Alc o meter

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So high that it generates harmonics and distortion. Some have even taken to using an external digi sound card interface to clean up the distortion. People are seeing harmonic distortion of a single tone (tune mode), which suggests there is significant intermodulation distortion (IMD) as well in the FTDX10. This would lead you to believe that the source of the SSB distortion may lie outside the initial audio preamp stages and resides in the transmitter RF or ALC sections. In any event, I would strongly advise FT8 users owning FTDX101, FTDX10, FT710 or any other Yaesu gear employing AMC make certain absolutely no deflection on the ALC meter. Any deflection of ALC results in unacceptable distortion in the RF output. Whether there is anything that can be done to mitigate problems at lower levels remains to be determined by experiment. following links are to information regarding the FTDX10. Whether these are directly applicable to the FTDX101 is up for question. alternative viewpoint is shown by KJ7E regarding the FTDX101. He demonstrates that allowing ALC up to the maximum on the meter seems to not cause splatter or wide signals on FT8, using a spectrum analyzer. He does not show his levels from the sound card output though. However, he makes the point that he times the spectrum analyzer sampling AFTER transmission has begun. This suggests the known problem of the attack time of the ALC could possibly allow a big wide signal upon beginning of transmission. I want to do these tests myself, and include the initial key down pulse. have done extensive tests on my FTDX101D and was unable to duplicate the problems shown in the link above relating to the FTDX10. I did verify that KJ7E results were true. I deliberately selected a transmit spot in the lower 300 Hz region, turned "fake it" off, and even allowed some ALC meter motion. The built in spectrum display did not show significant distortion, under any condition I could devise. That's the good news for FTDX101D users. Here are my settings to get good control from the FT8 computer control screen. This seems to get audio drive for receive in a reasonable range, while also making transmit settings from the FT8 control panel in the computer not so touchy. Remember do not exceed 30 watts on any 100 watt radio to prevent over heating the final ammplifier. This is a continuous duty cycle mode like RTTY or AM. Setup suggestions below allow you to set up FT8 without having "PRESET" messing with your SSB settings.FTDX101D SETTINGS FOR FT8 USING A USB CONNECTION TO THE INTERNAL SOUND CARDSELECT DATA-U AND THEN PRESS PRESETADJUST RECEIVE BANDWIDTH TO 3 KHz IF NECESSARYAMC = 60POWER = 30 WATTSRPORT GAIN = 5DATA OUT LVL = 50TX BANDWIDTH = 100-2900VERY IMPORTANT: The FTDX101D and FTDX101MP, as well as most radios are not rated for full output of 100 or 200 watts for full key down modes like RTTY or other digital modes. Reduce FTDX101D power to

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Required to enable advanced features.A3.73a2005/06/21PLEASE NOTE THIS DRIVER IS DIGITALLY SIGNED BY MICROSOFT WHQL Certified Realtek AC'97 Drivers 3.74 WHQLWindows 98Gold/98se/Me/2000/XP/2003(32/64 bits) for Driver only. For Windows 98 SE, DirectX®8 is required to enable advanced features.A3.742005/07/1115389kPLEASE NOTE THIS DRIVER IS DIGITALLY SIGNED BY MICROSOFT WHQL Certified Realtek AC'97 Drivers 3.75 WHQL This driver supports all ALC series audio chipsets from ALC101 up to ALC861. It is used as onboard sound on many motherboards. Chips covered include ALC101/201/202/203/250/650/653/655/658/861 Realtek AC'97 Drivers 3.76 WHQLWindows 98Gold/98se/Me/2000/XP/2003(32/64 bits) for Driver only. For Windows 98 SE, DirectX(R)8 is required to enable advanced features. A3.76 2005/08/30 17254k Realtek AC'97 Drivers 3.76a WHQLThis driver supports all ALC series audio chipsets from ALC101 up to ALC861. It is used as onboard sound on many motherboards. Chips covered include ALC101/201/202/203/250/650/653/655/658/861 Realtek AC'97 Drivers 3.77 WHQLThis driver supports all ALC series audio chipsets from ALC101 up to ALC861. It is used as onboard sound on many motherboards. Chips covered include ALC101/201/202/203/250/650/653/655/658/861 Realtek AC'97 Drivers 3.78 WHQL This driver supports all ALC series audio chipsets from ALC101 up to ALC861. It is used as onboard sound on many motherboards. Chips covered include ALC101/201/202/203/250/650/653/655/658/861 Realtek AC'97 Drivers 3.79 WHQL This driver supports all ALC series audio chipsets from ALC101 up to ALC861. It is used as onboard sound on many motherboards. Chips covered include ALC101/201/202/ Realtek AC'97 Drivers 3.80 WHQLThis driver supports all ALC series audio chipsets from ALC101 up to ALC861. It is used as onboard sound on many motherboards. Chips covered include ALC101/201/202/203/250/650/653/655/658/861 Realtek AC'97 Drivers 3.81 WHQLThis driver supports all ALC series audio chipsets from ALC101 up to ALC861. It is used as onboard sound on many motherboards. Chips covered include ALC101/201/202/203/250/650/653/655/658/861 Realtek AC'97 Drivers 3.82 WHQL This driver supports all ALC series audio chipsets from ALC101 up to. Download Now! Alc-O-Meter Beta 0.1 (External server) Alc-O-Meter is available for other operating systems. Alc-O-Meter for Mac ; Popular Downloads. Kundli 4.5 Alc-O-Meter Screnshots. Alc-O-Meter calculates your alcohol level in your blood

