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You Need Windows 11's ‘God Mode’
True to its name, Windows 11's "God Mode" is like a cheat code that grants you more control over your PC.
If you hate digging through Windows 11’s menus to find a tool or setting tucked away in the Control Panel or System Settings, try turning on the hidden Master Control Panel feature—or as it’s better known: “God Mode.”
Normally, Windows hides many important settings deep within the Control Panel and Settings menus, forcing users to dig around their system just to change their PC’s date and time, defrag the hard drive, or create a system restore point.
However, turning on God Mode in Windows 11 adds a Master Control Panel shortcut to your desktop, filled with more than 260 shortcuts and settings normally found in the Control Panel and Settings menus. You can do everything from managing USB devices, uninstalling programs, changing your PC’s power settings, and more right from the desktop.
Not only does Windows 11’s God Mode feel like a cheat code that makes your PC easier to navigate, you even use a secret code to turn it on, just like you would in an old video game. Here’s what to do:
- 1. Right-click a blank area on your desktop.
- 2. Select New > Folder.
- 3. Rename the new folder to: GodMode.{ED7BA470-8E54-465E-825C-99712043E01C}
- 4. Open the renamed folder. Windows will automatically turn it into a Master Control Panel folder.
God Mode is now enabled—see what I meant about turning it on with a cheat code? These steps also work on windows 10 (and Windows 7, 8, and 8.1, for that matter).
We should note that God Mode doesn’t make any major changes to your PC, nor does it require an expert-level of understanding to use. That said, you should only use the tools in the folder when you need them, and don’t mess with any advanced settings if you don’t know what they do.
The various God Mode functions and settings will differ between operating systems, but everything you’d otherwise find in the Windows Control Panel is included. You can even drag and drop any of the items in the Master Control Panel list onto your desktop to create a shortcut for even quicker access, and there’s a search bar you can use to quickly find any of the functions.
If you decide you don’t need God Mode anymore, just delete the folder from the desktop for video.https://youtu.be/cO3qYrpXHyU
Practical PCB Layout Tips
This article contains practical PCB layout tips that can help your PCB projects work correctly and reliably.
Practical PCB Layout Tips
Engineers tend to pay most attention to circuits, the latest components, and code as important parts of an electronics project, but sometimes a critical component of electronics, the PCB layout, is neglected. Poor PCB layout can cause function and reliability problems. This article contains practical PCB layout tips that can help your PCB projects work correctly and reliably.
Sizing Traces
Real-world copper traces have resistance. This means that a trace has a voltage drop, power dissipation, and a temperature rise when current flows through it. Resistance is defined by this formula:
R=(resistivity∗length)(thickness∗width)
PCB designers most commonly use length, thickness, and width to control the resistance of a PCB trace. Resistance is a physical property of the metal used to make the trace. PCB designers can't really change the physical properties of copper, so focus on the trace size, which you can control.
PCB trace thickness is measured in ounces of copper. One ounce of copper is the thickness we would measure if we evenly spread 1 oz of copper over a 1 square foot area. This thickness is 1.4 thousandths of an inch. Many PCB designers use 1 oz or 2 oz copper, but many PCB manufacturers can provide 6 oz thickness. Note that fine features like pins that are close together are hard to make in thick copper. Consult your PCB manufacturer about what their capabilities are.
Use a PCB trace width calculator to determine how thick and wide your traces should be for your application. Aim for a 5°C temperature rise. If you have extra space on the board, use bigger traces, as they don’t cost anything.
When doing a multi-layer board, remember that traces on external layers have better cooling than traces on internal layers because the heat from inner layers has to travel through layers of copper and PCB material before being conducted, radiated, or connected away.
Make Loops Small
Loops, especially high frequency loops, should be made as small as possible. Small loops have lower inductance and resistance. Placing loops over a ground plane further reduces inductance. Having small loops reduces high frequency voltage spikes caused by V=Ldidt. Small loops also help reduce the amount of signals that are inductively coupled into the node from external sources, or are broadcast from the node. This is what you want, unless you’re designing an antenna. Also keep loops small for op-amp circuits to prevent noise from being coupled into the circuit.
Decoupling Capacitor Placement
Place decoupling capacitors as near as possible to the power and ground pins of integrated circuits to maximize decoupling efficiency. Placing capacitors farther away introduces stray inductance. Multiple vias from the capacitor's pin to a ground plane reduce inductance.
Kelvin Connections
Kelvin connections are useful for measurements. Kelvin connections are made at the exact points to reduce stray resistance and inductance. For example, Kelvin connections for a current sense resistor are placed exactly at the resistor pads, not at some arbitrary place on the traces. Although on the schematic, placing the connections at the resistor pads or at some arbitrary point may look the same, real traces have inductance and resistance that could throw your measurements off if you don’t use Kelvin connections.
Keep Digital and Noisy Traces Away from Analog Traces
Parallel traces or conductors form a capacitor. Placing traces close together capacitively couples the signals on the traces, especially if the signals are high frequency. Keep high frequency and noisy traces away from traces that you don’t want noise on.
Ground is Not Ground
Ground is not an ideal conductor. Take care to route noisy grounds away from signals that need to be quiet. Make ground traces large enough to carry the currents that will flow. Placing a ground plane directly under signal traces lowers the impedance of the traces, which is ideal.
