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8510p manual pdfSD Logo is a trademark of its proprietor. The inTo reduce the possibility of heat-related injuries or of overheating the computer, do not place the computer directly on your lap or obstruct the computer air vents. Use the computer only on a hard, flat surface. Do not allow another hard surface, such as an adjoining optional printer, or a soft surface, such as pillows or rugs or clothing, to block airflow. Also, do not allow the AC adapter to contact the skin or a soft surface, such as pillows or rugs or clothingBlu-Ray DVD-RW Combo Drive.Evolution-data optimized (EVDO).When the computer is off, press the button to turn on the computer. ? When the computer is on, press the button to shut down the computer. ? When the computer is in the Sleep state (Windows Vista) or in Standby (Windows XP), press the button briefly to exit the Sleep state or Standby. ? When the computer is in Hibernation, press the button briefly to exit Hibernation. If the computer has stopped responding and WSlide your finger to the left to decrease volume and to the right to increase volume. (8) Internal microphone Records sound. (9) HP Fingerprint Sensor (finger print reader) Allows a fingerprint logon to Windows, instead of a password logon. Keys NOTE: Your computer may look slightly different from the illustration in this section. Item Component Fun. Compaq 8510p Laptop pdf manual download.HP Compaq 8510w Mobile Workstation and HP Compaq 8510p Notebook Management and Printing User Guide - Windows XP and Windows Vista, 0.30MB. HP Compaq 8510w Mobile Workstation and HP Compaq 8510p Notebook PC. Manuals and user guide free PDF downloads for Compaq 8510p - Notebook PC. 19 Jan 2009 In this guide I will disassemble a HP Compaq 8510p notebook PC and remove all main parts.Reload to refresh your session. Reload to refresh your session. Laptop repair tools 12. Disassembly tips for beginners Remove the drive. Both screws will stay attached to the laptop bottom. Place it upside down on the palm rest.http://www.tourofoman.om/gctcms/fckeditor/userfiles/defense-security-assistance-management-manual.xml

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Be very careful with the connectors. Unplug the fan cable from the motherboard. Carefully pull the video card from the slot by the edges. The orange screw securing the touch pad. There are two more screws (marked with green squares) hidden under rubber seals. Remove the touch pad. I’ll do it later. It can be a challenge. Remove the wireless card from the motherboard. Unplug the modem card cable from the motherboard. Remove the modem card. If you are replacing the motherboard, transfer the processor (CPU) to the new board. Even on those where theres no WWAN module the SIM-Card Slot exists on the left side under the original akku-pack but is just filled up with rubber. Can you tell me if the WWAN module is just another Version of the wireless card or if the second connector for Mini-PCI Cards below the Trackpad (which is oviously not eqiped with a Mini-PCI Connector in the model you took your photos from) is assembeled on those machines and equiped with a HP un 24000.Do you know what this goes to. Great site by the way.This cable plugs into the Bluethooth module. It’s possible that you have no Bluetooth module installed. Leave the cable unplugged. Any suggestions please. Many thanks Jim. Thanks for showing everything step by step. You are the man! I’ve been a little scared about touching and removing the video card, but you just showed me how to so I’m going to get a new and powerful video card. So nice to have my laptop back and this guide helped a lot. I’ve been having a problem with my 8510w that I hope you can help me with. I stuck a memory stick duo adapter into the SD slot, thinking it would work. It not only didn’t read the memory stick, now it won’t read my SanDisk card that I use with my digital computer (and which used to work fine.) I’ve tested the SanDisk card itself, and it is ok. I’m concerned that I damaged the SD card reader when I pushed in the Memory Stick Duo Adapter. Is there a way of testing whether the card reader is damaged.http://www.artgrafika.cz/userfiles/defense-security-service-manual.xml If so, how do I replace it. Is it attached to the motherboard, meaning I have to replace the whole motherboard. Where could I buy a new motherboard. Many thanks for your help. Apparently you’ve damaged pins inside the memory card reader. Take a look inside the card reader under bright light. Unfortunately, in most laptops the card reader is soldered to the motherboard and cannot be replaced. Instead of buying an expensive motherboard, you can buy an external USB card reader. When you want to access your card, simply plug the reader into the USB port and it’s