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Each attenuator introduces errors. While you output extremely low amplitude signals, the internally-generated system noise of a signal generator becomes critical. The lower the system noise floor, the higher the signal-to-noise ratio (SNR). Lower SNR results in a poor receiver sensitivity measurement. In addition to the system noise floor, interfering signals can be a source of errors for extremely low amplitude signals. To resolve the errors, place the device under test (DUT) in a shielded environment. Beyond the Output Range RF signal generators are capable of outputting as high as +25 dBm and as low as -120 dBm. If you need to go beyond the specified range, you can use an amplifier to increase the output power or an attenuator to decrease it. When you extend the output range of the signal generator, there are some important factors to be aware of. Amplifier gain uncertainty affects the output amplitude level Attenuator’s flatness and accuracy performance Tips for Optimizing Amplitude Accuracy There are several ways to optimize amplitude accuracy while you use an external amplifier or an attenuator (or other passive accessories) with a signal generator. The common method is to use a vector network analyzer (VNA) to measure the entire signal path and enter correction values into the signal generator. Below are 2 tips to improve amplitude accuracy easily by using the built-in capabilities of new signal generators. Tip 1: Using Flatness Correction User flatness correction allows the digital adjustment of RF output amplitude to compensate for external losses in cables, switches, or other devices. By using power meter/sensor to calibrate the measurement system, a table of power level corrections can automatically be created. The USB power sensor connects to the signal generator directly. The signal generator works as a power meter and measures the power at the test plane. The correction values can be saved in the signal generator’s memory and you can recall and apply the correction values the next time you use the same test configuration. Figure 2 below illustrates the flatness correction setup by using a signal generator and USB power sensor. Figure 2: Flatness correction by using USB power sensor Tip 2: Using External Leveling External leveling lets you move the ALC feedback source closer to the DUT so that it accounts for most of the power uncertainties inherent to the cabling and components in a test setup. Figure 3: Test setup for external leveling As the RF power level at the input of the power coupler/splitter changes, the external detector returns a compensating negative voltage. The ALC circuit uses this negative voltage to level the RF output power by raising or lowering the signal generator’s power. This ensures a constant power level at the

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When audio is sent to the internal sound card. CAT has some advantages, but if the setup isn't working quite right, the sound could come out of the sound card, but the radio doesn't know how to transmit. This could help you troubleshoot problems.You will need to select DATA-U and PRESET on the Yaesu radios for FT8. Also you have to adjust the filter bandwidth to 3 KHz. Very kludgey. (But this setup works without screwing up your SSB settings. Also, you should use a narrower SSB transmit bandwidth, but you may have to use a wider setting for FT8 to cover all the spectrum window for FT-8) You should set up for FT8 on all bands in your band stack register, and have the radio set to that so when WSJT-X FT8 changes bands, it only does it to the currently selected mode on those bands.FAKE IT is very important to maintain a clean signal on the Yaesu FTDX101. This radio is very prone to IMD and distortion products on transmit. Also you will have to be scrupulous to allow absolutely ZERO ALC METER DEFLECTION! Keep the ALC meter selected on your radio display to minimize these problems. There are also level settings for the internal sound card which may cause overload and harmonics. More on this later, but FAKE IT is an essential tool for a clean signal, because it manipulates the transmit frequency and audio frequency to best use the transmit filter for best signal purity.If everything was working from the previous pane, skip this step. If its unhappy, this procedure will tell you why. Here are some Windows 11 tools which may allow you to fix the problem. Go to the the Windows logo at the lower left of the screen and right click. Select DEVICE MANAGER. This is what you will see. Expand the PORTS information by left clicking on the > symbol near PORTS. You will see all the COM PORTS listed, along with their COM number. See how the ENHANCED COM PORT is identified? Make sure that COM PORT NUMBER is the one selected next to the RADIO selection in WSJT-X FT8.You may not get receive decodes yet, because you have not selected the Yaesu FTDX101 internal sound card.The COM PORT numbers at this point match. Now the BAUD RATES must match also. Use the PORT SETTINGS TAB in this window to get the screen on the right. Use the drop down selections to set the baud rate in the port to match the radio and the WSJT-X FT8 program. Yeah, after all these years Windows should figure that crap out and make it "plug and play", but sometimes it doesn't. Also set the bits and stuff to match as well. That fixes this COM PORT.Don't forget to use OK or the program will not store the settings.Use the down arrow to get a drop down menu. Change the setting for INPUT and OUTPUT to match the radio, as shown.SAVE DIRECTORY tells it

