skew eceiver Output Enable Time to Low Level eceiver Output Enable Time to High Level eceiver Output isable Time from High Level eceiver Output isable Time from Low Level eceiver Output Enable Time from Shutdown to Low Level eceiver Output Enable Time from Shutdown to High Level SMOL t SHN t PLH t PHL t PS t PL t PH t PH t PL t PSL t PSH CONITIONS MX8/MX8/MX86/MX91 only (Note ) I = to., C L = 1pF, Figure 11 MX8/MX88 I = to., C L = 1pF, Figure 11 MX8/MX88 I = to., C L = 1pF, Figure 11 MX8/MX88 C L = 1pF, Figure 1, MX8/MX8/MX86/MX91 only C L = 1pF, Figure 1, MX8/MX8/MX86/MX91 only C L = 1pF, Figure 1, MX8/MX8/MX86/MX91 only C L = 1pF, Figure 1, MX8/MX8/MX86/MX91 only C L = 1pF, Figure 1, MX8/MX8/MX86/MX91 only C L = 1pF, Figure 1, MX8/MX8/MX86/MX91 only MIN TP MX MIN TP MX UNITS µs µs UNITS Note 1: O and OC are the changes in O and OC, respectively, when the I input changes state. Note : Measured on t PLH () - t PHL () and t PLH () - t PHL (). Note : The traceivers are put into shutdown by bringing E high and E low. If the inputs are in this state for less than 80, the parts are guaranteed not to enter shutdown. If the inputs are in this state for at least 00, the parts are guaranteed to have entered shutdown. See Low-Power Shutdown Mode section.

5 .-Powered, 10Mbps and Slew-ate-Limited True S-8/S- Traceivers Typical Operating Characteristics ( =., T = + C, unless otherwise noted.) PUT CUENT (m) PUT LOW OLTGE () PUT CUENT vs. ECEIE PUT LOW OLTGE PUT LOW OLTGE () ECEIE PUT LOW OLTGE vs. TEMPETUE TEMPETUE ( C) PUT CUENT (m) I O =.m MX8-01 MX8-0 PUT CUENT (m) PUT CUENT (m) PUT CUENT vs. IE PUT LOW OLTGE PUT LOW OLTGE () PUT CUENT vs. ECEIE PUT HIGH OLTGE PUT HIGH OLTGE () MX8-07 IE PUT CUENT vs. IFFEENTIL PUT OLTGE IFFEENTIL PUT OLTGE () PUT CUENT (m) MX8-0 MX8-0 PUT HIGH OLTGE () IFFEENTIL PUT OLTGE () PUT HIGH OLTGE () ECEIE PUT HIGH OLTGE vs. TEMPETUE I O = 1.m TEMPETUE ( C) IE IFFEENTIL PUT OLTGE vs.tempetue = Ω TEMPETUE ( C) PUT CUENT vs. IE PUT HIGH OLTGE MX8-08 MX8-06 MX8-0 MX8/MX8/MX86/MX88/MX90/MX91

6 .-Powered, 10Mbps and Slew-ate-Limited True S-8/S- Traceivers MX8/MX8/MX86/MX88/MX90/MX91 Typical Operating Characteristics (continued) SUPPL CUENT (m) SUPPL CUENT vs. TEMPETUE E = 0, E = 0 X = ON T CE E =, E = X TEMPETUE ( C) MX8-09 SHUTOWN CUENT (n) SHUTOWN CUENT vs. TEMPETUE TEMPETUE ( C) Pin escription MX8/ MX8/ MX PIN MX88/ MX MX91 NME O E E I 6, 7 GN Ground eceiver Output. If > by 00m, O will be high; if < by 00m, O will be low. eceiver Output Enable. O is enabled when E is low; O is high impedance when E is high. If E is high and E is low, the device will enter a low-power shutdown mode. river Output Enable. The driver outputs are enabled by bringing E high. They are high impedance when E is low. If E is high and E is low, the device will enter a low-power shutdown mode. If the driver outputs are enabled, the parts function as line drivers. While they are high impedance, they function as line receivers if E is low. river Input. low on I forces output low and output high. Similarly, a high on I forces output high and output low. 9 Noninverting river Output 10 Inverting river Output Noninverting eceiver Input and Noninverting river Output 1 Noninverting eceiver Input Inverting eceiver Input and Inverting river Output 11 Inverting eceiver Input 1, 1 Positive Supply:..6 FUNCTION 1, 8 N.C. No Connectnot internally connected MX8-10 6