ready. I wouldn’t replace the motherboard because of that. Is that something you can replace without removing the motherboard. I’m still under warranty but sending the computer in for service is a pain. Thanks. By the way, this site is awesome. Now the cable from the screen to the inverter does not fit. Any help would be appreciated. Thanks I have a Gateway M-2626u laptop I got from HSN Dec. 08. The warranty expires next month. At that time I want to make some upgrades(i.e. 500GB HDD, Bluetooth module). My laptop didn’t come with bluetooth, although the manual mentions it was an option and there is a labeled keyboard shortcut to turn it off and on. Searching the Gateway site, I managed to find out that my M-26xx series support a Bluetooth 2.0 module and the drivers are for Broadcom module.I’ve created a couple of different guide for a Gateway M-series laptops, you can find them in the Gateway Laptops category on the right side of the website, but I’ve never taken it apart completely. I’ll study your Gateway M-Series guides in the meantime. Thanks for providing this resource. I need to know the markings on the component. The component is a 8legged integrated circuit, located behind the plastic around the docking plug. It is marked with U606 on the board. Can you install a bluetooth connetor on to a HP DV9000? Greetz and respect for your guides. Roy It shows the location of the CMOS battery. Even though, I doubt that disconnecting the battery will clear the password. But you can try. Anybody experience with this. The WWAN antenna stuff is all in there but the slot next to the battery seems to be empty. Any idea how to put in the SIM card. Thanks a lot, great docu so far ?? You are stuck with what you have. Or where is it located on the motherboard. The Nvidia card I installed was the 512mb version. They also make a 256mg version. Worth the upgrade if your a gamer although not worth the upgrade for Video play back or normal evryday tasks unless you can find it at a cheap price. If anyone is looking for the original ATI card for the 8510p let me know. Is there a chance you could point out the BIOS chip. It is probably an 8-pin surface-mount serial jobbie. Might be under the CPU. NOT talking CMOS, here. I have an 8510 that was corrupted during a BIOS update. This is a great resource. My predecesor set it up so that it wouldnt boot from CD, he didnt use our typical admin password and now im trying to reload the machine. The explanation is crystal clear and flawless. Also I want to ask you if the 8510w (RM259UT) is upgradeable from a T7500 to a T9300. I have not been able to find the socket that my laptop have in it. Thank you. I sincerely thank you for taking the time and effort to make it all simple for so many of us. A big thumbs up. Nice tutorial. I am wondering if I can change the ATI HD 2600XT video card to HD 3870 and HD 6950. Thanks. Just replace the keyboard. Here are a couple of things to try: 1. Apply some pressure with your thumb on the switch cover right above the spot where problematic screw is located. At the same time try unscrewing it. 2. Drill the screw until the head is gone. The power fuse located somewhere close to the DC jack. It dims the screen in a dark environment and brightens it when you are in an area with lots of light.http://iacfhouston.com/images/85024a-manual.pdf I was wondering if it was possible to change the 128mb graphics for a 256mb card or would there be some sort of compatibility or power issues? I don’t thin you can replace the video card at all. I believe the video card is part of the motherboard. If you looks at the HP Compaq nx6325 specs, you’ll see it’s using shared video memory. It’s all very frustrating as you can imagine; in your experience do these symptons sound familiar to anyone. I’m assuming that these issies are graphics card related and therefore plan to take a look to see if there is anything obviously wrong, your guide provides an excellent step by step precedure which I shall be following soon.This could be the graphics card failure. I assume you having the same issue with video on the external screen.They are available but not cheap. When you remove the keyboard, you should see the graphics card. There should be a label with the part number. Something like 451377-001 (could be different). Search for a new replacement card using HP part number. I’ll look for the specific part number, but my cursory search confirms your suspicion regarding the price of the cards. Thanks again for your advice. Best Regards. I’ll make good use out of it when I’ll try to repair my laptop. I have a question. My lcd screen has some issues. It’s kind of hard to explain, so I made a video of it. As you can see in the video, when I apply pressure, the screen is ok. Sometimes when I remove the pressure afterwards the screen stays ok, but mosty after a while it starts acting funny again. I saw a LCD cable on ebay. Could that part maybe fix my laptop or must I replace the entire LCD screen. Thanks so far! As you can see in the video, when I apply pressure, the screen is ok. It looks like you might have a problem with one of the following: 1. Bad connection between the video cable and motherboard or LCD screen. 