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11, 2007 NEW DRIVER NOW OUT FOR THE AC'97 Audio CODECs Realtek [AVANCE] NEW SOUND DRIVER RELEASED VERSION NUMBER A3.68 Windows 98Gold/98se/Me/2000/XP for Driver only. For Windows 98 SE, DirectX®8 is required to enable advanced features.A3.682004/12/3010960kPLEASE NOTE THIS DRIVER IS DIGITALLY SIGNED BY MICROSOFT[WHQL Certified] Last edited: Aug 11, 2007 Realtek ALC AC97 Audio Driver 3.69 WHQL --------------------------------------------------------------------------------NEW DRIVER NOW OUT FOR THE AC'97 Audio CODECs Realtek [AVANCE] NEW SOUND DRIVER RELEASED VERSION NUMBER A3.69 Windows 98Gold/98se/Me/2000/XP for Driver only. For Windows 98 SE, DirectX®8 is required to enable advanced features. A3.69 2005/02/01 10930k PLEASE NOTE THIS DRIVER IS DIGITALLY SIGNED BY MICROSOFT[WHQL Certified] Realtek ALC AC97 Audio Driver 3.70 WHQL Windows 98Gold/98se/Me/2000/XP/2003 for Driver only. For Windows 98 SE, DirectX(R)8 is required to enable advanced features. A3.70 2005/03/04 11420k PLEASE NOTE THIS DRIVER IS DIGITALLY SIGNED BY MICROSOFT[WHQL Certified] Realtek ALC AC97 Audio Driver v3.71Windows 98Gold/98se/Me/2000/XP/2003 for Driver only. For Windows 98 SE, DirectX(R)8 is required to enable advanced features. A3.71 2005/04/12 11453k PLEASE NOTE THIS DRIVER IS DIGITALLY SIGNED BY MICROSOFT[WHQL Certified] Realtek ALC AC97 Audio Driver 3.72 WHQL [updated on the 4-5-05]Realtek ALC AC97 Audio Driver v3.72Windows 98Gold/98se/Me/2000/XP/2003 for Driver only. For Windows 98 SE, DirectX®8 is required to enable advanced features. PLEASE NOTE THIS DRIVER IS DIGITALLY SIGNED BY MICROSOFT WHQL Certified Realtek ALC AC97 Audio Driver 3.73 WHQL [updated on the 2-6-05]Windows 98Gold/98se/Me/2000/XP/2003 for Driver only. For Windows 98 SE, DirectX(R)8 is required to enable advanced features. This driver supports all ALC series audio chipsets from ALC101 up to ALC861. It is used as onboard sound on many motherboards. Chips covered include ALC101/201/202/203/250/65PLEASE NOTE THIS DRIVER IS DIGITALLY SIGNED BY MICROSOFT WHQL Certified Realtek ALC AC97 Audio Driver 3.73a WHQL [updated on the 21-6-05]Windows 98Gold/98se/Me/2000/XP/2003(32/64 bits) for Driver only. For Windows 98 SE, DirectX®8 is