7 .-Powered, 10Mbps and Slew-ate-Limited True S-8/S- Traceivers TOP IEW TOP IEW O E E I O I GN 1 1 IP/SO IP/SO GN O E E I t 6 GN MX8 MX8 MX86 NOTE: PIN LELS N ON TIMING, TEST, N WEFOM IGMS EFE TO PINS N WHEN E IS HIGH. Figure 1. MX8/MX8/MX86 Pin Configuration and Typical Operating Circuit TOP IEW IP/SO I O 1 GN E E 6 1, 1 GN 8 t 7 Figure. MX88/MX90 Pin Configuration and Typical Operating Circuit N.C. O E E I GN GN N.C. Figure. MX91 Pin Configuration and Typical Operating Circuit I O N.C. 1, 8 6, t MX88 MX90 MX91 t t t GN E E E GN E I O O I O I MX8/MX8/MX86/MX88/MX90/MX91 7

8 .-Powered, 10Mbps and Slew-ate-Limited True S-8/S- Traceivers MX8/MX8/MX86/MX88/MX90/MX91 Figure. river O and OC I OL O Figure 6. eceiver OH and OL GENETO (NOTE ) 0Ω I OL (+) L L OH OC L = 60Ω IOH (-) C L = 1pF (NOTE ) Figure 7. river ifferential Output elay and Traition Times C L C L IN t T t O 0% 10% 90% 7Ω O L -7 to +1 CM = 90% 7Ω Figure. river O with arying Common-Mode oltage t O 0% 10% t T. -. 8

9 .-Powered, 10Mbps and Slew-ate-Limited True S-8/S- Traceivers GENETO (NOTE ) 0Ω OM = Figure 8. river Propagation Times O GENETO (NOTE ) 0Ω S1 C L = 0pF (NOTE ) S1 OH + OL OM = OH + OL OM L = 7Ω C L = 1pF (NOTE ) L = 110Ω Figure 9. river Enable and isable Times (t PH, t PSH, t PH ) O GENETO (NOTE ) 0Ω C L = 0pF (NOTE ) L = 110Ω Figure 10. river Enable and isable Times (t PL, t PSL, t PL ) S1 IN t PLH t PHL IN t PH IN t PSL OM OM OM OM t PHL t PLH t PH t PL OM OM OH OL OH OL OH OL MX8/MX8/MX86/MX88/MX90/MX91 9

10 .-Powered, 10Mbps and Slew-ate-Limited True S-8/S- Traceivers MX8/MX8/MX86/MX88/MX90/MX91 GENETO (NOTE ) 0Ω I Figure 11. eceiver Propagation elay - GENETO (NOTE ) IN IN 0. t PH t PSH t PH Figure 1. eceiver Enable and isable Times S I OM = 0Ω OH OH C L = 1pF (NOTE ) S1 OPEN S CLOSE S = S1 OPEN S CLOSE S = C L (NOTE ) 1k IN t PLH S1 S OM IN IN t PL 0. t PL t PSL OM t PHL OL OL. S1 CLOSE S OPEN S = - S1 CLOSE S OPEN S = - Note : The input pulse is supplied by a generator with the following characteristics: P = 0kHz, 0% duty cycle, t r 6.0, O = 0Ω. Note : C L includes probe and stray capacitance. 10

