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Tuesday, November 1, 2016

How to Adding Custom Shortcuts in Sandboxie

How to Add Custom Shortcuts in Sandboxie

Do You Need to add shortcuts for applications of your choice straight to desktop ? Need to force them run into Sandbox just by double clicking ? Without selecting "Run Sandboxed" Right Click context menu.. ?

Open Sandboxie Control.
Select the Windows Integration option under Configure menu.
Under the Shortcut icons, select the " Add shortcuts icons "..
Select/check the Run as UAC Administrator.
Select Applications you want to add to desktop as shortcut from either Programs menu or All files and folder option.
DONE.. You have successfully created custom shortcuts to your desktop.. ENJOY !!

Need more information on Sandboxie ..? Go Here

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Helicon Focus Pro 5 3 14 1 Full Version Crack Download

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iSoftware Store Present’s Helicon Focus Pro 5.3.14.1 ,A professional application designed to correct and enhance the focus in several images by merging them into one focused photo.The program is designed for optic microscope image processing to cope with the shallow depth-of-field problem.

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Title:	Helicon Focus Pro 5.3.14.1
Filename:	hfpsetup.exe
File size:	85.30 MB
Requirements:	Windows 2000 / XP x32/x64/ Vista x32/x64/ Windows7 x32/x64 8 32-bit / 8 64-bit
Languages:	Multiple languages
Date Added:	Aug 10 , 2013
License:	Commercial Freeware

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automatically adjusts and resizes images (important for stereomicroscopes and macrophotography);
automatically adjusts brightness of the adjacent images;
reads RAW, 8bit and 16bit TIFFs, JPEG, JPEG 2000, BMP, etc;
will contain more advanced features in the future.
writes 8bit and 16bit TIFFs, JPEG, JPEG 2000, BMP.
includes all the features of the Lite version;
processes an unlimited number of images in the stack;
has no limitation on image resolutions (you need at least 512M RAM to work with 8Mp+ images);
supports "dust map" to automatically remove black points from the resulting images;
generates opacity maps for further processing in Adobe PhotoShop;
adds text title and scale to the image;

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10 Substitutes to PayPal

PayPal is a convenient way to pay and accept payment online. Many online merchants use the service to get payment along with credit cards or debit cards from major companies such as Visa and Mastercard. Merchants and online buyers arent the only ones who take advantage of PayPals services. There are so many freelance workers who rely on PayPal to get paid for rendered services. PayPal makes our life so simple when it comes to paying for goods and services online. Despite how useful it is, some have been frustrated with the quality of the service they get from PayPal. Theres even a group that has created a dedicated website to gripe about PayPal.

So if you dont like Paypal, then here are a few alternatives:

1. Amazon Payments

This service lets you send money to friends and family. Amazon’s service offers a simple way to send money as you can easily pay on thousands of websites by using the information stored in your Amazon account so there’s no need to input your credit card or type in your address. Online sellers are charged 2.9% +$.3 per-transaction for transactions greater than $10.

2. Google Wallet

With this service from Google, you can send money to your friend in the U.S. as well as spend the money on your account on stores. It also has an added service that it lets you leave your loyalty programs and cards behind as it can store it for you.

3. Merchant Inc.

This service bills itself as “Hassle-Free Payment Processing.” Like PayPal, their service is compatible with Ebay. Merchants can use the service to accept credit cards on their website and even send invoices to their customers. Merchant Inc.’s standard rate for transactions is 1.99%. Merchant Inc. also promises sellers that they can receive payments in as little as two days.

4. Square

Merchants can get a device from Square that they can use to swipe the credit card of their customer. The device can be used on an iPhone, iPad, or Android device. While the device can be used by brick-and-mortar businesses, Square also has a service that allows online merchants to accept payment. Square’s rate is 2.75% for every transaction.

5. Serve

Want to pay bills online just like you do with PayPal? American Express’ Serve service lets you get a temporary card at retailers such as Office Depot, Walgreens, and CVS/pharmacy. You can add funds to the card for free at participating CVS/Pharmacy and 7-Eleven stores in the U.S. With Serve, you can also send and receive money from friends and family who also have a Serve account.