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May 8, 2023 🏆 Top 1% Commenter #54 Thank you in advance for your answers. At an equal weight Boll ALC should feel a little more direct than the VCO, which in theory means even more direct than the VCI, whereas I think the VCO offers better feedback than the ALC, and again in theory the VCI even better.I have not played with the VCI yet, though.The Powersponge rubbers are very soft, the GTT is also only 40 degree sponge hardness but at the same time reduced in power (or speed glue effect or whatever) and aimed at beginners. I think that might explain why you struggle with it? Member #55 Who knows the composition of VCI? Hurricane Long V type? You can find all information on the VCI on Andro's homepage ....Limba - Ayous - Voltema Carbon - Ayous - Voltema Carbon - Ayous - Limba Member #56 I used H5 long Commercial 70%, Layer ALC 82-95 grams, Dima ALC 80-89 grams, Haribo ALC 83-94 grams, Shang Kun AC and many more and this blade reminds Innerforce AL. The Volteema is maybe an equivalent of Vectran? I don't know but there is something special when I used this blade. It is not the spinniest but control-speed ratio is very good, it is slower than all blades but allows you to put more speed because the curve of the ball is straight but the trajectory is short like Innerforce AL and sound is so soulful Member #57 I used H5 long Commercial 70%, Layer ALC 82-95 grams, Dima ALC 80-89 grams, Haribo ALC 83-94 grams..... uhm...doing really my best to understand this.....sorry, I really tried. ..... is slower than all blades but allows you to put more speed because the curve of the ball is straight .... uhm, wait .... wut?! ....that is....groovyStill made me smile though Member #58 Hurricane long 5 commercial has characteristics written on their card, and 70% is quite rare.I had more than one blade, I can't remember all blades but there is big difference between 82 grams and 95 grams of layer alc so I put the margin of the weight.You probably didn't try inner alc composition and they all have high throw except Dima ALC and very curve trajectory with soft and medium and hard rubbers so the highest impact and gear is very high and long and it is easier to overshoot the. Download Now! Alc-O-Meter Beta 0.1 (External server) Alc-O-Meter is available for other operating systems. Alc-O-Meter for Mac ; Popular Downloads. Kundli 4.5

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Do *something* WriteObject("done!"); } }}The (heavily simplified) manifest, looks like this:@{ Author = 'Me' ModuleVersion = '0.0.1' RootModule = 'AlcModule.dll' CmdletsToExport = @('Test-AlcModule') PowerShellVersion = '7.0'}And the csproj looks like this: netcoreapp3.1 When we build this module, the generated output has the following layout:AlcModule/ + AlcModule.psd1 + AlcModule.dll + Shared.Dependency.dllIn this example, our problem is in the Shared.Dependency.dll assembly, which is our imaginaryconflicting dependency. This is the dependency that we need to put behind an ALC so that we can usethe module-specific version.We need to re-engineer the module so that:Module dependencies are only loaded into our custom ALC, and not into PowerShell's ALC, sothere can be no conflict. Moreover, as we add more dependencies to our project, we don't want tocontinuously add more code to keep loading working. Instead, we want reusable, generic dependencyresolution logic.Loading the module still works as normal in PowerShell. Cmdlets and other types that thePowerShell module system needs are defined within PowerShell's own ALC.To mediate these two requirements, we must break up our module into two assemblies:A cmdlets assembly, AlcModule.Cmdlets.dll, that contains definitions of all the types thatPowerShell's module system needs to load our module correctly. Namely, any implementations of theCmdlet base class and the class that implements IModuleAssemblyInitializer, which sets up theevent handler for AssemblyLoadContext.Default.Resolving to properly load AlcModule.Engine.dllthrough our custom ALC. Since PowerShell 7 deliberately hides types defined in assemblies loadedin other ALCs, any types that are meant to be publicly exposed to PowerShell must also be definedhere. Finally, our custom ALC definition needs to be defined in this assembly. Beyond that, aslittle code as possible should live in this assembly.An engine assembly, AlcModule.Engine.dll, that handles the actual implementation of the module.Types from this are available in the PowerShell ALC, but it's initially loaded through our customALC. Its dependencies are only loaded into the custom ALC. Effectively, this becomes a bridgebetween the two ALCs.Using this bridge concept, our new assembly situation looks like this:To make sure the default ALC's dependency probing logic doesn't resolve the dependencies to beloaded into the custom ALC, we need to separate these two parts of the module in differentdirectories. The new module layout has the following structure:AlcModule/ AlcModule.Cmdlets.dll AlcModule.psd1 Dependencies/ | + AlcModule.Engine.dll | + Shared.Dependency.dllTo see how the implementation changes, we'll start with the implementation ofAlcModule.Engine.dll:using Shared.Dependency;namespace AlcModule.Engine{ public class AlcEngine { public static void Use() { Dependency.Use(); } }}This is a simple container for the dependency, Shared.Dependency.dll,. Download Now! Alc-O-Meter Beta 0.1 (External server) Alc-O-Meter is available for other operating systems. Alc-O-Meter for Mac ; Popular Downloads. Kundli 4.5 Alc-O-Meter Screnshots. Alc-O-Meter calculates your alcohol level in your blood