11 .-Powered, 10Mbps and Slew-ate-Limited True S-8/S- Traceivers Function Tables evices with eceiver/river Enable (MX8/MX8/MX86/MX91) Table 1. Tramitting INPUTS PUTS E E I * * MOE X Normal X Normal 0 0 X High- High- Normal 1 0 X High- High- Shutdown * and outputs are and, respectively, for full-duplex part (MX91). X = on t care; High- = High impedance Table. eceiving INPUTS PUTS MOE E E, O 0 0* Normal 0 0* Normal 0 0* Inputs Open 1 Normal 1 0 X High- Shutdown * E is a don t care (x) for the full-duplex part (MX91). X = on t care; High- = High impedance evices without eceiver/river Enable (MX88/MX90) Table. Tramitting INPUT PUTS I d/div 0Hz 00kHz/div Table. eceiving INPUTS PUT, O Inputs Open 1 MHz Figure 1. river Output Waveform and FFT Plot of MX8/ MX90/MX91 Tramitting a 1kHz Signal pplicatio Information The MX8/MX8/MX86/MX88/MX90/ MX91 are low-power traceivers for S-8 and S- communicatio. The MX8 and MX88 can tramit and receive at data rates up to 0kbps, the MX86 at up to.mbps, and the MX8/ MX90/MX91 at up to 10Mbps. The MX88/ MX90/MX91 are full-duplex traceivers, while the MX8/MX8/MX86 are half-duplex. river Enable (E) and eceiver Enable (E) pi are included on the MX8/MX8/MX86/ MX91. When disabled, the driver and receiver outputs are high impedance. educed EMI and eflectio (MX8/MX86/MX88) The MX8/MX88 are slew-rate limited, minimizing EMI and reducing reflectio caused by improperly terminated cables. Figure 1 shows both the driver output waveform of a MX8/MX90/MX91 tramitting a 1kHz signal and the Fourier analysis of that waveform. High-frequency harmonics with large amplitudes are evident. Figure 1 shows the same information, but for the slew-rate-limited MX8/MX88 tramitting the same signal. The high-frequency harmonics have much lower amplitudes, and the potential for EMI is significantly reduced. Low-Power Shutdown Mode (MX8/MX8/MX86/MX91) low-power shutdown mode is initiated by bringing both E high and E low. The devices will not shut down unless both the driver and receiver are disabled (high impedance). In shutdown, the devices typically draw only n of supply current. For these devices, the t PSH and t PSL enable times assume the part was in the low-power shutdown mode; the t PH and t PL enable times assume the receiver or driver was disabled, but the part was not shut down. 10d/div 0Hz 00kHz/div MHz Figure 1. river Output Waveform and FFT Plot of MX8/ MX88 Tramitting a 1kHz Signal MX8/MX8/MX86/MX88/MX90/MX91 11

12 .-Powered, 10Mbps and Slew-ate-Limited True S-8/S- Traceivers MX8/MX8/MX86/MX88/MX90/MX91 I /div 1/div 1/div 0/div Figure 1. MX8/MX90/MX91 river Propagation elay I /div 1/div 1/div 1µs/div Figure 17. MX8/MX88 river Propagation elay I /div - /div O /div µs/div Figure 19. MX8/MX88 System ifferential oltage at 1kHz riving 000 ft of Cable 1/div 1/div O /div 1/div 1/div O /div I /div - /div O /div 0/div Figure 16. MX8/MX90/MX91 eceiver Propagation elay riven by External S-8 evice 1µs/div Figure 18. MX8/MX88 eceiver Propagation elay µs/div Figure 0. MX8/MX90/MX91 System ifferential oltage at 1kHz riving 000 ft of Cable 1