2. Failed video cable. 3. Failed LCD screen. For some reason I think this is failing LCD screen. Here’s what you can try. 1. Disassemble the display panel and try moving the video cable while the laptop is running. If moving the cable affects image on the screen somehow, probably it’s cable related issue. You can try reseating cable connectors on both ends or try replacing the cable. 2. If moving the cable (without moving the screen) doesn’t affect image at all. But when you start moving the screen itself the video changes, probably it’s bad screen. Plus, what would be the best or better video card for my laptop. I’m currently using Windows 7 Home Premium 32-bits. I’ll appreciate any feedback from you. Thank you. My 8510p keeps rebooting, even before it completes the POST. I removed the heatsink and fan and replaced the thermal paste. The manufacturer had used bucket loads; it was in everything so I cleaned it out. Howver, this didn’t fix the problem. Any ideas? I’m worried that I already know the answer to my question but it never hurts to ask. I’m reasonably certain, after testing the adapter cord and plug that the short I have (intermittant reminders that I’m on battery power) is a disconnected solder pad on the pcb mounted DC power receptacle. Reading the downloadable service manual and following your tutorial above, it appears as if this part of the board is inaccessible without an almost complete tear down of the computer. Is this true? Is there any easier way to get to this point on the board. Thanks again for the tutorial. You are correct. The whole laptop disassembly required, there is no easier way. I changed the power connector and nothing. What could be the problem? Problem is that my computer was spilled with water on back side when off and now when I turn it on I see the picture but totally dimmed. And sometimes LCD is normal for few moments, co I think it is something wrong with contact. Regards, Kolma Also, take check out the service manual. LCD screen removal shown on the page 81. It’s not necessary to separate the display assembly from the laptop base in order to replace the screen. Now the Notbook runs faster and cooler. Cut the 6 pins on both sides between the jack and the circuit, heat the 3 pins together at the back and pull the jack out, then clean the holes, heat them from behind and blow strongly through them. Good luck, and weld it on the right side.You can also subscribe without commenting. And by having access to our ebooks online or by storing it on your computer, you have convenient answers with Hp 8510p User Manual. To get started finding Hp 8510p User Manual, you are right to find our website which has a comprehensive collection of manuals listed. Our library is the biggest of these that have literally hundreds of thousands of different products represented. I get my most wanted eBook Many thanks If there is a survey it only takes 5 minutes, try any survey which works for you. Disclaimer: Sedo maintains no relationship with third party advertisers. Reference to any specific service or trade mark is not controlled by Sedo nor does it constitute or imply its association, endorsement or recommendation. These are typically taken off scraped equipment. -- I have used a couple of HP 3.5(m) to 3.5(m) on the 2 ports of my 8515A (basically a barrel connector). However you can find some intermediate solutions for the lower ranges. -- sdr-kits.net in the UK sell several kits to support the VNWA. I bought their 'Female SMA SOL 4 pcs Calibration Kit of Rosenberger' kit for my 8753C. You can also duplicate their Amphenol base kit ordering from mouser. The Rosenberger pieces are harder to order and the kit was the easy way to go and they really where not marked up significantly over the piece parts. -- Even if you don't have a HP level cal-kit it is still a good idea to have a precision 50-ohm load like HP 909X series. These would also be included in a complete HP cal-kit. I also use mini-circuits ANNE-50-8 loads these are surprisingly good price performers.I am piecing together a calibration kit online buying used good parts. Seems I need 3.5mm male - short, load, open and 3.5 mm female - short, load and open. That should get you results pretty close to a bonafide kit. I haven't done this myself, so YMMV but intend to if I ever stumble across someone with a proper VNA cal kit I do know he posts to the HP yahoo group and is very knowledgeable