6. Dwolla

This company’s mission is to allow anyone to quickly and safely move money online at the lowest cost possible. And they do have one of the lowest rates around at just $0.25 per transaction or free for transactions that are less than $10. Users can send money to an email address or phone numbers, the recipient needs to open a Dwolla account to claim the funds. Dwolla also has a mobile app.

7. ProPay

Like Square, ProPay also provides a dongle that attaches to your iOS and Android device that lets merchants accept credit card payments. ProPay also offers other devices that let merchants accept credit cards. Their rate for swiping a card is 2.6% while their keyed rate is 3.4%.

8. 2Checkout

This service is already available in 196 countries around the world and they can process 26 currencies. As for their rates, it’s a bit on the steep side as their transaction rate is 5.5% and they charge another 45 cents per transaction.

9. Xoom

Just like Paypal, Xoom can be used to send payment to friends and family. Freelance workers can also use this service to get paid by their employers. It’s geared more towards those who want to send remittances.

10. Bitcoin

This is an emerging form of currency and merchants can use Bitcoins as a form of payment and even avoid transaction fees. The challenge is that not a lot of people use this and several major exchanges have closed recently so it makes it a little hard to exchange your Bitcoins to cash.

For those who are frustrated with the service they get from PayPal or who just want another payment processor, they can check out these PayPal alternatives. Some providers offer much cheaper transaction rates compared to PayPal so that could be a reason to switch providers even if you are satisfied with PayPal’s service.
Image Credit: sscreations

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Hard Disk Sentinel Professional Edition (HDSentinel Pro) is a HDD/SSD monitoring and analysis application, created to find, test, diagnose and repair hard disk drive problems, report and display SSD and HDD health, performance degradations and failures. With Hard Disk Sentinel Professional, you can instantly see reports detailing the total health of the hard disks and solid state disks inside the computer or in external enclosures (USB / e-SATA), including temperature, S.M.A.R.T. (Self-Monitoring, Analysis and Reporting Technology, built in most hard disks and solid state disks today) attributes, transfer speeds, and more.

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What is Diac Quadrac How it Works

The DIode AC switch, or Diac for short, is another solid state, three-layer, two-junction semiconductor device but unlike the transistor the Diac has no base connection making it a two terminal device, labelled A₁ and A₂. Diacs have no control or amplification but act much like a bidirectional switching diode as they can conduct current from either polarity of a suitable AC voltage supply.

In our tutorial about SCR’s and Triacs, we saw that in ON-OFF switching applications, these devices could be triggered by simple circuits producing steady state gate currents as shown.

When switch, S1 is open no gate current flows and the lamp is “OFF”. When switch S1 is closed, gate current I_Gflows and the SCR conducts on the positive half cycles only as it is operating in quadrant ?.

We remember also that once gated “ON”, the SCR will only switch “OFF” again when its supply voltage falls to a values such that its Anode current, I_A is less than the value of its holding current, I_H.

If we wish to control the mean value of the lamp current, rather than just switch it “ON” or “OFF”, we could apply a short pulse of gate current at a pre-set trigger point to allow conduction of the SCR to occur over part of the half-cycle only. Then the mean value of the lamp current would be varied by changing the delay time, T between the start of the cycle and the trigger point. This method is known commonly as “phase control”.

But to achieve phase control, two things are needed. One is a variable phase shift circuit (usually an RC passive circuit), and two, some form of trigger circuit or device that can produce the required gate pulse when the delayed waveform reaches a certain level. One such solid state semiconductor device that is designed to produce these gate pulses is the Diac.

The diac is constructed like a transistor but has no base connection allowing it to be connected into a circuit in either polarity. Diacs are primarily used as trigger devices in phase-triggering and variable power control applications because a diac helps provide a sharper and more instant trigger pulse (as opposed to a steadily rising ramp voltage) which is used to turn “ON” the main switching device.

