DS14C335中文资料

DS14C232Low Power +5V Powered TIA/EIA-232Dual Driver/ReceiverGeneral DescriptionThe DS14C232is a low power dual driver/receiver featuring an onboard DC to DC converter,eliminating the need for ±12V power supplies.The device only requires a +5V power supply.I CC is specified at 3.0mA maximum,making the device ideal for battery and power conscious applications.The drivers’slew rate is set internally and the receivers feature internal noise filtering,eliminating the need for exter-nal slew rate and filter capacitors.The device is designed to interface data terminal equipment (DTE)with data circuit-terminating equipment (DCE).The driver inputs and receiver outputs are TTL and CMOS compatible.DS14C232C driver outputs and receiver inputs meet TIA/EIA-232-E (RS-232)and CCITT V.28standards.Featuresn Pin compatible with industry standard MAX232,LT1081,ICL232and TSC232n Single +5V power supplyn Low power —I CC 3.0mA maximumn DS14C232C meets TIA/EIA-232-E (RS-232)and CCITT V.28standards n CMOS technology n Receiver Noise Filtern Package efficiency —2drivers and 2receivers n Available in Plastic DIP ,Narrow and Wide SOIC packagesn TIA/EIA-232compatible extended temperature range option:DS14C232T −40˚C to +85˚C DS14C232E/J:−55˚C to +125˚CConnection Diagram 01074401Order Number DS14C232CN,DS14C232CM,orDS14C232TMSee NS Package Number N16E,or M16AFunctional Diagram01074402October 1999DS14C232Low Power +5V Powered TIA/EIA-232Dual Driver/Receiver©2004National Semiconductor Corporation Absolute Maximum Ratings (Note 1)Specifications for the 883version of this product are listed separately on the following pages.Supply Voltage,V CC −0.3V to 6VV +Pin (V CC −0.3)V to +14VV −Pin+0.3V to −14VDriver Input Voltage −0.3V to (V CC +0.3V)Driver Output Voltage (V ++0.3V)to (V −−0.3V)Receiver Input Voltage ±25VReceiver Output Voltage −0.3V to (V CC +0.3V)Junction Temperature+150˚CMaximum Package Power Dissipation @25˚C (Note 6)N Package 1698mW M Package 1156mW Short Circuit Duration,D OUTContinuousStorage Temp.Range −65˚C to +150˚CLead Temp.(Soldering,4sec.)+260˚C ESD Rating(HBM,1.5k Ω,100pF)≥2.5kVRecommended Operating ConditionsMin Max UnitsSupply Voltage,V CC 4.55.5VOperating Free Air Temp.(T A )DS14C232C 0+70˚C DS14C232T−40+85˚CElectrical Characteristics (Note 2)Over recommended operating conditions,unless otherwise specified Symbol ParameterConditionsMinTyp MaxUnits DC TO DC CONVERTER CHARACTERISTICSV +Positive Power Supply R L =3k Ω,C1–C4=1.0µF,D IN =0.8V 9.0V V −Negative Power Supply R L =3k Ω,C1–C4=1.0µF,D IN =2.0V −8.5V I CC Supply (V CC )Current No Load1.03.0mA DRIVER CHARACTERISTICSV IH High Level Input Voltage 2V CC V V IL Low Level Input Voltage GND 0.8V I IH High Level Input Current V IN ≥2.0V −10+10µA I IL Low Level Input Current V IN ≤0.8V −10+10µA V OH High Level Output Voltage R L =3k Ω 5.08.0V V OL Low Level Output Voltage R L =3k Ω−7.0−5.0V I OS+Output High Short Circuit CurrentV O =0V,V IN =0.8V (Note 3)−30−15−5.0mA I OS−Output Low Short Circuit CurrentV O =0V,V IN =2V 5.01130mA R OOutput Resistance−2V ≤V O ≤+2V,300ΩV CC =0V =GNDRECEIVER CHARACTERISTICS V THInput High Threshold VoltageV CC =5.0V 1.9 2.4V V CC =5.0V ±10%1.92.6V V TL Input Low Threshold Voltage 0.8 1.5V V HY Hysteresis 0.20.4 1.0V R IN Input Resistance −15V ≤V IN ≤+15V3.04.77.0k ΩI INInput CurrentV IN =+15V +2.14+3.75+5.0mA V IN =+3V +0.43+0.64+1.0mA V IN =−3V −1.0−0.64−0.43mA V IN =−15V−5.0−3.75−2.14mA V OHHigh Level Output VoltageV IN =−3V,I O =−3.2mA3.54.5VD S 14C 232 2Electrical Characteristics(Note2)(Continued)Over recommended operating conditions,unless otherwise specifiedSymbol Parameter Conditions Min Typ Max Units RECEIVER CHARACTERISTICSV IN=−3V,I O=−20µA 4.0 4.9V V OL Low Level Output Voltage V IN=+3V,I O=+3.2mA0.150.4VSwitching CharacteristicsOver recommended operating conditions,unless otherwise specified.Symbol Parameter Conditions Min Typ Max Units DRIVER CHARACTERISTICSt PLH Propagation Delay Low toHigh R L=3kΩC L=50pFFigure1andFigure21.0 4.0µst PHL Propagation Delay High toLow1.0 4.0µs t SK Skew|t PLH−t PHL|0.1 1.0µs SR1Output Slew Rate R L=3kΩto7kΩ,C L=50pF(Note7) 4.030V/µs SR2Output Slew Rate R L=3kΩ,C L=2500pF 4.5V/µs RECEIVER CHARACTERISTICSt PLH Propagation Delay Low toHighInput Pulse Width>10µs 2.9 6.5µst PHL Propagation Delay High toLowC L=50pF 2.5 6.5µs t SK Skew|t PLH−t PHL|(Figures3,4)0.4 2.0µs t nw Noise Pulse Width Rejected(Figures3,4)0.70.5µsNote1:“Absolute Maximum Ratings”are those values beyond which the safety of the device cannot be guaranteed.They are not meant to imply that the devices should be operated at these limits.The tables of“Electrical Characteristics”specify conditions for device operation.Note2:Current into device pins is defined as positive.Current out of device pins is defined as negative.All voltages are referenced to ground unless otherwise specified.Note3:IOS+and IOS−values are for one output at a time.If more than one output is shorted simultaneously,the device power dissipation may be exceeded. Note4:Receiver AC input waveform for test purposes:t r=t f=200ns,V IH=3V,V IL=−3V,f=30kHz.Note5:All typicals are given for V CC=5.0V.Note6:Ratings apply to ambient temperature at+25˚C.Above this temperature derate:N Package15.6mW/˚C,and M Package10.6mW/˚C.Note7:Slew rate is defined as∆V/∆t,measured between±3V level.Absolute Maximum Ratings(Note1) For complete Military Product Specifications,refer to the appropriate SMD or MDS.Supply Voltage,V CC−0.3V to6V V+Pin(V CC−0.3)V to+14V V−Pin+0.3V to−14V Driver Input Voltage−0.3V to(V CC+0.3V) Driver Output Voltage(V++0.3V)to(V−−0.3V) Receiver Input Voltage±25V Receiver Output Voltage−0.3V to(V CC+0.3V) Maximum Package Power Dissipation@25˚C(Note8)J Package1520mWE Package2000mW Short Circuit Duration,D OUT ContinuousStorage Temp.Range−65˚C to+150˚CLead Temp.(Soldering,4sec.)+260˚CESD Rating(HMB,1.5kΩ,100pF)≥2.5kVRecommended OperatingConditionsMin Max Units Supply Voltage,V CC 4.5 5.5VOperating Free Air Temp.(T A)DS14C232E/J−55+125˚CDS14C2323Electrical Characteristics (Note 2)Over recommended operating conditions,unless otherwise specified Symbol ParameterConditionsMinMax Units DEVICE CHARACTERISTICS (C1–C4=1.0µF)I CC Supply (V CC )Current No Load8.0mA DRIVER CHARACTERISTICSV IH High Level Input Voltage 2V V IL Low Level Input Voltage 0.8V I IH High Level Input Current V IN ≥2.0V 100µA I IL Low Level Input Current V IN =0V 100µA V OH High Level Output Voltage R L =3k Ω 5.0V V OL Low Level Output Voltage R L =3k Ω−5.0V I OS+Output High Short Circuit Current V O =0V (Note 3)−25mA I OS−Output Low Short Circuit Current V O =0V25mA R OOutput Resistance−2V ≤V O ≤+2V,T A =25˚C,300ΩV CC =0V =GNDRECEIVER CHARACTERISTICS (C1–C4=1.0µF)V TH Input High Threshold Voltage 3.0V V TL Input Low Threshold Voltage 0.2V V HY Hysteresis T A =25˚C,+125˚C 0.1 1.0V T A =−55˚C0.05 1.0V R IN Input ResistanceV IN =±3V and ±15V,T A =25˚C 3.07.0k ΩV OH High Level Output Voltage I O =−3.2mA 3.5V I O =−20µA 4.0V V OLLow Level Output VoltageI O =+3.2mA0.4VSwitching CharacteristicsOver recommended operating conditions,unless otherwise specified.Symbol ParameterConditionsMinMax Units DRIVER CHARACTERISTICS (C1–C4=1.0µF)t PLH Propagation Delay Low to High R L =3k Ω,C L =50pFFigures 1,24.0µs t PHL Propagation Delay High to Low 4.0µs t SK Skew |t PLH −t PHL | 1.0µs SR1Output Slew RateR L =3k Ωto 7k Ω,C L =2500pF (Note 7)1.530V/µs RECEIVER CHARACTERISTICS (C1–C4=1.0µF)t PLH Propagation Delay Low to High Input