http://www.cwhdallas.com/amd-mos/
Amd Mos
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AMD A80286-16/S 16-BIT MOS PGA 68PIN |  |
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US $103.20 | 25d 7h 5m |
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AMD AM8155PC 2048-BIT MOS SRAM with I/O PORTS and TIMER | |
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US $5.00 | 18d 7h 11m |
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MSI Radeon6970 HD 2.0 GB GDDR5 256bit PCI Express 2.0x16 Graphics Card R6970 Lightning List Price: $492.36  |
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SpecificationsMfr Part Number: R6970 LIGHTNINGChipset: Radeon HD6970 Engine Clock: 940 MHz Video Memory: 2GB DDR5 Memory Clock: 5500 MHz Memory Interface: 256-bitBus: PCI-Express 2.1 x16 RAMDAC: 400 MHzMax. Resolution: 1920 x 1200 Connectors: Dual DVI; HDMI; 2x Mini DisplayPortThermal: Fansink(Dual PWM Fan)Support Microsoft Windows 7Support AMD Eyefinity TechnologySupport Blu-ray and HD DVDSupport HDCP - High-bandwidth Digital Content ProtectionSupport Microsoft DirectX 11 and OpenGL 4.0Package: Retail |
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MSI 790FX-GD70 Socket AM3--140 Watt CPU--AMD 790FX CrossFire--4DDR3-2133(OC)--ATI Quad/Triple CrossFireX--ATX Motherboard List Price: $191.99 |
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MSI 790FX-GD70 Motherboard Get in on the AM3 revolution with this high-powered MSI AMD 790 Socket AM3 ATX motherboard. Built for AMD Socket AM3 Phenom II, the MSI is an ideal platform for extreme PCs capable of spectacular gaming and multimedia performance. Based on the AMD 790FX/SB750 chipset, the MSI is compatible with processors with up to 5200 MT/s FSB, and supports HyperTransport 3.0, DDR3 1333, 1600, & 2000MHz memory up to 16GB, PCIe X16/x1, PCI, SATA 3Gb/s with RAID 0, 1, 5 and 0+1, Gigabit LAN, high-definition 8-channel audio, and USB 2.0. And the offers numerous MSI overclocking features, to provide unprecedented performance for a motherboard in this affordable price range. This mobo is loaded with CrossFireX support, and eSATA! If you're ready to build powerhouse AM3 system, MSI has the perfect motherboard to anchor your new PC - the AMD 790FX Socket AM3 motherboard. |
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MSI Motherboard 790FX-GD70 AMD 790FX 601-7577-01S 1G FSB DDR3 With Dr Mos Retail New List Price: $368.88 |
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MSI Motherboard 790FX-GD70 AMD 790FX 601-7577-01S 1G FSB DDR3 with Dr Mos Retail.Features-Transformer Block Spacing. Number of Outlets - 6. Receptacle Style - NEMA 5-15R. Nominal Input Voltage - 120V. Surge Protection and Filtering. CPU, Memory, Systems, Notebooks, and Software products are not returnable for Credit. Condition and terms A 15 days from date of invoice; during first 7 days no restocking fee will be charged in most cases, provided item(s) are returned as new, unopened, complete and in re-sellable condition. After 7 days a 15% restocking fee will apply.The customer can have a replacement of items purchased during first 30 days of invoice date. The customer must notify us within 24 hours if they receive a defective product in order to receive RMA # and get credit. |
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Panasonic CQ-D5501W DVD/CD/MP3 Player |
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The CQ-D5501 boasts a high precision 96kHz/24-bit D/A converter. According to digital audio theory, high frequency reproduction is limited to half the sampling frequency used for recording. Therefore, the frequency response of linear PCM audio in some DVD Videos can potentially extend all the way up to 48kHz (half 96kHz). While we cannot hear sounds above 20kHz, very high frequency overtones may infuence how we hear the details in audible sounds, such as the crash of symbals. Now the MP3 audio revolution hits the road. All models have built in MP3 decoders. Download MP3s from the web or convert your favourite CD tracks to MP3 format. Then record your compilation onto a CD-R/RW to play. Compared to CD format, MP3 lets you fit about 10* times more music onto each disc. Imagine!!! No more disc swapping on long drives.. * The figure refers to data recorded on a 650MB CD-R or CD-RW disc at a fixed rate of 128kbps and a sampling frequency of 44.1kHz. |
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Mos Memory Data Book: Commercial and Military Specifications, 1993 List Price: $15.75 Sale Price: $15.75 |
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MOS/LSI Data Book |
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There are five major sources of leakage currents in CMOS transistors, they are:
* Gate oxide tunnelling leakage (IG)
* Subthreshold leakage (ISUB)
* Reverse-bias junction leakages (IREV)
* Gate Induced Drain Leakage (IGIDL)
* Gate current due to hot-carrier injection (IH)
Gate oxide tunnelling leakage
The downscaling of the gate oxide thickness increases the field oxide across the gate resulting to electron tunnelling from gate to substrate or from substrate to gate. The resulting current is called gate oxide tunnelling current and it is the major leakage current in the nanometer CMOS. Two mechanisms are responsible for this phenomenon. The first is called Fowler-Nordheim (FN) tunnelling mechanism, which is electron tunnelling into the conduction band of the oxide layer. The other mechanism, direct tunnelling, is more dominant than the FN. In this case, electron tunnel directly to the gate through the forbidden energy gap of the silicon dioxide layer. The resulting current is called the gate direct-tunnelling leakage and it flows from the gate through the oxide insulation to the substrate.