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Be no other AlcModule.Engine.dll on the system. if (!assemblyToResolve.Name.Equals("AlcModule.Engine")) { return null; } // Allow our ALC to handle the directory discovery concept // // This is where Alc.Engine.dll is loaded into our custom ALC // and then passed through into PowerShell's ALC, // becoming the bridge between both return s_dependencyAlc.LoadFromAssemblyName(assemblyToResolve); } }}With the new implementation, take a look at the sequence of calls that occurs when themodule is loaded and Test-AlcModule is run:Some points of interest are:The IModuleAssemblyInitializer is run first when the module loads and sets the Resolvingevent.We don't load the dependencies until Test-AlcModule is run and its EndProcessing() methodis called.When EndProcessing() is called, the default ALC fails to find AlcModule.Engine.dll and firesthe Resolving event.Our event handler hooks up the custom ALC to the default ALC and loads AlcModule.Engine.dllonly.When AlcEngine.Use() is called within AlcModule.Engine.dll, the custom ALC again kicksin to resolve Shared.Dependency.dll. Specifically, it always loads our Shared.Dependency.dllsince it never conflicts with anything in the default ALC and only looks in our Dependenciesdirectory.Assembling the implementation, our new source code layout looks like this:+ AlcModule.psd1+ src/ + AlcModule.Cmdlets/ | + AlcModule.Cmdlets.csproj | + TestAlcModuleCommand.cs | + AlcModuleAssemblyLoadContext.cs | + AlcModuleInitializer.cs | + AlcModule.Engine/ | + AlcModule.Engine.csproj | + AlcEngine.csAlcModule.Cmdlets.csproj looks like: netcoreapp3.1 AlcModule.Engine.csproj looks like this: netcoreapp3.1 So, when we build the module, our strategy is:Build AlcModule.EngineBuild AlcModule.CmdletsCopy everything from AlcModule.Engine into the Dependencies directory, and remember what wecopiedCopy everything from AlcModule.Cmdlets that wasn't in AlcModule.Engine into the base moduledirectorySince the module layout here is so crucial to dependency separation, here's a build script to usefrom the source root:param( # The .NET build configuration [ValidateSet('Debug', 'Release')] [string] $Configuration = 'Debug')# Convenient reusable constants$mod = "AlcModule"$netcore = "netcoreapp3.1"$copyExtensions = @('.dll', '.pdb')# Source code locations$src = "$PSScriptRoot/src"$engineSrc = "$src/$mod.Engine"$cmdletsSrc = "$src/$mod.Cmdlets"# Generated output locations$outDir = "$PSScriptRoot/out/$mod"$outDeps = "$outDir/Dependencies"# Build AlcModule.EnginePush-Location $engineSrcdotnet publish -c $ConfigurationPop-Location# Build AlcModule.CmdletsPush-Location $cmdletsSrcdotnet publish -c $ConfigurationPop-Location# Ensure out directory exists and is cleanRemove-Item -Path $outDir -Recurse -ErrorAction IgnoreNew-Item -Path $outDir -ItemType DirectoryNew-Item -Path $outDeps -ItemType Directory# Copy manifestCopy-Item -Path "$PSScriptRoot/$mod.psd1"# Copy each Engine asset and remember it$deps = [System.Collections.Generic.Hashtable[string]]::new()Get-ChildItem -Path "$engineSrc/bin/$Configuration/$netcore/publish/" | Where-Object { $_.Extension -in $copyExtensions } | ForEach-Object { [void]$deps.Add($_.Name); Copy-Item -Path $_.FullName -Destination $outDeps }# Now copy each Cmdlets asset, not taking any found in EngineGet-ChildItem -Path "$cmdletsSrc/bin/$Configuration/$netcore/publish/" | Where-Object { -not $deps.Contains($_.Name) -and $_.Extension -in $copyExtensions } | ForEach-Object { Copy-Item -Path $_.FullName -Destination $outDir }Finally, we have a general way to isolate