Pulse Width >10µs 8.0µs t PHL Propagation Delay High to Low C L =50pF 8.0µs t SKSkew |t PLH −t PHL |(Figures 3,4)2.0µsNote 8:Ratings apply to ambient temperature at +25˚C.Above this temperature derate:J Package 12.2mW/˚C and E Package 13.3mW/˚C.D S 14C 232 4Connection DiagramsJ Package16-Lead Dual-In-line Package01074401E Package20-Lead Ceramic Leadless Chip Carrier01074410For Complete Military Product SpecificationsSee MDS or SMD.Order Number DS14C232J/883or DS14C232E/883See NS Package Number E20A or J16AParameter Measurement Information01074403FIGURE 1.Driver Load Circuit01074404FIGURE 2.Driver Switching WaveformDS14C2325Parameter Measurement Information(Continued)Pin DescriptionsV CC (Pin 16)Power supply pin for the device,+5V (±10%).V+(Pin 2)Positive supply for TIA/EIA-232-E drivers.Recommended external capacitor:C4-1.0µF (6.3V).Capacitor value should be larger than 1µF.This supply is not intended to be loaded externally.V−(Pin 6)Negative supply for TIA/EIA-232-E drivers.Recommended external capacitor:C3-1.0µF (16V).Capacitor value should be larger than 1µF.This supply is not intended to be loaded externally.C1+,C1−(Pins 1,3)External capacitor connection pins.Recommended capaci-tor:1.0µF (6.3V).Capacitor value should be larger than 1µF.C2+,C2−(Pins 4,5)External capacitor connection pins.Recommended capaci-tor:1.0µF (16V).Capacitor value should be greater than 1µF.D IN 1,D IN 2(Pins 11,10)Driver input pins are TTL/CMOS compatible.Inputs of un-used drivers may be left open,an internal active pull-up resistor (500k Ωminimum,typically 5M Ω)pulls input HIGH.Output will be LOW for open inputs.D OUT 1,D OUT 2(Pins 14,7)Driver output pins conform to TIA/EIA-232-E levels.R IN 1,R IN 2(Pins 13,8)Receiver input pins accept TIA/EIA-232-E input voltages (±25V).Receivers feature a noise filter and guaranteed hysteresis of 100mV.Unused receiver input pins may be left open.Internal input resistor 4.7k Ωpulls input low,providing a failsafe high output.R OUT 1,R OUT 2(Pins 12,9)Receiver output pins are TTL/CMOS compatible.Receiver output HIGH voltage is specified for both CMOS and TTL load conditions.GND (Pin 15)Ground Pin.01074405FIGURE 3.Receiver Load Circuit01074406FIGURE 4.Receiver Propagation Delays and Noise Rejection (Note 4)D S 14C 232 6Typical Application InformationApplication of DS14C232and INS825001074407Typical Connection Diagram01074409DS14C2327Typical Performance CharacteristicsDRIVER V OH &V OL vs POWER SUPPLY VOLTAGE0107441101074412V CC =5.0V,R L =3k Ω,C L =15pF (includes jig and probe capacitance),C P =1µF01074413S1V O 2.0VV OLS1V O 0.8VV OHDRIVER SLEW RATE vs POWER SUPPLY VOLTAGE &LOADCAPACITANCE0107441401074415T a =25˚C,R L =5k Ω,C P =1µF,ƒ=30KHz01074416SR =6V/t1or 6V/t2,whichever is greater.D S 14C 232 8Physical Dimensionsinches (millimeters)unless otherwise notedOrder Number DS14C232E/883NS Package Number E20AOrder Number DS14C232J/883NS Package Number J16ADS14C2329Physical Dimensionsinches (millimeters)unless otherwise noted (Continued)Order Number DS14C232CM or DS14C232TMNS Package Number M16AOrder Number DS14C232CN NS Package Number N16ED S 14C 232 10NotesLIFE SUPPORT POLICYNATIONAL’S PRODUCTS ARE NOT AUTHORIZED FOR USE AS CRITICAL COMPONENTS IN LIFE SUPPORT DEVICES OR SYSTEMS WITHOUT THE EXPRESS WRITTEN APPROVAL OF THE PRESIDENT AND GENERAL COUNSEL OF NATIONAL SEMICONDUCTOR CORPORATION.As used herein:1.Life support devices or systems are devices or systems which,(a)are intended for surgical implant into the body,or (b)support or sustain life,and whose failure to perform when properly used in accordance with instructions for use provided in the labeling,can be reasonably expected to result in a significant injury to the user. 2.A critical component is any component of a life support device or system whose failure to perform can be reasonably expected to cause the failure of the life support device or system,or to affect its safety or effectiveness.BANNED SUBSTANCE COMPLIANCENational Semiconductor certifies that the products and packing materials meet the provisions of the Customer Products Stewardship Specification (CSP-9-111C2)and the Banned Substances and Materials of Interest Specification (CSP-9-111S2)and contain no ‘‘Banned Substances’’as defined in CSP-9-111S2.National Semiconductor Americas Customer Support CenterEmail:new.feedback@ Tel:1-800-272-9959National SemiconductorEurope Customer Support CenterFax:+49(0)180-5308586Email:europe.support@Deutsch Tel:+49(0)6995086208English Tel:+44(0)8702402171Français Tel:+33(0)141918790National Semiconductor Asia Pacific Customer Support CenterEmail:ap.support@National SemiconductorJapan Customer Support Center Fax:81-3-5639-7507Email:jpn.feedback@ Tel:81-3-5639-7560DS14C232Low Power +5V Powered TIA/EIA-232Dual Driver/ReceiverNational does not assume any responsibility for use of any circuitry described,no circuit patent licenses are implied and National reserves the right at any time without notice to change said circuitry and specifications.元器件交易网。

1E-mail:*************************23-Way & 4-Way Valves, 2 & 3 PositionGENERAL DESCRIPTIONWafer SealingWafer type elastomer sealingprovides leakproof and low frictionoperation throughout entire pressure range.Versa’s C-Series, C5, C7 & C9, valves are multi-purpose three and four-way, 2 and 3 position, solenoid/pilot, pilot and manually operated pneumatic valves consisting of two body types; side ported and manifold mounted. All the C-Series solenoid valves utilize a high performance solenoid pilot design. This design takes advantage of the available media pressure/force to shift valve assuring positive shifting. A low power solenoid controls the pilot signal which provides the positive force for shifting the valve spool. Solenoid/pilot supply can be either Inpilot or Expilot.Double solenoid/pilot 2 position models feature detented offset positions. Double solenoid/pilot 3 position models feature a spring return to the unactuated center position with all ports blocked or exhaust ports open in the center position or cylinder ports open to inlet.A balanced, packed spool is the flow controlling element of each valve. The balanced spool allows the force necessary to shift the valve to remain independent of the pressure of the medium being controlled. The use of elastomer sealing provides bubble tight operation thus enabling positive positioning of 3 position devices and thrift of operation due to no waste of leaking air.Features: ValveEpoxy molded coilsFor moisture resistance & heat dissipation.Air-Assisted Spring Return Air boosts spring for positive valve return.Anodized Aluminum And Stainless Steel Construction All wetted parts resist damage due to corrosion.ValvesSelector chart, Valves .....................................................................................................................Page 5 Solenoid Operated (side ported and manifold mounte d) ................................................................Page 6 Pilot Operated ................................................................................................................................Page 6-7 Palm button ....................................................................................................................................Page 7-8 Rotary .............................................................................................................................................Page 8-9 Lever ..............................................................................................................................................Page 9-10ElectricalGeneral Purpose Solenoids ...........................................................................................................Page 11 Hazardous Location Solenoids.......................................................................................................Page 12-13 Recommended Hazardous Location Solenoid Option Packages ...................................................Page 14ManifoldsManifold Selector (Plug-In) .............................................................................................................Page 15 Manifold Selector (Rack Mounted) .................................................................................................Page 19 Manifold Accessories (Plug-In) .......................................................................................................Page 16-18 Manifold Accessories (Rack Mounted) ...........................................................................................Page 19Repair kits ...........................................................................................................................................Page 4Specifications .....................................................................................................................................Page 4Dimensions .........................................................................................................................................Page 20012022C SeriesViton SealingProvides superior wear and temperature protection.Life CycleRated for 20 million bubble tight cycles in lubricated service (10 million in non-lubricated service).Balanced SpoolForces required to actuate the valve are unaffected by the controlled pressure.Bubble Tight serviceProvides leak tight sealing reducing cost due to wasted air and positive positioning of actuated device when utilizing 3-position valves.33-WAY VALVE & RACK MOUNT MANIFOLDComplete range of AC & DC voltages.Circuit boardwith integral wiring terminal strip provides fast and easy installation.Junction box doors and screws are captive, reducingthe chance of losing parts, therefore simplifying installation.Plug-InIndicator Lights The indicator light option allows electricalset-up, test and troubleshooting capabilities, simplifying installation. Lights are easilyretrofitted in the field .Junction boxes can be retrofitted inthe field .Plug-In plate Connects valve to manifold . Same junction box is utilized for both single and double solenoid valves. All coils are fac-tory pre-wired to junction box.Three Screws Fasten Valve to ManifoldEase of installation and serviceability. No need to make or break any plumbing connections. Simple connect/disconnect of electrical connections when plug-in option is specified.Integral Support Bracket MountingNo extra parts or brackets are required in mounting complete valve/manifold assembly. Four very assessable mounting brackets simplify installation.Features: ManifoldsSolenoid and Manual side ported ValvesRegulatorSandwitch regulator 4 and 5 WAY (Dual pressure 4-Way).Many Solenoid Electrical Connections• DIN connectors with cord grip or conduit connection• Conduit connection • Spade terminals •Wire leadsSolenoid PilotPalm ButtonLeverPilotManifolds/Plug-INRack MountedRotary ButtonMaterials,ValvesValve body, plunger:Anodized AluminumActuating caps: Solenoid (Standard): Solenoid (Low-Watt): PilotManualSpring Cap: Anodized Aluminum Synthetic Resin Anodized Aluminum Anodized Aluminum Synthetic ResinPilot Piston:Synthetic ResinValve Seals:Plunger & Body - FKM (fluorocarbon) Pilot Piston -NBR (nitrile) Solenoid Parts (wetted):304, 430F Stainless Steel and BrassMaterials ManifoldsManifold, End Plates:Die cast Aluminum, powder coat-epoxy paintedBleed Control Plate, Junction Box:Synthetic ResinRegulator Accessory Plate:Black Anodized AluminumStation Blank:Black Oxide SteelT rack-gaskets:NBR (nitrile)Screws: Manifold to Manifold: Valve to Manifold:Black Oxide SteelStainless Steel4Specification5**Separate pressure line connection needed to supply solenoid-pilot, differential pilot return or to control pressure pilot. †Internal auxiliary porting supplies pressurized medium being controlled to pilot, solenoid- pilot or differential pilot return.*Add coil code from page 13**DIN connectors for this coil is P-1005-70-HC† Match coil to valve product number using -027 or -043 designation (see page for part number)†† DIN connectors C5/C7 is P-1520-70-HC, C9 is P-1005-70-HC6* Add solenoid/coil voltages (page 13) & Suffix from Selector Chart (page 5)VALVES7VALVES3-Position 8*Options for Manually Actuated Palm Button Valves Suffix Push Button Knob Color-25B Large diameter 1.81” (46mm) black button.-25BG Large diameter 1.81” (46mm) green button.-25BR Large diameter 1.81” (46mm) red button.9*Options for Manually Actuated Palm Button Valves Suffix Lever Handle Position-218A Lever is rotated 90° counter clockwise from vertical upright position.-218B Lever is rotated 180° counter clockwise from vertical upright position.-218C Lever is rotated 270° counter clockwise from vertical upright position10*-43 Additional panel nut for button or rotary switch valves. Reduces panel thickness from 0.56” (14.2) to 0.44” (11mm).VALVES11*OverridesFour types of overrides are available: Suffix Detail -G, -G5R (standard), -M and -CML. The -G5R (standard) is a push twist to lock, requires no call out. -G is a guarded momentary contact, -M is an unguarded momentary contact and -CML is a raised grip, push twist to lock. Three styles are available depending on the solenoid pilot cap used; one made of, engineered polymer or two made of aluminum. The engineered polymer (shown top): -M, G5R (standard) & -CML. Aluminum (shown middle): -M, -G5R (standard), -CML & -G. Aluminum (shown bottom): -M, -G5R (standard) & -CML. (see chart above for applicable coil and override).-M G 5R CML G-C8Low Watt -027 & -043-228L -243 -C15 & -C50Agency ApprovalsWorld*12HAZARDOUS LOCATION SOLENOID OPERATOR SPECIFICATIONS Solenoid/Pilot actuated C Series valves are available with a variety of different solenoids forhazardous locations. Basic details of actuators are listed below. For additional data consult factory. 13Certification/PowerNorth American - CSAATEX - IECEx - INMETRO Enclosure/WireStandard PowerLow Watt*Standard PowerLow Watt*Steel, Electroless Nickel Plated, 24 Inch Leads-XXL4-XXN4-XNL4-XNN4Stainless Steel, High Performance 430 type, 24 Inch leads -XXE4-XXJ4-XNE4-XNJ4Stainless Steel, 316L type, Junction Box with Terminal Stripn/a-XDBT9**n/a-XDBS914Cross Reference Chart* 1.8 watt solenoid. Also available is 0.85 watt, see cross reference chart above. For 0.50 watt, consult factory.