13 .-Powered, 10Mbps and Slew-ate-Limited True S-8/S- Traceivers I E O E MX8 MX8 MX86 10Ω I E O E I E Figure 1. MX8/MX8/MX86 Typical S-8 Network river Output Protection Excessive output current and power dissipation caused by faults or by bus contention are prevented by two mechanisms. foldback current limit on the output stage provides immediate protection agait short circuits over the whole common-mode voltage range (see Typical Operating Characteristics). In addition, a thermal shutdown circuit forces the driver outputs into a high-impedance state if the die temperature rises excessively. Propagation elay Figures 1 18 show the typical propagation delays. Skew time is simply the difference between the low-to-high and high-to-low propagation delay. Small driver/receiver skew times help maintain a symmetrical mark-space ratio (0% duty cycle). The receiver skew time, t PLH - t PHL, is under 10 (0 for the MX8/MX88). The driver skew times are 8 for the MX8/MX90/MX91, 11 for the MX86, and typically under 100 for the MX8/MX88. 10Ω O E Line Length vs. ata ate The S-8/S- standard covers line lengths up to 000 feet. For line lengths greater than 000 feet, see Figure. Figures 19 and 0 show the system differential voltage for parts driving 000 feet of 6WG twisted-pair wire at 1kHz into 10Ω loads. Typical pplicatio The MX8, MX8, MX86, MX88, MX90, and MX91 traceivers are designed for bidirectional data communicatio on multipoint bus tramission lines. Figures 1 and show typical network applicatio circuits. These parts can also be used as line repeaters, with cable lengths longer than 000 feet, as shown in Figure. To minimize reflectio, the line should be terminated at both ends in its characteristic impedance, and stub lengths off the main line should be kept as short as possible. The slew-rate-limited MX8/MX88 and the partially slew-rate-limited MX86 are more tolerant of imperfect termination. E I O E MX8/MX8/MX86/MX88/MX90/MX91 1

14 .-Powered, 10Mbps and Slew-ate-Limited True S-8/S- Traceivers MX8/MX8/MX86/MX88/MX90/MX91 O E E I 10Ω 10Ω NOTE: E N E ON MX91 ONL. I E E O Figure. MX88/MX90/MX91 Full-uplex S-8 Network O E E I NOTE: E N E ON MX91 ONL. 10Ω 10Ω MX88 MX90 MX91 T IN T Figure. Line epeater for MX88/MX90/MX91 I E E O 10Ω 10Ω MX88 MX90 MX91 I E E O 1

15 .-Powered, 10Mbps and Slew-ate-Limited True S-8/S- Traceivers _Ordering Information (continued) PT TEMP. NGE PIN-PCKGE MX86CP MX86CS MX86C/ 8 Plastic IP 8 SO ice* MX86EP -0 C to +8 C 8 Plastic IP MX86ES -0 C to +8 C 8 SO MX88CP 8 Plastic IP MX88CS MX88C/ 8 SO ice* MX88EP -0 C to +8 C 8 Plastic IP MX88ES -0 C to +8 C 8 SO MX90CP 8 Plastic IP MX90CS MX90C/ 8 SO ice* MX90EP -0 C to +8 C 8 Plastic IP MX90ES -0 C to +8 C 8 SO MX91CP 1 Plastic IP MX91CS MX91C/ 1 SO ice* MX91EP -0 C to +8 C 1 Plastic IP MX91ES -0 C to +8 C 1 SO * Contact factory for for dice specificatio. Chip Topography O E E I GN 0.086" (.18mm) GN TNSISTO COUNT: 810 SUSTTE CONNECTE TO GOUN / 0.16" (.71mm) / MX8/MX8/MX86/MX88/MX90/MX91 1

16 .-Powered, 10Mbps and Slew-ate-Limited True S-8/S- Traceivers MX8/MX8/MX86/MX88/MX90/MX91 Package Information L 1 e 1 1 E e H 0.101mm 0.00in. 1 SO SMLL LINE PCKGE (0.10 in.) C 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. 16 Maxim Integrated Products, 10 San Gabriel rive, Sunnyvale, C 9086 (08) L E E1 0-1 C e e 0-8 Plastic IP PLSTIC UL-IN-LINE PCKGE (0.00 in.) IM 1 C E e H L IM IM 1 1 C 1 E E1 e e e L IM MIN PINS MIN PINS INCHES 0.00 MX INCHES MIN INCHES MIN MX MX INCHES MX MILLIMETES MIN MX MILLIMETES MIN MX MILLIMETES MIN MX MILLIMETES MIN MX Maxim Integrated Products Printed US is a registered trademark of Maxim Integrated Products.