with HP VNA's. I think his background is a PHD in electronics. However, I think his kits may not be suitable for all the way to 18GHz (which is what the OP asked for). He still might have a suggestion. Perhaps some of the ecals on eBay work with the 8510? However, I think his kits may not be suitable for all the way to 18GHz (which is what the OP asked for). Perhaps some of the ecals on eBay work with the 8510. Also he doesn't list any 3.5mm kits, only SMA. I know they are compatible but I expect the return loss of the load will be degraded. I still need to get a precision wrench. All the parts are at least 18 GHz with a few 40 Ghz so I will be able to expand over time.One thing to be aware of is the Maury loads have a bunch of tuning screws and if dropped, can be detuned. I've got a newish 8031B4 with only 20 dB return loss at 6 GHz. Older HP was made by Maury. Assuming 1 male and 1 female test port, through is just a direct connection. With same gender test ports, through is a challenge as I don't think 8510C supports SOLR. Swap equal adapter was the commonly used method, but is obsolete with SOLR. For that you need a M-F and F-F or M-M adapter with equal S Parameters. If you are doing opposite gender test ports, TRM calibration is an option. You don't need opens for that. Just shorts (same delay required for M and F) and loads. It can be more accurate than SOLT as the uncertainty of the opens isn't included. I have 4 pairs of 3.5 mm opens and might be willing to sell a pair of older Maury ones in decent condition. PM me if interested. I might be able to come up with a pair of Maury loads, but they would likely be somewhat out of spec and older. I'd recommend a set of connector gages when you can find affordable ones. There are lots of SMAs with protruding pins out there that can cause damage. I gage everything that comes into the lab and have chopped a lot of bad connectors off. This is particularly prevalent on cables that might have been assembled by someone without gages. I second the suggestion of the used HP bulkhead 3.5 connectors. They are great. My current unit is fine because I use 3.5mm barrel connectors as connector savers.This method is essentially self calibrating. The only definitions needed are the line impedance and the approximate electrical length (to identify the proper half-plane).My current unit is fine because I use 3.5mm barrel connectors as connector savers. They are somewhat tougher than the literature suggests but should still be treated with more than the usual respect. My current unit is fine because I use 3.5mm barrel connectors as connector savers. Even if you can get it from Keysight, the cost is probably more than another Ebay 8515A. I've had that apart on an 8517B and it's fairly simple. You'll have to make or buy a thin wrench to get it off. Also anyone familiar with the HP83650 and the HP83640 are they interchangeable if you are willing to give up 10 ghz (20ghz?) or do the high bandwidth test sets have software that only allows the 83650 if I manage to find the 110 Ghz set for example. Or even the 8517B test set at 50 ghz. How important is having a pulsed test set like 85110. I need two 8360L type sources for a pulsed setup correct. That is not cheap. I just got my VNA cable and its 3.5mm m to f so I have 3.5mm (m) to 3.5mm(m) and will need to use a (f) to (f) adaptor. With the Maury Microwave calibration odds and ends and the 26.5ghz bulkhead I think I am about ready to power up the system and start my guesses regarding calibration parameters. I have been delaying to get the precision wrench and a autotransformer (I meant to say ferro-resonant power conditioning transformer) and UPS to try and reduce things that can destroy the system.They probably have different firmware at the very least. I'm not sure why you are using an autotransformer. Are you referring to something like a variac. I use a Staco L1010VA which has a volt and amp meter when I do an initial check of individual instruments. Usually when I get a new instrument I check that the mains fuse and AC setting is correct then gradually power it up with a my L1010VA. If I don't see high amps issues I plug it into a regular outlet. You probably want to do a minimum sanity check on the system before attempting the port calibrations. The system should get reasonable readings using a quality 50-ohm load and cable even without a port calibration. 