** All the –XDBT type solenoids are “World Solenoids.” Certified for North America, A TEX, IECEx and INMETROElectrical15Notes:* Voltage options - see page 11† The number of stations - 2-12 (½” manifold limited to 8 stations with multi pin connector)†† Plug-In manifold, Multi-Pin connector (Left & right orientation based on viewing manifold cylinder ports) P Plug-In manifold PL Plug-In manifold with lights*PM Multi-Pin connector left hand side PML Multi-Pin connector left hand side with lights* PMR Multi-Pin connector right hand side PMRL Multi-Pin connector right hand side with lights** Lights require same voltage option as solenoid operator being used ISO ports available on both valves and manifolds. Contact factory for part number.Shown:1 C7M-4402-3-PML-D024; Manifold1 CSG-4332-027-P-D024; Valve, Single Solenoid2 CGG-4332-027-P-D024; Valve, Dual Solenoid 1 C7AR-4125MG-P; RegulatorIsolation Shutoff PlateIsolation Shutoff Plate(Suffix -C7M-IP4M) Available on C7 manifolds to isolate individual valves. By turning the slotted spool in the center of the isolation plate 90° the air flow to the valve can beshutoff facilitate maintenance or testing.Spacer PlateSpacer PlateRequired on C5 & C7 stacking manifold for mounting adjacent valves with hazardous service electrical operators or when mounting side by side regulators (see page 12).Hazardous Service solenoids, non Plug-In valves and side byside regulatorsC5C5M-SP4M 0.55”wide C7C7M-SP4M0.40”widePlug-InValvesC5C5M-SP4M-P 0.55”wide C7C7M-SP4M-P 0.40”wideIntermediate Supply Plate(Suffix -SP_) In applications where additional air source is required. To increase the available volume of air. Consult factory for application assistance.Hazardous Service andnon Plug-In Valves C5C5M-4202-SP 0.55”wideC7C7M-4302-SP 1.2”widePlug-In ValvesC5C5M-SP-P 0.55”wide C7C7M-SP-P1.2”wideBleed ControlBleed Control PlatesBleed Control Plates that provide speed con-trol through metering of the exhausts can be added as an option for any valve stations thatrequire this featureC5C5M-BC4M C5M-BC4M-PFor Low Watt Plug-In valvesC7C7M-BC4M C7M-BC4M-PFor Low Watt Plug-In valves C9C9M-BC4M C9M-BC4M-PFor Low Watt Plug-In valvesStation BlankStation BlankA station blank is used to secure an unusedmanifold valve stationC5C5M-SB4M C7C7M-SB4M C9C9M-SB4M16Isolation Disc (Suffix -XS_)Isolation Discs are small gasketed shields that can be placed between manifold stations, to effectively isolate a group of valves that utilize the same pressure.17C7C9Surge Suppression DiodeC5, C7 & C9Multi Pin Connectors, Plug-In Manifold12345678910111213141516171819202122232425A 1214B V dc++-Single Station Manifold C5: C5M-430 (1/4” NPT Ports)C7: C7M-430 (1/4” NPT Ports)C7: C7M-440 (3/8” NPT Ports)C9: C9M-450 (1/2” NPT Ports)Single Station ManifoldsDimensionsSeries A B C C5 3.79”(96.3) 1.25”(31.6)8.94”(227.1)C74.04”(102.6) 1.5”(38.1)9.4”(238.8)C95.33”(135.4)2.14”(54.4)13.67”(347.2)18Regulator Plug-InNotes:1) Regulator Assembly includes gauge, valve mounting screws and track-gasket.2) For side by side mounting of regulators or for regulators on every station, consult factory.3) Regulators for use with INPilot type valves only.4) For 4-way type regulator, must specify 4-way valve. For 5-way type regulator, must specify 5-way valve. Change first 4 in valve part number to 5, for example, CSG-4332-043 changes to CSG-5332-043.5) Minimum manifold inlet pressure based on valve type.Metric dimensions in mm shown in parenthesis.Flow Diagram above shows one single solenoid valve mounted on the Regulator Assembly.Flow Diagram above shows one single solenoid valve mounted on the Regulator Assembly. Supply Main pressure is supplied to the ‘EB’ (5) port and Regulated pressure is supplied tothe ‘EA’ (3) port.DUAL PRESSURE (5-WAY) REGULATOR FLOW DIAGRAMSINGLE PRESSURE (4-WAY) REGULATOR FLOW DIAGRAM4 way5 WAY (Dual pressure 4-Way)Pressure Range psi C5C7C5C7C5AR-4010GC7AR-4010G C5AR-5010G C7AR-5010G 1-10C5AR-4030G C7AR-4030G C5AR-5030G C7AR-5030G 3-30C5AR-4060G C7AR-4060G C5AR-5060G C7AR-5060G 5-60C5AR-4125GC7AR-4125GC5AR-5125GC7AR-5125G 10-125DimensionsSeriesABCC5 2.12” (53.8) 1.25” (31.8) 6.79” (172.5)C72.27” (57.7) 1.7” (42.4)8.66” (220)19Regulator Rack ManifoldNOTES:1) Regulator Assembly includes valve mounting screws and O-rings and can only be mounted on every other station. Alternate regulator assemblies for adjacent stations.2) All valves must be EXPilot type. No auxiliary pilot pressure required (see diagrams).3) Minimum manifold inlet pressure required is based on valve type. See Technical Information page 5.4) C7 only: regulator assembly product numbers listed are for use with Expilot solenoid operated valves only. For pilot or lever operated valves add “P” to the product number shown. FOR EXAMPLE: C7AR-4010GP 5) C7 only: assemble the adapter assembly flush in the pilot port of solenoid valve using a 9/16” wrench.Rack Mount RegulatorInch (mm)Rack Bleed ControlC5: C5M-BC4C7: C7M-BC4Rack Station BlankC5: C5M-SB4C7: C7M-SB4C9: C9M-SB4Shown: 1 Manifold: C7M-4300-31 Regulator: C7AR-4125G1 Four-Way Valve: CSG-4302-228L-D0241 Four-Way Valve: CSG-4322-228L-D024 1 Four-Way Valve:CGG-4322-228L-D0243-WAY C5 & C7 Rack Mounted Manifolds DimensionsMountingHolesHeight Width 2 Station 3 Station 4 Station 5 Station 6 Station 7 Station 8 Station 9 Station 10 StationSeries A B A B A B A B A B A B A B A B A B C D E F C5 2.502.193.443.134.384.065.31 5.0 6.255.937.196.888.137.818.139.0610.09.69 1.482.273.00 1.25C73.132.754.253.885.38 5.06.506.137.637.258.758.389.889.5011.010.6312.1311.75 1.0 2.03.001.50Rack Mounted Manifold Part NumberValve SeriesPart NumberManifold Port SizeC5C5M-3300-(*number of stations)¼” NPT C7C7M-3400-(*number of stations)⅜” NPT20Valves, Sideported*Indicate number of stations, 2 to 10NOTE: manifolds available with ISO threads, consult factory.NOTE: valves available with ISO threads, consult factory.* Dimensions: InchesIN1/4” NPT TYP0.276.7Rack Mounted Manifold Part NumberValve SeriesPart NumberManifold Port SizeC5C5M-4300-(*number of stations)¼” NPT C7C7M-4400-(*number of stations)⅜” NPT21Valves, Sideported*Indicate number of stations, 2 to 10NOTE: manifolds available with ISO threads, consult factory.NOTE: valves available with ISO threads, consult factory.* Dimensions: Inches22Lever ActuatedButton ActuatedRotary Switch Actuated**For Option -25B Large button.NOTE: valves available with ISO threads, consult factory.Panel Hole size is 7/8” Dia.For Button and Rotary Switch valves.Dimensions23EONE EACH SIDE(optional)WARNINGS REGARDING THE DESIGN APPLICATION,INSTALLATION AND SERVICE OF VERSA PRODUCTSThe warnings below must be read and reviewed before designing a system utilizing, installing, servicing, or removing a Versa product. Improper use, installation or servicing of a Versa product could create a hazard to personnel and property.DESIGN APPLICATION WARNINGSVersa products are intended for use where compressed air or industrial hydraulic fluids are present. For use with media other than specified or for non-industrial applications or other applications not within published specifications, consult Versa.Versa products are not inherently dangerous. They are only a component of a larger system. The system in which a Versa product is used must include adequate safeguards to prevent injury or damage in the event of system or product failure, whether this failure be of switches, regulators, cylinders, valves or any other system component. System designers must provide adequate warnings for each system in which a Versa product is utilized. These warnings, including those set forth herein, should be provided by the designer to those who will come in contact with the system.Where questions exist regarding the applicability of a Versa product to a given use, inquiries should be addressed directly to the manufacturer. Confirmation should be obtained directly from the manufacturer regarding any questioned application prior to proceeding.INSTALLATION, OPERATION AND SERVICE WARNINGSDo not install or service any Versa product on a system or machine without first depressurizing the system and turning off any