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So high that it generates harmonics and distortion. Some have even taken to using an external digi sound card interface to clean up the distortion. People are seeing harmonic distortion of a single tone (tune mode), which suggests there is significant intermodulation distortion (IMD) as well in the FTDX10. This would lead you to believe that the source of the SSB distortion may lie outside the initial audio preamp stages and resides in the transmitter RF or ALC sections. In any event, I would strongly advise FT8 users owning FTDX101, FTDX10, FT710 or any other Yaesu gear employing AMC make certain absolutely no deflection on the ALC meter. Any deflection of ALC results in unacceptable distortion in the RF output. Whether there is anything that can be done to mitigate problems at lower levels remains to be determined by experiment. following links are to information regarding the FTDX10. Whether these are directly applicable to the FTDX101 is up for question. alternative viewpoint is shown by KJ7E regarding the FTDX101. He demonstrates that allowing ALC up to the maximum on the meter seems to not cause splatter or wide signals on FT8, using a spectrum analyzer. He does not show his levels from the sound card output though. However, he makes the point that he times the spectrum analyzer sampling AFTER transmission has begun. This suggests the known problem of the attack time of the ALC could possibly allow a big wide signal upon beginning of transmission. I want to do these tests myself, and include the initial key down pulse. have done extensive tests on my FTDX101D and was unable to duplicate the problems shown in the link above relating to the FTDX10. I did verify that KJ7E results were true. I deliberately selected a transmit spot in the lower 300 Hz region, turned "fake it" off, and even allowed some ALC meter motion. The built in spectrum display did not show significant distortion, under any condition I could devise. That's the good news for FTDX101D users. Here are my settings to get good control from the FT8 computer control screen. This seems to get audio drive for receive in a reasonable range, while also making transmit settings from the FT8 control panel in the computer not so touchy. Remember do not exceed 30 watts on any 100 watt radio to prevent over heating the final ammplifier. This is a continuous duty cycle mode like RTTY or AM. Setup suggestions below allow you to set up FT8 without having "PRESET" messing with your SSB settings.FTDX101D SETTINGS FOR FT8 USING A USB CONNECTION TO THE INTERNAL SOUND CARDSELECT DATA-U AND THEN PRESS PRESETADJUST RECEIVE BANDWIDTH TO 3 KHz IF NECESSARYAMC = 60POWER = 30 WATTSRPORT GAIN = 5DATA OUT LVL = 50TX BANDWIDTH = 100-2900VERY IMPORTANT: The FTDX101D and FTDX101MP, as well as most radios are not rated for full output of 100 or 200 watts for full key down modes like RTTY or other digital modes. Reduce FTDX101D power to