1. Run the system self test. This should verify the coupler for return loss. 3. Hook up a cable between P1 and P2 and again look at reflection S11 and S22. Verify transmission couplers.The measurements where done on a system that did not use any calibration corrections. So any measurements includes basic errors in the system. Even without any calibration corrections you should get results that are 'qualitatively' reasonable. Also all RF connections where made finger tight snug and still got pretty decent results.As connectors you can use southwest endlaunch, which you can reuse many times. At minimum you need only 2. So now I am trying to figure out if I just purchased a spare 8510 or if the microwave receiver part of the 8530 is uniquely valuable. How large are antenna testing ranges typically. I live an hour or so away from some EXTREMELY cheap land. Upgrade Guide for the 8510. Vector Network Analyzer. Product NoteUpgrading the 8510Upgrade considerations. Related literatureVector network analyzer (VNA) measurement systems are used to fullyA network analyzer measurement system can be divided into four major partsIncidentReflected. Reflection. Transmission. Input SWR. Return loss. Reflection coefficient. S-Parameters S11, S 22. Isolation. Insertion phase. Group delay. S-Parameters S21, S12. Figure 1. Device characterization. IncidentTransmitted. Reflected. Signal separation. Incident. Transmitted. Figure 2. Network analyzer configurationExample: if a 50 GHz test set is used with a 20 GHz source, the maximumSignalTest setFigure 3. 8510 measurement systems are made up of modular components, the 8510U-band. Single-sweepV-band. Q-band. W-band. WaveguideFigure 4. 8510 family of system solutions. Agilent 8510 network analyzer. Tables 1 and 2 show the different features of the 8510A, B, and C, hardwareTable 1. Hardware revision and measurement capability. Product. Firmware revisions. Hardware featuresRevision. Time domain1Power domainOther added key features. Agilent 8510 Firmware upgrade kits. Figure 5 diagrams which product to order (numbers shown above arrows)For example, to upgrade Rev. C.06.54 to. Rev. C.07.XX, order 11575J.Rev. C.06.50. Rev. C.06.54Note: Upgrade kit 11575J has Option 010 (time domain) available. If you currently have time domain, you must order Option 010. Figure 5. 8510 firmware upgrade kitsTime domain option can be upgraded by orderingPulse capability is not availableThe test set in a VNA measurementOnce signals are separated, theirThe mixerbased test sets require two externalTable 3. Family of test sets. Products. FrequencyTest setRecommend. RF source1Recommend. LO source1Test portFrequency. ConverterFrequency. ConverterReflection. ObsoleteReflection. ObsoleteS-parameter. Sampler-basedS-parameter. Obsolete --- replaced with 8517AS-parameter. Obsolete --- replaced with 8517BS-parameter. Sampler-basedPulsed-RF. S-parameter. Mixer-basedPulsed-RF. Mixer-basedControllerS-parameter. Mixer-basedWR-22 (33 to 50). WR-19 (40 to 60). WR-15 (50 to 75). WR-10 (75 to 110)SubsystemS-parameter. Mixer-basedThese options are standard in the 8510-dedicatedMixed sources: While mixing synthesized series is acceptable in multiple-source applications, the following areasUsing the 8340 as either the RFTwo test set modules must be ordered for complete waveguide. S-parameter test set operation for each waveguide band:The RF or microwave signal source in a VNA measurement system providesDUT can be determined. There are two types of sources available; the General Purpose (GP) 8360 seriesDedicated sources, such as the 836x1B shown in Table 4, are optimizedThese sources include aTable 4. 8510-dedicated sources. Product1. Frequency rangeFor applications that require modulation capabilities, such as pulsed-RFTable 5. 8360 general purpose synthesizers. Frequency rangeThese options are standard in the 8510-dedicatedMixed sources: While mixing synthesized series is acceptable in multiple-source applications, the following areasUsing the 8340 as either the. RF source or the LO source will more than double the measurement time.There are numerous reasons for upgrading the Agilent 8510 system. The 8510Depending on the application, the 8510 network analyzer systemUpgrading individual components. Upgrading the 8510. Figure 6 below illustrates how the 8510A or 8510B can be upgraded to anAgilent 85103E Upgrades the 8510A to an 8510C by replacing the top unit andIt includes on-site installation by an. Agilent Customer Engineer (where available). Option 001 adds a rack modification kit for mounting in an 85043AOption 004 adds an 85110L source compatibility kit. Option 010 adds time domain to an 8510A with time domain previouslyAgilent 85103F Upgrades the 8510B to an 8510C by replacing the top unit on theOption 001 adds a rack modification kit for mounting in an 85043A systemOption 004 adds an 85110L source compatibility kit. Option 010 adds time domain to an 8510B with time domain previously installedFigure 7 below illustrates how the 8510C can be upgraded to either an 8530AFigure 7. 