air, fluid, or electricity to the system or machine. All applicable electrical, mechanical, and safety codes, as well as applicable governmental regulations and laws must be complied with when installing or servicing a Versa product.Versa products should only be installed or serviced by qualified, knowledgeable personnel who understand how these specific products are to be installed and operated. The individual must be familiar with the particular specifications, including specifications for temperature, pressure, lubrication, environment and filtration for the Versa product which is being installed or serviced. Specifications may be obtained upon request directly from Versa. If damages should occur to a Versa product, do not Operate the system containing the Versa product. Consult Versa for technical information.LIMITED WARRANTY DISCLAIMER AND LIMITATION OF REMEDIES Versa’s Series products are warranted to be free from defective material and workmanship for a period of ten years from the date of manufacture, provided said products are used in accordance with Versa specifications. Versa’s liability pursuant to that warranty is limited to the replacement of the Versa product proved to be defective provided the allegedly defective product is returned to Versa or its authorized distributor. Versa provides no other warranties, expressed or implied, except as stated above. There are no implied warranties of merchantability or fitness for a particular purpose. Versa’s liability for breach of warranty as herein stated is the only and exclusive remedy and in no event shall Versa be responsible or liable for incidental or consequential damages.Versa Products Company Inc.22 Spring Valley RoadParamus, New Jersey 07652USAPhone: 201-843-2400Fax: 201-843-2931Versa BVPrins Willem Alexanderlaan 14277321 GB Apeldoorn The NetherlandsPhone: 011-31-55-368-1900Fax: 011-31-55-368-1909email:**********************®。

加德纳丹佛工业用螺旋压缩机用油说明书我们推荐使用质量好的、按照下文要求的机油或循环油（液化油）等碳氢化合物润滑剂。

我们主要推荐的是加德纳丹佛 F 2105型螺旋压缩机油，这种机油在压缩机中已经预先填充好。

10升序列号 033 891 41200升序列号 033 891 43如果没有这种油，对油的选择就要注意以下因素：矿物油选用为螺旋压缩机特配的油，此种油中须含有抗氧化剂、抗生锈、防止发泡、抗磨损成分。

合成润滑油选用为螺旋压缩机特配的油，此种油中须含有抗氧化剂、抗生锈、防止发泡、抗磨损成分。

粘性—起始温度最高为500 mm2 /s （﹥0℃）—运行温度最低为7mm2/s (=环境温度的55℃以上)闪点-最低温度为180℃（开杯）在一般环境下，当使用ISO VG 32…46 或 SAE 10W…20W/20 油，这些条件都须满足。

在循环利用油前，必须检查如下的各项（对压缩机的操作有影响）：-运行温度（持续在90℃以上的运行温度会使一半的普通油变为矿物油）-耗油量（运行温度越高，耗油量越多）-是否-是否形成漆膜（影响降温和油分离效果）可以通过观察金属棕色漆涂料判断漆膜形成。

注意：不同品质和类型的油不能混合使用第 1 页共14 页目录电子股 (1)控制板.....................................................................................................2. 操作 . (3)主要结构的菜单 (3)读出/状态菜单 (4)错误读出菜单 (4)计时器菜单 (4)操作性设置菜单 (5)调节输出和卸载压力 (5)压力设置计划 (5)调节卸载时间 (6)调节冷凝排水时间 (7)调整电子股置 (8)显示厂家设置菜单 (8)服务菜单 (9)机器配置改编菜单 (10)出厂设置 (11)服务设置 (11)服务诊断菜单 (12)错误警报电气显示 (13)压缩机设置 (15)使用器设置 (15)出厂设置，使用者无法改动 (16)第 2 页共14 页电子股电子股控制着和压缩机调节有关的所有功能。

CLC014Adaptive Cable Equalizer for High-Speed Data RecoveryGeneral DescriptionNational’s CLC014adaptive cable equalizer is a low-cost monolithic solution for equalizing data transmitted over cable (or any media with similar dispersive loss characteristics).The CLC014simplifies the task of high-speed data recovery with a one-chip solution and a minimal number of external components.The equalizer automatically adapts to equalize any cable length from zero meters to lengths that attenuate the signal by 40dB at 200MHz.This corresponds to 300meters of Belden 8281or 120meters of Category 5UTP (unshielded twisted pair).The CLC014provides superior jitter performance:180ps pp for 270Mbps data that has passed through 200meters of Belden 8281cable.This exceptional perfor-mance provides wide error margin in digital data links.The equalizer operates on a single supply with a power con-sumption of only 290mW.The small 14-pin SOIC package allows for high-density placement of components for multi-channel applications such as routers.The equalizer oper-ates over a wide range of data rates from less than 50Mbps to rates in excess of 650Mbps.The equalizer is flexible in allowing either single-ended or differential input drive.Its high common mode rejection pro-vides excellent immunity to interference from noise sources.On-chip quantized feedback eliminates baseline wander.Additional features include a carrier detect output and an output mute pin which,when tied together,mute the output when no signal is present.A buffered eye monitor output is provided,for viewing the equalized signal prior to the com-parator.Differential AEC pins allow the user to set the inter-nal adaptive loop time constant with one external capacitor.Also,the CLC014is insensitive to the pathological patterns inherent in the video industry standards.Featuresn Automatic equalization of coaxial and twisted pair cables n Carrier detection and output mute n Output eye monitorn Single supply operation:+5V or −5.2V n Single-ended or differential input nLow costApplicationsn SMPTE 259M serial digital interfaces:NTSC/PAL,4:2:2component and wide screen;also 540Mbps (4:4:4:4)n Serial digital video routing and distribution n Serial digital data equalization and reception n Data recovery equalization:ATM,CAD networks,medical,set top terminals,industrial video networksKey Specificationsn Low jitter:180ps pp @270Mbps through 200meters of Belden 8281coaxial cablen High data rates:<50Mbps to >650Mbps n Excellent input return loss:19dB @270MHz n Low supply current:58mAn Equalizes up to 300+meters of Belden 8281or 120meters of Cat 5UTP cableTypical ApplicationDS100056-4June 1998CLC014Adaptive Cable Equalizer for High-Speed Data Recovery©1999National Semiconductor Corporation Connection DiagramVertical scale: 200mV/div270Mbps data through 300m of Belden 8281 coax cableDS100056-2Vertical scale: 200mV/div270Mbps data through 300m of Belden 8281 coax cableDS100056-3DS100056-114-Pin SOICOrder Number CLC014AJE See NS Package Number M14A 2Absolute Maximum Ratings(Note1)If Military/Aerospace specified devices are required, please contact the National Semiconductor Sales Office/ Distributors for availability and specifications.Supply Voltage(V CC–V EE)−0.3V,+6.5V Maximum Junction Temperature+150˚C Storage Temperature Range−65˚C to+150˚C Lead Temperature(Soldering4sec.)+260˚C ESD Rating(Note14)<500V θJA14-Pin SOIC(AJE)95˚C/W MTTF(based on limited life test data) 4.8x107hours Recommended Operating ConditionsSupply Voltage(V CC–V EE) 4.5V to5.5V Operating Temperature Range−40˚C to+85˚C Series Input Resistance(In Series w/DI&DI)100ΩInput Coupling Capacitance0.1µF AEC Capacitor(Connectedbetween AEC+&AEC−)50pF to1µF Cable Input Voltage Swing(Note4)720to880mV pp DO/DO Minimum Voltage(Note15)V CC–1.6VElectrical Characteristics(V CC=+5V,V EE=0V,signal source swing=0.8V pp(Note4),C AEC=100pF)Parameter ConditionsTyp+25˚CMin/Max+25˚CMin/Max−40˚C to+85˚CUnitsDYNAMIC PERFORMANCEResidual Jitter100meters Belden8281270Mbps PRN(Note5)150250400ps pp 200meters Belden8281270Mbps PRN(Note5)180250400ps pp 300meters Belden8281270Mbps PRN(Notes3,5)350500750ps pp Equalization Time Constant100meters Belden8281C AEC=100pF(Note6) 1.5__µs200meters Belden8281C AEC=100pF(Note6) 2.0__µs300meters Belden8281C AEC=100pF(Note6) 3.2__µs output rise and fall time(20%–80%)R collector=75Ω750__ps output duty cycle distortion30__ps minimum average transition density1/50__trans/ns maximum average data rate150m Belden8281(Note7)650__MbpsV CC Jitter Sensitivity27MHz0.85__ns/V 270MHz 1.90__ns/VV EE Jitter Sensitivity27MHz0.55__ns/V 270MHz 1.45__ns/V STATIC PERFORMANCESupply