2025-04-02
User8193

Filter: Results Per Page | Showing 1-19 of 19 Results | 1 Document Title File Name Product Name Version* Document Type Pub. Date Tags ArchiTech by Networx: User's Guide and Programming Instructions for Models E95TF, E95JF and E90TF ArchiTech Smart Prox OI439LF.09 USER.pdf ArchiTech, Networx, E95TF, E95JF, E90TF User Guides 5/22/24 ArchiTech , E90TF , E95JF , E95TF , Networx Download AL-IME-USB Networx Gateway Documentation Package 9ALIMEUSBLITASY-OI386,OI427,WI1152,WI2229,WI2330,WI2372 NewWI2681LF Full.pdf AL-IME-USB User Guides 12/19/23 AL-IME-USB Download ArchiTech by Networx User's Guide ArchiTech OI385DLF.08 USER.pdf ArchiTech User Guides 3/7/23 ArchiTech Download DL-Windows V5.5.4 for Networx User's Guide (LATEST) DL-Wind Networx V5.5.4 OI383CLF.12 USER NewWI2679LF Full.pdf DL-Windows 5.5.4 User Guides 2/2/23 DL-Windows Download DL-Windows V5.5.4 Basic User's Guide (LATEST) DL-Wind Basic V5.5.4 OI382CLF.22 USER NewWI2678LF Full.pdf DL-Windows 5.5.4 User Guides 2/2/23 DL-Windows Download iLock for Air Access App User Guide AAilockUserGuide WI2531LF.03.pdf iLock, Air Access User Guides 7/15/22 Air Access , iLock Download Networx AL Card Management Suite, AL-IDRW Card Write-ReWriter User's Guide AL-IDRW AL-ID Card Write-ReWriter OI417LF.32 USER.pdf AL-IDRW, AL Card Management Suite User Guides 6/25/21 AL Card Management Suite , AL-IDRW Download ArchiTech by Networx: User's Guide and Programming Instructions for Models N95S7 and N95J7 ArchiTech w'Keypad-ProxReader OI410ALF.05 USER.pdf ArchiTech User Guides 12/17/20 ArchiTech Download AL-APB Auxiliary Power Booster User's Guide AL-APB Auxiliary Power Booster OI403.aLF.01 USER.pdf AL-APB User Guides 5/15/18 AL-APB Download Mag Stripe Enrolling Instructions DL-Windows MagStripe WI2249LF.06 ADDM.pdf DL-Windows 5 User Guides 8/17/17 Mag Stripe , DL-Windows , ArchiTech Download AL-PRE2 Proximity Credential Reader Enroller User's Guide AL-PRE2 OI393.01 USER.pdf AL-PRE2 User Guides 11/3/16 AL-PRE2 Download DL-Windows V5 for Networx User's Guide Networx V5 OI383A.16 USER.pdf DL-WINDOWS 5 User Guides 9/30/16 DL-Windows , Networx Download DL-Windows V5 Basic User Guide DL-Wind V5 OI382A.11 USER.pdf DL-Windows 5 User Guides 9/30/16 DL-Windows Download AL-NSM and AL-NSG User's Guide AL-NSM Meter AL-NSG Generator WI2092.39 USER.pdf AL-NSM, AL-NSG User Guides 9/10/14 AL-NSG , AL-NSM Download AL-IME-USB Gateway User's Guide AL-IME-USB OI386.21 USER.pdf AL-IME-USB User Guides 8/5/14 AL-IME-USB , Gateway Download DL-Windows V4.0.1 User Guide DL-Wind V4.0.1 OI237J.01 USER.pdf DL-Windows V4.0.1 User Guides 11/1/10 DL-Windows Download ALC-8 User Guide ALC-8 OI166 USER.pdf ALC-8 User Guides 10/22/99 ALC-8 Download EGL4700 User Guide (for EGL4700RBL plastic keypad) EGL4700 OI155 USER.pdf EGL4700 User Guides 5/1/91 EGL4700 , Eagle Download User Guide for ALC6-4 Security System ALC-6 OI126 USER.pdf ALC6-4 User Guides 8/1/89 ALC6-4 Download * Version number shown only if applicable.

2025-04-20
User2272

Each attenuator introduces errors. While you output extremely low amplitude signals, the internally-generated system noise of a signal generator becomes critical. The lower the system noise floor, the higher the signal-to-noise ratio (SNR). Lower SNR results in a poor receiver sensitivity measurement. In addition to the system noise floor, interfering signals can be a source of errors for extremely low amplitude signals. To resolve the errors, place the device under test (DUT) in a shielded environment. Beyond the Output Range RF signal generators are capable of outputting as high as +25 dBm and as low as -120 dBm. If you need to go beyond the specified range, you can use an amplifier to increase the output power or an attenuator to decrease it. When you extend the output range of the signal generator, there are some important factors to be aware of. Amplifier gain uncertainty affects the output amplitude level Attenuator’s flatness and accuracy performance Tips for Optimizing Amplitude Accuracy There are several ways to optimize amplitude accuracy while you use an external amplifier or an attenuator (or other passive accessories) with a signal generator. The common method is to use a vector network analyzer (VNA) to measure the entire signal path and enter correction values into the signal generator. Below are 2 tips to improve amplitude accuracy easily by using the built-in capabilities of new signal generators. Tip 1: Using Flatness Correction User flatness correction allows the digital adjustment of RF output amplitude to compensate for external losses in cables, switches, or other devices. By using power meter/sensor to calibrate the measurement system, a table of power level corrections can automatically be created. The USB power sensor connects to the signal generator directly. The signal generator works as a power meter and measures the power at the test plane. The correction values can be saved in the signal generator’s memory and you can recall and apply the correction values the next time you use the same test configuration. Figure 2 below illustrates the flatness correction setup by using a signal generator and USB power sensor. Figure 2: Flatness correction by using USB power sensor Tip 2: Using External Leveling External leveling lets you move the ALC feedback source closer to the DUT so that it accounts for most of the power uncertainties inherent to the cabling and components in a test setup. Figure 3: Test setup for external leveling As the RF power level at the input of the power coupler/splitter changes, the external detector returns a compensating negative voltage. The ALC circuit uses this negative voltage to level the RF output power by raising or lowering the signal generator’s power. This ensures a constant power level at the