The diac symbol and the voltage-current characteristics curves of the diac are given below.

Diac Symbol and I-V Characteristics

We can see from the above diac I-V characteristics curves that the diac blocks the flow of current in both directions until the applied voltage is greater than V_BR, at which point breakdown of the device occurs and the diac conducts heavily in a similar way to the zener diode passing a sudden pulse of voltage. This V_BR point is called the Diacs breakdown voltage or breakover voltage.

In an ordinary zener diode the voltage across it would remain constant as the current increased. However, in the diac the transistor action causes the voltage to reduce as the current increases. Once in the conducting state, the resistance of the diac falls to a very low value allowing a relatively large value of current to flow. For most commonly available diacs their breakdown voltage typically ranges from about ±25 to 35 volts.

This action gives the diac the characteristic of a negative resistance as shown above. As the diac is a symmetrical device, it therefore has the same characteristic for both positive and negative voltages and it is this negative resistance action that makes the Diac suitable as a triggering device for SCR’s or triacs.

Diac Applications

As stated above, the diac is commonly used as a triggering device for other semiconductor switching devices, mainly SCR’s and triacs. Triacs are widely used in applications such as lamp dimmers and motor speed controllers and as such the diac is used in conjunction with the triac to provide full-wave control of the AC supply as shown.

Diac AC Phase Control

As the AC supply voltage increases at the beginning of the cycle, capacitor, C is charged through the series combination of the fixed resistor, R1 and the potentiometer, VR1 and the voltage across its plates increases. When the charging voltage reaches the breakover voltage of the diac (about 30 V), the diac breaks down and the capacitor discharges through the diac, producing a sudden pulse of current, which fires the triac into conduction. The phase angle at which the triac is triggered can be varied using VR1, which controls the charging rate of the capacitor.

Once the triac has been fired into conduction, it is maintained in its “ON” state by the load current flowing through it, while the voltage across the resistor–capacitor combination is limited by the “ON” voltage of the triac and is maintained until the end of the present half-cycle of the AC supply.

At the end of the half cycle the supply voltage falls to zero, reducing the current through the triac below its holding current, I_H turning it “OFF” and the diac stops conduction. The supply voltage then enters its next half-cycle, the capacitor voltage again begins to rise (this time in the opposite direction) and the cycle of firing the triac repeats over again.

Triac Conduction Waveform

Then we have seen that the Diac is a very useful device which can be used to trigger triacs and because of its negative resistance characteristics this allows it to switch “ON” rapidly once a certain applied voltage level is reached. However, this means that whenever we want to use a triac for AC power control we will need a separate diac as well. Fortunately for us, some bright spark somewhere replaced the individual diac and triac with a single switching device called a Quadrac.

The Quadrac

The Quadrac is basically a diac and triac fabricated together within a single package and as such are also known as “internally triggered triacs”. This all in one bi-directional device is gate controlled using either polarity of the main terminal voltage which means it can be used in full-wave phase-control applications such as heater controls, lamp dimmers, and AC motor speed control, etc.

Like the triac, quadracs are a three-terminal semiconductor switching device labelled MT2 for main terminal one (usually the anode), MT1 for main terminal two (usually the cathode) and G for the gate terminal.

The quadrac is available in a variety of package types depending upon their voltage and current switching requirements with the TO-220 package being the most common as it is designed to be an exact replacement for most triac devices.

Diac Tutorial Summary

In this diac tutorial we have seen that the diac is a two-terminal voltage blocking device that can conduct in either direction. Diacs posses negative resistance characteristics which allows them to switch “ON” rapidly once a certain applied voltage level is reached.

Since the diac is a bidirectional device, it makes it useful for the triggering and firing of triacs and SCR’s in phase control and general AC circuits such as light dimmers and motor speed controls.

Quadracs are simply triacs with an internally connected diac. As with triacs, quadracs are bidirectional AC switches which are gate controlled for either polarity of main terminal voltage.

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