Current(Includes Output Current)V AEC=0V(Note3)5848/6840/75mAV AEC=0.4V(Note3)5343/6437/70mA Input and Output ParametersDO/DO output current108.7/11.38.0/12mADO/DO output voltage swing R collector=75Ω(Note3)750650/850600/900mVDI/DI common mode voltage 3.4__VAEC differential voltage Belden8281 1.5__mV/meter AEC+/AEC−common mode 3.6__V output eye monitor(OEM)bias potential 3.2__V carrier detect(CD)current output-HIGH CD V OH=4.5V−400__µA carrier detect(CD)current output-LOW CD V OL=0.5V600__µA MUTE voltage input-HIGH(Note3) 1.8 2.0 2.0V MUTE voltage input-LOW(Note3) 1.20.80.8V3Electrical Characteristics(Continued)(VCC=+5V,V EE=0V,signal source swing=0.8V pp(Note4),C AEC=100pF)Parameter ConditionsTyp+25˚CMin/Max+25˚CMin/Max−40˚C to+85˚CUnitsInput and Output ParametersMUTE current input-HIGH V IH=5V(Note3) 5.0±100±500nA MUTE current input-LOW V IL=0V(Note3)0.2±100±500nA TIMING PERFORMANCECD Response Timecarrier applied(Note8) 1.0__µs carrier removed(Note9)12__µs MUTE response time(Note10) 2.0__ns MISCELLANEOUS PERFORMANCEinput resistance single-ended7.3__kΩinput capacitance single-ended(Note11) 1.0__pF input return loss@270MHz Z o=75Ω(Note12)19__dB maximum cable attenuation200MHz(Note13)40__dB Note1:“Absolute Maximum Ratings”are those values beyond which the safety of the device cannot be guaranteed.They are not meant to imply that the devices should be operated at these limits.The table of“Electrical Characteristics”specifies conditions of device operation.Note2:Min/max ratings are based on product characterization and simulation.Individual parameters are tested as noted.Outgoing quality levels are determined from tested parameters.Note3:J-level:spec.is100%tested at+25˚C.Note4:These specifications assume an800mV pp signal at the cable input.Levels above and below800mV are allowable,but performance may vary.The cable will attenuate the signal prior to entering the equalizer.Note5:Peak-to-peak jitter is defined as6times the rms jitter.Note6:For more information,see“CLC014Operation”and“Design Guidelines”.Note7:50%eye opening.Note8:Time from application of a valid signal to when the CD output asserts high.Note9:Time from the removal of a valid signal to when the CD output asserts low.Note10:Time from assertion of MUTE to when the output responds.Note11:Device only.Does not include typical pc board parasitics.Note12:Includes typical pc board parasitics.Note13:This sets the maximum cable length for the equalizer.Note14:Human body model,1.5kΩin series with100pF;based on limited test data.Note15:To maintain specified performance,do not reduce DO/DO below this level.4Time (1ns/div)Data Rate: 270MbpsDS100056-5Time (1ns/div)Data Rate: 270MbpsDS100056-8Before Equalization:200m of Belden 8281 Coaxial CableTime (1ns/div)Data Rate: 270MbpsDS100056-6After Equalization:200m of Belden 8281 Coaxial CableTime (1ns/div)Data Rate: 270MbpsDS100056-9Before Equalization:300m of Belden 8281 Coaxial CableTime (1ns/div)Data Rate: 270MbpsDS100056-7After Equalization:300m of Belden 8281 Coaxial CableTime (1ns/div)Data Rate: 270MbpsDS100056-10 5Time (6ns/div)Data Rate: 51.7MbpsDS100056-11Time (6ns/div)Data Rate: 51.7MbpsDS100056-14Before Equalization:100m Category 5 UTP at 155MbpsTime (2ns/div)Data Rate: 155MbpsDS100056-12After Equalization:100m Category 5 UTP at 155MbpsTime (2ns/div)Data Rate: 155MbpsDS100056-15Before Equalization:100m Category 5 UTP at 311MbpsTime (1ns/div)Data Rate: 311MbpsDS100056-13After Equalization:100m Category 5 UTP at 311MbpsTime (1ns/div)Data Rate: 311MbpsDS100056-1667Pin DefinitionsName Pin #DescriptionDI,DI 8,9Differential data inputs.DO,DO 13,14Differential collector data outputs (ECL compatible).AEC+,AEC−6,7AEC loop filter pins.A capacitor connectedbetween these pins governs the loop response for the adaptive equalization loop.OEM3Eye monitor output.The output of the equalization filter.CD 5Carrier detect.(Low when no signal is present).MUTE12Output MUTE.(Active low.)Carrier detect may be tied to this pin to inhibit the output when no signal is present.V CC 1,2,4Positive supply pins (ground or +5V).V EE10,11Negative supply pins (−5.2V or ground).OperationThe CLC014Adaptive Cable Equalizer provides a complete solution for equalizing high-bit-rate digital data transmitted over long transmission lines.The following sections furnish design and application information to assist in completing a successful design:•Block diagram explanation of the CLC014•Recommended standard input and output interface con-nections•Common applications for the CLC014•Measurement,PC layout,and cable emulation boxes For applications assistance in the U.S.,call 800-272-9959to contact a technical staff member.BLOCK DESCRIPTIONThe CLC014is an adaptive equalizer that reconstructs serial digital data received from transmission lines such as coaxial cable or twisted pair.Its transfer function approximates the reciprocal of the cable loss characteristic.The block diagram in Figure 2depicts the main signal conditioning blocks for equalizing digital data at the receiving end of a cable.The CLC014receives baseband differential or single-ended digi-tal signals at its inputs DI and DI.The Equalizer block is a two-stage adaptive filter.This filter is capable of equalizing cable lengths from zero meters to lengths that require 40dB of boost at 200MHz.The Quantized Feedback Comparator block receives the differential signals from the equalizer filter block.This block includes two comparators.The first comparator incorporates a self-biasing DC restore circuit.This is followed by a second high-speed comparator with output mute capability.The sec-ond comparator receives and slices the DC-restored data.Its outputs DO and DO are taken from the collectors of the output transistors.MUTE latches DO and DO when a TTL logic low level is applied.The Adaptive Servo Control block produces the signal for controlling the filter block,and outputs a voltage proportional to cable length.It receives differential signals from the output of the filter block and from the quantized-feedback compara-tor (QFBC)to develop the control signal.The servo loop re-sponse is controlled by an external capacitor placed across the AEC+and AEC−pins.Its output voltage,as measured differentially across AEC+and AEC−,is roughly proportional to the length of the transmission line.For Belden 8281co-axial cable this differential voltage is about 1.5mV/meter.Once this voltage exceeds 500mV,no additional equaliza-tion is provided.The Carrier Detect (CD)block monitors the signal power out of the equalizing filter and compares it to an internal refer-ence to determine if a valid signal is present.A CMOS high output indicates that data is present.The output of CD can be connected to the MUTE input to automatically latch the outputs (DO and DO),preventing random transitions when no data is present.The Output Eye Monitor (OEM)provides a single-ended buffered output for observing the equalized eye pattern.The OEM output is a low impedance high-speed voltage driver capable of driving an AC-coupled 100Ωload.DS100056-20FIGURE 1.CLC014Equalizer Application CircuitDS100056-21FIGURE 2.CLC014Block Diagram8Input InterfacingThe CLC014accepts either differential or single-ended input voltage specified in Static Performance .The following sec-tions show several suggestions for interfaces for the inputs and outputs of the CLC014.SINGLE-ENDED INPUT INTERFACE:75ΩCoaxial Cable The input is connected single-ended to either DI or