2025-04-01
User6251

When audio is sent to the internal sound card. CAT has some advantages, but if the setup isn't working quite right, the sound could come out of the sound card, but the radio doesn't know how to transmit. This could help you troubleshoot problems.You will need to select DATA-U and PRESET on the Yaesu radios for FT8. Also you have to adjust the filter bandwidth to 3 KHz. Very kludgey. (But this setup works without screwing up your SSB settings. Also, you should use a narrower SSB transmit bandwidth, but you may have to use a wider setting for FT8 to cover all the spectrum window for FT-8) You should set up for FT8 on all bands in your band stack register, and have the radio set to that so when WSJT-X FT8 changes bands, it only does it to the currently selected mode on those bands.FAKE IT is very important to maintain a clean signal on the Yaesu FTDX101. This radio is very prone to IMD and distortion products on transmit. Also you will have to be scrupulous to allow absolutely ZERO ALC METER DEFLECTION! Keep the ALC meter selected on your radio display to minimize these problems. There are also level settings for the internal sound card which may cause overload and harmonics. More on this later, but FAKE IT is an essential tool for a clean signal, because it manipulates the transmit frequency and audio frequency to best use the transmit filter for best signal purity.If everything was working from the previous pane, skip this step. If its unhappy, this procedure will tell you why. Here are some Windows 11 tools which may allow you to fix the problem. Go to the the Windows logo at the lower left of the screen and right click. Select DEVICE MANAGER. This is what you will see. Expand the PORTS information by left clicking on the > symbol near PORTS. You will see all the COM PORTS listed, along with their COM number. See how the ENHANCED COM PORT is identified? Make sure that COM PORT NUMBER is the one selected next to the RADIO selection in WSJT-X FT8.You may not get receive decodes yet, because you have not selected the Yaesu FTDX101 internal sound card.The COM PORT numbers at this point match. Now the BAUD RATES must match also. Use the PORT SETTINGS TAB in this window to get the screen on the right. Use the drop down selections to set the baud rate in the port to match the radio and the WSJT-X FT8 program. Yeah, after all these years Windows should figure that crap out and make it "plug and play", but sometimes it doesn't. Also set the bits and stuff to match as well. That fixes this COM PORT.Don't forget to use OK or the program will not store the settings.Use the down arrow to get a drop down menu. Change the setting for INPUT and OUTPUT to match the radio, as shown.SAVE DIRECTORY tells it

2025-04-10
User8297

May 8, 2023 🏆 Top 1% Commenter #54 Thank you in advance for your answers. At an equal weight Boll ALC should feel a little more direct than the VCO, which in theory means even more direct than the VCI, whereas I think the VCO offers better feedback than the ALC, and again in theory the VCI even better.I have not played with the VCI yet, though.The Powersponge rubbers are very soft, the GTT is also only 40 degree sponge hardness but at the same time reduced in power (or speed glue effect or whatever) and aimed at beginners. I think that might explain why you struggle with it? Member #55 Who knows the composition of VCI? Hurricane Long V type? You can find all information on the VCI on Andro's homepage ....Limba - Ayous - Voltema Carbon - Ayous - Voltema Carbon - Ayous - Limba Member #56 I used H5 long Commercial 70%, Layer ALC 82-95 grams, Dima ALC 80-89 grams, Haribo ALC 83-94 grams, Shang Kun AC and many more and this blade reminds Innerforce AL. The Volteema is maybe an equivalent of Vectran? I don't know but there is something special when I used this blade. It is not the spinniest but control-speed ratio is very good, it is slower than all blades but allows you to put more speed because the curve of the ball is straight but the trajectory is short like Innerforce AL and sound is so soulful Member #57 I used H5 long Commercial 70%, Layer ALC 82-95 grams, Dima ALC 80-89 grams, Haribo ALC 83-94 grams..... uhm...doing really my best to understand this.....sorry, I really tried. ..... is slower than all blades but allows you to put more speed because the curve of the ball is straight .... uhm, wait .... wut?! ....that is....groovyStill made me smile though Member #58 Hurricane long 5 commercial has characteristics written on their card, and 70% is quite rare.I had more than one blade, I can't remember all blades but there is big difference between 82 grams and 95 grams of layer alc so I put the margin of the weight.You probably didn't try inner alc composition and they all have high throw except Dima ALC and very curve trajectory with soft and medium and hard rubbers so the highest impact and gear is very high and long and it is easier to overshoot the

2025-03-24

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