Via Size and Number
Vias have inductance and resistance. If you’re routing a trace from one side of the PCB to the other and need low inductance or resistance, use multiple vias. Large vias have lower resistance. This is especially useful in grounding filter capacitors and high current nodes. Use a via size calculator like this one.
Using PCB as Heatsink
Place extra copper around surface mount component to provide extra surface area to dissipate heat more efficiently. Some component datasheets(especially power diodes and power MOSFETs or voltage regulators) have guidelines for using PCB surface area as heatsinks.
Thermal Vias
Vias can be used to move heat from one side of a PCB to the other. This is especially useful when a PCB is mounted on a heatsink on a chassis that can further dissipate heat. Large vias transfer heat more efficiently than small vias. Many vias transfer heat more efficiently than one via, and lower the operating temperature of components. Lower operating temperatures contribute to higher reliability.
Thermal Relief
Thermal relief is making connections between a trace or a fill and a component pin small to make soldering easier. This small connection is short to reduce the impact on electrical resistance. If thermal relief on component pins is not used, then the component may be a little cooler because there’s a better thermal connection to traces or fills that can dissipate heat, but it’ll be harder to solder and desolder.
Distance between Traces and Mounting Holes
Leave room between copper traces or fills and mounting holes; this helps prevent shock hazards. Solder mask isn’t considered a reliable insulator, so take care that there is distance between copper and any mounting hardware.
Heat Sensitive Components
Keep components that are sensitive to heat away from other components that generate heat. Examples of components that are sensitive to heat include thermocouples and electrolytic capacitors. Placing thermocouples close to heat sources may throw off temperature measurements. Placing electrolytic capacitors close to heat generating components will reduce their operating life. Components that generate heat may include bridge rectifiers, diodes, MOSFETs, inductors, and resistors. The heat depends on current flowing through the components.
Conclusion
This article has covered some basic practical PCB layout tips that can positively impact the functionality and reliability of your design. Have more tips and tricks? Leave them in the comments!
Idm crack 6.36 build 1 with patch [32bit + 64bit] 2020
Downloading and Installation of software
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Avira Phantom VPN v2.6.1.20906 + Patch
Easy to install and simple interaction process
The application passes a typical installation process, after which the solution is integrated into the taskbar. The application works invisibly in the background and after the folding does not occupy space in the taskbar.
Thanks to minimalist user interface, to all the advantages of virtual private networks are available by simply pressing the button “Connect”.
Download Avira Phantom VPN v2.6.1.20906 + Patch
Idm crack 6.35 build 9 with patch free latest download
Idm crack 6.35 build 9 with patch free latest download
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How to Install or How to patch idm
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What’s new in version 6.35 build 9
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bOAt stone 600 video review after 2 months of usage
This is the full review of Boat Stone 600 Bluetooth speaker sold on Amazon below 2.5k INR .I have also compared it with Creative Muvo 2 ,JBL GO and mpow armour bluetooth speaker.
Buy it from Amazon India here :
http://amzn.to/2ium7vK
Watch the Sound quality test Video :
https://youtu.be/lzfYpucLSzA
Find me on twitter : https://twitter.com/abrahamabruz
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Features:
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-What You Get: boAt Stone 600 Bluetooth speaker, micro USB charging cable, aux-in cable compatible with 3.5 mm devices, 12-month warranty and supportive customer service
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Your Guide To Buy Routers Online
Your Guide To Buy Routers Online
Router? What is that supposed to be?
What makes routers remarkable?
Connectivity
Security
Easy-To-Use
So Routers Have Types Too?
The Routers Input
RJ11 Telephone Line:
USB
RJ45 Ethernet Cable
SIM cards
How do I know what my router is compatible with?
- RJ11 Telephone Line
- RJ45 Ethernet Cable
- USB
- SIM Cards
Router Bandwidth:
While shopping for a router, you’ll come across a bunch of numbers mashed together with words, like “150Mbps, 300Mbps, 600Mbps…etc”. Don’t be puzzled and don’t kid yourself either! This isn’t really the internet speed you’ll attain on buying one of these routers. Instead, the speed emblazoned on these devices is the highest limit at which they’re capable of transmitting data. Don’t forget, faster router speeds do not directly relate to faster internet speeds. Your browsing and downloading speed is decided by your ISP and relies on the package you’ve selected for yourself. A faster router on the other hand will help boost the performance of your internal network, increasing the speed at which you share files, videos, music and more.
Router Portability
Router’s Antenna
Router's Designation
Router's Band
Where To Use A Router
3 Tips to increase your router’s bandwidth
- Adjust your “channel width”
Adjusting your router’s channel width decides how much data can be transferred via its wireless signal. The channel width for 2.4 or 5 GHz bands is generally configured to 20 MHz, 40 MHz or 60MHz by default. Using a channel width of 20 MHz increases the router’s range but decreases data speeds. 40 MHz on the other hand is a broader channel, enabling higher data transfer while restricting the router’s range. - MAC filtering
Devices that connect to a network always have a MAC address assigned their network adapters. MAC filtering helps prevent specific devices from accessing a network, restricting access only to a few selected devices. Use your router’s management interface to add MAC addresses. This will help you decide which devices have access to your network! - QoS, or Quality of Service
This feature helps increase the performance of a select few types of traffic on a network, including gaming, video-streaming, video-calls etc. by enabling QoS, a router will give the highest bandwidth priority to a selected application, making that application in particular lag-free. This is one of the best ways to pump up the performance of your router whenever required.