DI as shown in Figure 3.Balancing unused inputs helps to lessen the effects of e the equivalent termination of 37.5Ωto balance the input impedance seen by each pin.It also helps to terminate grounds at a common point.Resistors R x and R y are recommended for optimum performance.The equalizer inputs are self-biasing.Signals should be AC coupled to the inputs as shown in Figure 3.DIFFERENTIAL INPUT INTERFACE:Twisted Pair A recommended differential input interface is shown in Fig-ure 4.Proper voltage levels must be furnished to the input pins and the proper cable terminating impedance must be provided.For Category 5UTP this is approximately 100Ω.Figure 4shows a generalized network which may be used to receive data over a twisted pair.Resistors R 1and R 2provide the proper terminating impedance and signal level adjust-ment.The blocking capacitors provide AC coupling of the at-tenuated signal levels.The plots in the Typical Perfor-mance Characteristics section demonstrate various equalized data rates using Category 5UTP at 100meter lengths.A full schematic of a recommended driver and re-ceiver circuit for 100ΩCategory 5UTP is provided in the Typical Applications section with further explanation.Output InterfacingThe outputs DO and DO produce ECL logic levels when the recommended output termination networks are used.TheDO and DO pins are not complementary emitter coupled logic outputs.Instead,the outputs are taken off of the collec-tors of the transistors.Therefore,care must be taken to meet the interface threshold levels required by ECL families.Rec-ommended interfaces for standard ECL families are shown in the following circuits.DIFFERENTIAL LOAD-TERMINATED OUTPUT INTERFACEFigure 5shows a recommended circuit for implementing a differential output that is terminated at the load.A diode or 75Ωresistor provides a voltage drop from the positive supply (+5V for PECL or Ground for ECL operation)to establish proper ECL levels.The resistors terminate the cable to the characteristic impedance.The output voltage swing is deter-mined by the CLC014output current (10mA)times the ter-mination resistor.For the circuit in Figure 5,the nominal out-put voltage swing is 750mV.DIFFERENTIAL SOURCE-TERMINATED OUTPUT INTERFACEFigure 6is similar to Figure 5except that the termination is provided at the source.This configuration may also be used for single-ended applications.However,the unused output must still be terminated as shown.TERMINATING PHYSICALLY SEPARATED OUTPUTS When the two outputs must be routed to physically separate locations,the circuit in Figure 6may be applied.Alterna-tively,if load termination is desired,the circuit in Figure 7DS100056-22FIGURE 3.Single-Ended 75ΩCable Input Interface DS100056-24FIGURE 4.Twisted Pair Input InterfaceDS100056-25FIGURE 5.Differential Load TerminatedOutput InterfaceDS100056-26FIGURE 6.Differential Source TerminatedOutput Interface9Output Interfacing(Continued)may be used.The resistive divider network provides75Ωter-mination and establishes proper ECL levels.This circuit con-sumes slightly more power than the previous circuits.Design GuidelinesSELECTING THE AUTOMATIC EQUALIZER CAPACITOR The AEC capacitor sets the loop time constantτfor the equalizer’s adaptive loop response time.The following for-mula is used to set the loop time constant:τ=R•C AEC•10−6R is a conversion factor that is set by internal equalizer pa-rameters and cable length.For Belden8281coaxial cable, the R values are(τ=µs,C AEC in pF):CableLengthR Value(Ohms)100meters15000200meters20000300meters32000For example,a C AEC value of100pF results in an adaptive loop time constant of2µs at200meters of cable. CONNECTION AND OPERATION OF CD AND MUTE Carrier Detect(CD)is a CMOS output that indicates the presence of equalized data from the filter.This CD output can be connected to MUTE to suspend changes in the data outputs DO and DO,if no valid signal exists.This simple configuration prevents random output transitions due to noise.For sparse transition patterns it is recommended that a capacitor be connected to CD as shown in Figure1.Add a capacitor to pin5to slow the response time of Carrier Detect when Carrier Detect is connected to MUTE.The ca-pacitor reduces sensitivity to pathological patterns.Patho-logical patterns are defined as sparse data sequences with few transitions.OUTPUT EYE MONITOR OEM CONNECTIONSThe OEM is a high-speed,buffered output for monitoring the equalized eye pattern prior to the output comparator.Its out-put is designed to drive an AC-coupled50Ωcoaxial cable with a series50Ωbackmatch resistor.The cable should be terminated with50Ωat the oscilloscope.Figure1shows a schematic with a typical connection.MINIMUM DATA TRANSITIONSThe CLC014specifies a minimum transition rate.For the CLC014this sets the minimum data rate for transmitting data through any cable medium.The CLC014minimum average transition density is found in the Electrical Characteristics section of the datasheet.POWER SUPPLY OPERATION AND THERMAL CONSIDERATIONSThe CLC014operates from either+5V or−5.2V single sup-plies.Refer to Figure1when operating the part from+5V. When operating with a−5.2V supply,the V EE pins should be bypassed to ground.The evaluation board and associated literature provide for operation from either supply. Maximum power dissipation occurs at minimum cable length.Under that condition,I CC=58mA.Total power dissipated:P T=(58mA)(5V)=290mWPower in the load:P L=(0.7V)(11mA)+(37.5)(11mA)2=12mW Maximum power dissipated on the die:P DMAX=P T–P L=278mWJunction Temperature=(θJA)(278mW)+T A=T A+26˚CDS100056-27FIGURE7.Alternative Load TerminatedOutput Interface10Layout and MeasurementThe printed circuit board layout for the CLC014requires proper high-speed layout to achieve the performance speci-fications found in the datasheet.The following list contains a few rules to follow:e a ground plane.2.Decouple power pins with 0.1µF capacitors placed≤0.1”(3mm)from the power pins.3.Design transmission strip lines from the CLC014’s input and output pins to the board connectors.4.Route outputs away from inputs.5.Keep ground plane ≥0.025”(0.06mm)away from the in-put and output pads.Figure 8shows a block level measurement diagram,while Figure 15on depicts a detailed schematic.A pseudo-random pattern generator with low output jitter was used to provide a NRZI pattern to create the eye diagrams shown in the Typi-cal Performance Characteristics section.Since most pattern generators have a 50Ωoutput imped-ance,a translation can be accomplished using a CLC006Cable Driver as an impedance transformer.A wide band-width oscilloscope is needed to observe the high data rate eye pattern.When monitoring a single output that is termi-nated at both the equalizer output and the oscilloscope,the effective output load is 37.5Ω.Consequently,the signal swing is half that observed for a single-ended 75Ωtermination.Troubleshooting with scope probes can affect the equaliza-tion.For high data rates,use a low capacitance probe with less than 2pF probe capacitance.Evaluation boards and lit-erature are available for quick prototyping and evaluation of the CLC014Adaptive Cable Equalizer.The CLC014con-tains CMOS devices and operators should use grounding straps when handling the parts.Figure 9shows the CLC014’s internal power supply routing.Bypass V CC (pin 4)by:•Monolithic capacitor of about 0.1µF placed less than 0.1”(3mm)from the pin•Tantalum capacitor of about 6.8µF for large current sig-nal