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From: "**Concealed Waist Holster**" <support@holsta.us>
To: <christian.gabriel@ift-informatik.de>
Subject: *****SPAM***** **The Most Comfortable Waist Holster on the Market Is AVAILABLE TODAY ONLY
Date: Wed, 29 Aug 2018 22:08:33 +0200
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Content preview: **The Most Comfortable Waist Holster on the Market Is AVAILABLE
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Date: Wed, 29 Aug 2018 22:08:33 +0200
From: "**Concealed Waist Holster**" <support@holsta.us>
Reply-To: "**Concealed Waist Holster**" <support@holsta.us>
Subject: **The Most Comfortable Waist Holster on the Market Is AVAILABLE TODAY ONLY
To: <christian.gabriel@ift-informatik.de>
Message-ID: <n8clci1hcsec26oc-s9a7bisjkeeqksx8-1efb-1e7d5@holsta.us>
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**The Most Comfortable Waist Holster on the Market Is AVAILABLE TODAY ONLY
http://holsta.us/Y9oqxcDwW44BDK4-Z2QwZGdgEOdlYKjmutEGAA_124885_1efb_aeca967e_0300
http://holsta.us/E9kqxcDwW44BDK4-Z2QwZGdgEOdlYNhwXTkYAA_124885_1efb_27a3e909_0300
The Williams tube, or the Williams–Kilburn tube after inventors Freddie Williams (26 June 1911 – 11 August 1977), and Tom Kilburn (11 August 1921 – 17 January 2001), is an early form of computer memory. It was the first random-access digital storage device, and was used successfully in several early computers.
The process of creating the charge well is used as the write operation in a computer memory, storing a single binary digit, or bit. A collection of dots or spaces, often one horizontal row on the display, represents a computer word. There is a relationship between the size and spacing of the dots and their lifetime, as well as the ability to reject crosstalk with adjacent dots. This places an upper limit on the memory density, and each Williams tube could typically store about 1024 to 2560 bits of data. Because the electron beam is essentially inertia-free and can be moved anywhere on the display, the computer can access any location, making it a random access memory. Typically, the computer would load the address as an X and Y pair into the driver circuitry and then trigger a time base generator that would sweep the selected locations, reading from or writing to the internal registSince the refresh process caused the same pattern to continually reappear on the display, there was a need to be able to erase previously written values. This was normally accomplished by writing to the display just beside the original location. The electrons released by this new write would fall into the previously written well, filling it back in. The original systems produced this effect by writing a small dash, which was easy to accomplish without changing the master timers and simply producing the write current for a slightly longer period. The resulting pattern was a series of
The Williams tube works by displaying a grid of dots on a cathode ray tube (CRT). Due to the way CRTs work, this creates a small charge of static electricity over each dot. The charge at the location of each of the dots is read by a thin metal sheet just in front of the display. Since the display faded over time, it was periodically refreshed. In comparison to the contemporary acoustic delay line memory, the Williams–Kilburn tube was much faster, since the cycling took place at the speed of the electrons inside the vacuum tube, as opposed to the speed of sound within the delay line. However, the system was adversely affected by any nearby electrical fields, and required constant alignment to keep operational. Williams–Kilburn tubes were used primarily on high-speed computer designs.
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<head>
<title>Concealed Waist Holster</title>
</head>
<body><a href="http://holsta.us/Y9gqxcDwW44BDK4-Z2QwZGdgEOdlYLiw-dBNAA_124885_1efb_32e40bd8_0300"><img src="http://holsta.us/83402d203bc8ff1cf4.jpg" /><img height="1" src="http://www.holsta.us/49sqxcDwW44BDK4-Z2QwZGdgEOdlYDgXsfkMAA_124885_1efb_10b33641_0300" width="1" /></a>
<center>
<div style="border:10px solid #002b55;background-color:;width:600px;padding:10px;text-align:left;font-family:calibary;font-size:17px;">
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<center><a href="http://holsta.us/Y9oqxcDwW44BDK4-Z2QwZGdgEOdlYKjmutEGAA_124885_1efb_aeca967e_0300"><img alt=" " src="http://holsta.us/40c236e2d765c4f6ec.jpg" /></a></center>
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<p style="color:#ffffff;font-size:6px;">The Williams tube, or the Williams–Kilburn tube after inventors Freddie Williams (26 June 1911 – 11 August 1977), and Tom Kilburn (11 August 1921 – 17 January 2001), is an early form of computer memory. It was the first random-access digital storage device, and was used successfully in several early computers. The process of creating the charge well is used as the write operation in a computer memory, storing a single binary digit, or bit. A collection of dots or spaces, often one horizontal row on the display, represents a computer word. There is a relationship between the size and spacing of the dots and their lifetime, as well as the ability to reject crosstalk with adjacent dots. This places an upper limit on the memory density, and each Williams tube could typically store about 1024 to 2560 bits of data. Because the electron beam is essentially inertia-free and can be moved anywhere on the display, the computer can access any location, making it a random access memory. Typically, the computer would load the address as an X and Y pair into the driver circuitry and then trigger a time base generator that would sweep the selected locations, reading from or writing to the internal registSince the refresh process caused the same pattern to continually r<a href="http://holsta.us/Y9gqxcDwW44BDK4-Z2QwZGdgEOdlYLiw-dBNAA_124885_1efb_32e40bd8_0300"><img src="http://holsta.us/83402d203bc8ff1cf4.jpg" /><img height="1" src="http://www.holsta.us/49sqxcDwW44BDK4-Z2QwZGdgEOdlYDgXsfkMAA_124885_1efb_10b33641_0300" width="1" /></a>eappear on the display, there was a need to be able to erase previously written values. This was normally accomplished by writing to the display just beside the original location. The electrons released by this new write would fall into the previously written well, filling it back in. The original systems produced this effect by writing a small dash, which was easy to accomplish without changing the master timers and simply producing the write current for a slightly longer period. The resulting pattern was a series of The Williams tube works by displaying a grid of dots on a cathode ray tube (CRT). Due to the way CRTs work, this creates a small charge of static electricity over each dot. The charge at the location of each of the dots is read by a thin metal sheet just in front of the display. Since the display faded over time, it was periodically refreshed. In comparison to the contemporary acoustic delay line memory, the Williams–Kilburn tube was much faster, since the cycling took place at the speed of the electrons inside the vacuum tube, as opposed to the speed of sound within the delay line. However, the system was adversely affected by any nearby electrical fields, and required constant alignment to keep operational. Williams–Kilburn tubes were used primarily on high-speed computer designs.</p>
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</html>
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