8510 to 8530 upgrade paths. Agilent 85395C2 Upgrades any 8510C to an 8530A. Retains network analyzerThe following options are available. Option 010 adds time domain capability. Option 111 deletes network analyzer capability. Agilent 85396A Adds 8510C Network Analyzer capability to any 8530AOption 010 adds time domain capabilityA single 8510 network analyzer can be configured to control up to four testThis arrangement is often referred to as the multipleEach test set must be equipped with Option 001 for IF. For more details, please refer to product note 8510-14, Using Multiple Test. Sets with the Agilent 8510C (literature number 5967-5886E). Agilent 8511A K01 or 08511-60008 Retrofits IF switching (Option 001) to any 8510Expanding measurement capabilities. Adding pulse capabilities (Option 008). To perform pulse measurements, the 8510 network analyzer must be retrofittedAgilent 85111B Adds pulsed-RF measurement capability (Option 008) to the 8510CEngineer (where available). To perform pulsed-RF measurements, the 8510S-parameter test set. Other requirements may apply. Adding time domain capabilities. With the time domain option, data from transmission or reflection measurements are converted from the frequency domain to the time domain via theThe time domain data are presented on the CRTAgilent 85012C Adds time domain (Option 010) to an 8510C (customer installed).Figure 8 shows the different 8510 systems and their components. ThisSingle-sweepU-bandW-bandU-band. V-band. W-bandTo upgrade from one system to another, simply order the pieces that are neededSee pages 17Two test set modules must be ordered for complete waveguide. S-parameter test set operation for each waveguide band:The 8510C is recommended for the latest availableFor instance, order. Option 010 if the 8510 has previously installed time domain. If yes, order 85111B for 8510C.Frequency range and applicationThese accessoriesRefer to pages 17 through 19 forSystem upgrades. Upgrades available for existing 8510 systems to 8510XF single-sweep systems. UpgradesUpgrade consists of two test heads, a millimeter test set controller, an 83621BIt does not include calibration kits or test port cables. The following options are available for both upgrades:Additional test set(s) must have OptionUpgrade consists of two test heads, a millimeter test set controller and anIt does not include calibration kits, test port cablesThe following options are available for both upgrades:Additional test set(s) must have OptionUpgrade consists of two test heads and a millimeter test set. It does notThe following options are available for both upgrades:Additional test set(s) must have OptionNew equipment needed:Option 0502 millimeterwave test set controllerMeasurement accessories. There are measurement accessories for seven device connector types: 7 mm,Verification kitsThis is necessary in order to operate with theError correction requires that the systematic errors in the measurementAll calibration kitsThe standards in the 3.5 mm, 2.4 mmPSC-2.4 and PSC-N). Unless otherwise noted all coaxial calibration kits includeMechanicalConnectorFrequencyAlso contains open and short circuits and fixed termination.Gauges not included.Also contains open and short circuits, fixed terminations and in-series adapters. Gauges not included.Gauges not included.It also includes offset-shorts covering 50 to 110 GHz. Gauges not included.Contains standards for TRL calibration. Includes precision waveguideGauges not included.Verification kits are used to verify the performance specifications of an 8510Institute of Standards and Technology (NIST) are included with each kit. Compliance with MIL-STD 45662A is available for an extra charge. Choose a verification kit for each connector type required. VerificationConnectorFrequencyVerificationConnectorFrequencyType-NTest port cables and adapter sets are available for various connector types. Special test port adapter sets convert the rugged ports of the network analyzerEach kit contains two adapters, oneConfiguration A. This cable arrangement is for applications where the deviceThis setup offers the bestTo adapt the test set port (port 1) toIn additionConnector type. For 3.5 mm devicesFor 7 mm devicesFor Type-N devices. Use 7 mm cables and the 7 mm-to-Type-N. Type-N calibration kit. Configuration A. Network analyzerDeviceTest portSingle cable. For Agilent 8517B test sets (2.4-mm rugged test port connectors). Connector type. For 2.4 mm devicesFor 3.5 mm devicesFor 7 mm devicesThis setup offers more flexibilityConfiguration B. Network analyzerFor 3.5 mm devices. Connector typeFor 7 mm devicesFor Type-N devices. For 85110L Test sets (7 mm rugged test port connectors). For 7 mm devices. Connector typeFor 8517B Test sets (2.4 mm rugged test port connectors). For 2.4 mm devicesFor 3.5 mm devicesFor 7 mm devicesFor 8510XF systems (1 mm test port connectors). For 1 mm devicesFor V-band waveguide devices. V281C adapterV281D adapter. For W-band waveguide devices. W281C adapter. W281D adapterCable set.