swings placed as close as convenient to the CLC014To minimize ringing at the CLC014’s inputs,place a 100Ωre-sistor in series with the input.This resistor reduces induc-tance effects.Several layout techniques can improve high speed perfor-mance:•Keep input,output and AEC traces well separated •Use balanced input termination’s•Avoid routing traces close to the CLC014’s input traceDS100056-28FIGURE 8.Typical Measurement BlockDS100056-29FIGURE 9.Power Package Routing Fixture11Layout and Measurement(Continued)•Maintain common return points for components •Use guard tracesThe input lines of the CLC014use a 100Ωseries resistors at the input pins.This decreases the inductive effects internal to the part to reduce ringing on fast rise and fall times.Refer to the evaluation board layout for further suggestions on lay-out for the CLC014Adaptive Equalizer.EQUALIZATION CURVEThe CLC014Adaptive Cable Equalizer has a maximum equalization response as shown in Figure 10.This response may be obtained by forcing >0.5V differentially at the AEC pins.CABLE EMULATION BOXESSome cable emulation boxes will not mimic cables correctly.When evaluating the CLC014,it is strongly recommended that actual cable be used to determine the various perfor-mance parameters.Typical ApplicationsCOAXIAL CABLE RECEIVER (Page 1)The CLC014equalizer application shown on page 1will equalize a variety of coaxial cables up to lengths that attenu-ate the signal by 40dB at 200MHz.The application shows the proper connection for a single cable driven with a CLC006driver.Carrier Detect (CD)is connected to MUTE to latch outputs DO and DO in the absence of an input signal to the equalizer.Refer to the CLC014’s evaluation board layout for additional suggestions.National can supply most of the major components required to design a transmission line repeater.Figure 11shows a typical repeater design using the CLC006,CLC014,and the CLC016.The design functions supported by each chip are:CLC006:Cable connection chipBoosts drive for transmission to next repeater or final destinationsCLC014:Receive serialized digital data from incomingtransmission linesEqualizes the incoming data CLC016:Retimes the equalized data (improving jitter)The CLC016is a multi-rate data retiming PLL.The circuit (Figure 11)will work at up to 4different data rates with no ad-ditional components or manual tuning.M a g n i t u d e (5d B /d i v )Frequency (Hz)10k100k 1M 10M 100M 1GDS100056-30FIGURE 10.Maximum Equalization Response 12Typical Applications(Continued)DIGITAL VIDEO (SDV)ROUTERSThe CLC014provides performance that complies with the SMPTE 259M standard for serial digital video (SDV)trans-mission over coaxial cable.One common application is in SDV routers,which provide a switching matrix for connecting video source equipment (e.g.,cameras)to destination equip-ment (e.g.,video tape recorders,monitors,etc.).Figure 12shows a typical configuration for an SDV router,in-cluding equalizers,a crosspoint switch,data retimers,and cable drivers.The CLC014is used in its standard configura-tion in this application,and automatically equalizes cable lengths from zero meters to greater than 300meters at 360MHz (see plots in Typical Performance Characteris-tics section).The equalized outputs are connected to the dif-ferential inputs of the crosspoint switch.The CLC016Data Retimer receives the data from the crosspoint and performs the clock and data recovery functions,further reducing jitter.Finally,the retimed data is driven into the coaxial cable by a CLC006Cable Driver (with two amplitude-adjustable out-puts)or a CLC007Cable Driver (with four outputs).TWISTED PAIR DRIVERA low-cost medium for transmitting data is twisted pair.Cat-egory 5UTP has an attenuation characteristic similar to Belden 8281coaxial cable but scaled in length:120meters of Category 5UTP is roughly equivalent to 300meters of Belden 8281cable.When properly implemented,the CLC014will equalize data rates up to 625Mbps over Cat-egory 5UTP .The maximum data rate depends upon the cable length.A plot of Maximum Data Rate vs Cable Length is found in the Typical Performance Characteristics sec-tion for Belden 8281,and can be scaled as stated above to estimate maximum cable lengths and data rates for UTP .Category 5UTP has a characteristic impedance of approxi-mately 100Ω.The CLC006in Figure 13is used to drive the twisted pair AC-coupled with a series 0.1µF capacitor and a 50Ωresistor in each differential output.The CLC014Adap-tive Equalizer requires 800mV pp from the transmit side ofDS100056-31FIGURE 11.Typical Repeater DesignDS100056-32FIGURE 12.Video Routing Block Diagram13DS100056-33FIGURE 13.Twisted Pair EqualizationDS100056-34FIGURE 14.Before and After Equalization at 622MbpsThrough 50Meters of Category 5UTP100Ω37.5Ω0.1µMUTEC AECDI DICD DO DOAEC+AEC-100Ω75ΩCLC014Adaptive Cable Equalizer75Ω Coax Cable0.1µV cc75Ω75Ω1N41480.1µ0.1µF43.3Ω86Ω50 – 75Ωminimum loss pad270Mbps data through 300m of Belden 8281 coax cable800mV pp 1ns/divCan substitute a 75Ω resistorVertical scale: 200mV/divEnd of cable before equalization1ns/divVertical scale: 200mV/divEnd of cable afterequalizationDisplayCSA907TPattern 223-1Tektronix DataCLK Output CSA907T 1.3V ppDS100056-35FIGURE 15.Typical Measurement Setup 14Evaluation BoardAn evaluation board layout and schematic are shown on the following pages.The artwork shows the board solder masks, trace layers,and ground plane.To order an evaluation board contact your local sales representative or National support center and request part number CLC730063.The evaluation board provides an LED and switches to oper-ate the CLC014in various modes of operation.The power supplies,which must be correctly connected and jumpered for positive or negative voltage operation,are identified on the printed board silk screen.Insert all tantalum capacitors as shown in the schematic or silk screen.A complete bill of materials is given in the accompanying table.The compo-nents recommended in the materials list are SMPTE259M standard.DS100056-36FIGURE16.Evaluation Board Schematic 15Evaluation Board(Continued)CLC014Equalizer Evaluation BoardItem ReferenceDesignatorDescription Quantity1Q12N3904transistor1 2CR11N4148switching diode1 3J1,J2,J3,J4,J5receptacle vertical BNC PC Amphenol#31-5329-52RFX5 4J6banana jack,black,EF Johnson#108-0903-0011 5J7banana jack,red,EF Johnson#108-0902-0011 6R6,R710kΩ,1/8W,1206,1%chip resistors2 7R8,R9,R10,R1175Ω,1/8W,1206,1%chip resistors4 8R13 1.33kΩ,1/8W,1206,1%chip resistors1 9R3,R410Ω,1/8W,1206,1%chip resistors2 10R1,R2100Ω,1/8W,1206,1%chip resistors2 11R1420kΩ,1/8W,1206,1%chip resistors1 12R122kΩ,1/8W,1206,1%chip resistors1 13R549.9Ω,1/8W,1206,1%chip resistors1 14C2,C3,C9,C120.01µFd,10%X7R surface mount cap3 15C4,C7,C8,C10,C110.1µFd,10%X7R surface mount cap5 16C1100pFd,5%NPO surface mount cap1 17C5,C6 6.8µFd,16V tantalum capacitor2 18CLC730063printed circuit board1 19U1CLC014AJE1 20D1LED,GENERAL PURPOSE1LAYOUTThe CLC014requires proper high-speed layout techniquesto obtain best results.A few recommended layout rules to fol-low for best results when using the CLC014Adaptive CableEqualizer are:e a ground plane.2.Decouple power pins with0.01µF capacitors placed≤0.1”(3mm)from the power pins.3.Design transmission lines to the inputs and outputs.4.Route outputs away from inputs.5.Remove ground plane≥0.025”(0.06mm)from the inputand output pads.The solder masks with component locations,trace layer,andground plane board layer are shown next.16。