Subthreshold leakage
The subthreshold leakage is the drain-source current of a transistor during operation in weak inversion (where transistors switch ON though the gate source voltage is below the threshold voltage, the voltage at which when exceeded the transistor is expected to be turned ON). Unlike the strong inversion region in which the drift current dominates, the subthreshold conduction is due to the diffusion current of the minority carriers in the channel for a metal oxide semiconductor (MOS) device. The magnitude of the subthreshold current is a function of the temperature, supply voltage, device size, and the process parameters.
Reverse-bias source/drain junction leakages
Though the p-n junctions between the source/drain and the substrate are reverse-biased, yet a small amount of current flows causing these junctions to leak. This current is called reverse biased junction leakage current. The magnitude of this current depends on the area of the source/drain diffusion and the current density, which is in turn determined by the doping concentration. The highly doped shallow junctions and halo doping necessary to control short channel effects (SCE) in the nanometer devices has escalated this leakage current. Under this situation, electrons tunnel across the p-n junction causing junction leakage.
Gate Induced Drain Leakage (GIDL)
This leakage current is caused by high electric field effect in the drain junction of MOS transistors. Over the years, transistor scaling has led to increasingly steep halo implants, where the substrate doping at the junction interfaces is increased, while the channel doping is low. Its purpose is to control punch-through and drain-induced barrier lowering with minimal impact on the mobility of the carrier in the channel. The steep doping profile that results at the drain edge increases the band-to-band tunnelling currents there, especially as drain-bulk voltage (Vdb) is increased. Thinner oxide and higher supply voltage increase GIDL current. Controlling the doping concentration in the drain of the transistor is the best way to control GIDL.
Gate current due to hot-carrier injection (IH)
This leakage current is due to drift over time of the threshold voltage in short channel devices. The high electric field near the Si-SiO2 interface can cause electrons or holes to gain sufficient energy to overcome the interface potential and enter into the oxide layer. In this phenomenon known as hot carrier effect, the electron injection is more likely to occur than the hole as electron has both lower effective mass and barrier height than hole. These carriers trapped in the oxide layer change the threshold voltage of the device and consequently the subthreshold current. Proportionate scaling down of the supply voltage with the device dimension is one possible way of controlling this leakage.
Dr. Ndubuisi Ekekwe blogs at Nkpuhe- a revelation on Africa, http://goafrit.wordpress.com.
Tax Deferral 1031 Exchanges and Cost Segregation
A complete answer needs to consider the remaining cost basis for the property that has been exchanged. If the remaining cost basis is minimal then tax deferral is minimal and, it is probably not financially feasible to utilize cost segregation. If the remaining cost basis (plus the amount of additional cash contributed) is at least $500,000, tax deferral is increased and it is worth reviewing whether cost segregation makes sense.
The total value of the new property is proportionally allocated to the remaining cost basis of the 1031 exchange property (and any additional basis from new investment). For example, if the five-year property is 10% of the value of the new property, and the remaining cost basis is $3,000,000, a value of $300,000 ($3,000,000 x 10%) would be allocated to the five-year property.
One interesting issue is whether five-year property in the new property is considered personal property. To gain the tax deferral benefits, a 1031 Exchange must involve like-kind property. For example, if you sell a house and purchase a lake house, boat and jet ski as your exchange property, the boat and jet ski would be considered “boot”, taxable as ordinary income and the owner does not receive any tax deferral. The boat and jet ski are considered “boot” since they are personal property and the property that was sold was real estate.
Since five-year property is referred to as personal property in IRS documentation, there has been confusion regarding this issue. The IRS defers to state law regarding whether items are real property or personal property for the purpose of determining whether there is “boot.” Carpet and vinyl tile are both significant five-year life components. While they are considered personal property for depreciation purpose, they are considered real property by state law (in most states). Hence, they are not considered “boot.” and the owner can experience tax deferral.
Tax deferral from cost segregation is effective for 1031 exchange purchases provided the remaining cost basis is at least $500,000. Exchange buyers can defer taxes and reduce taxes on the old property and increase depreciation for the new property.
Cost segregation produces tax deferrals and reduces federal income taxes across the country and in every size market. Below are just a few examples of where cost segregation generates meaningful tax deductions.
City:
- Baltimore, MD
- Houston, TX
- Bridgeport, CT
- Dallas/Ft. Worth, TX
- Hartford, CT
- San Francisco, CA
- Washington, DC
- Las Vegas, NV
- Memphis, TN
- Tampa, FL
- Albany, NY
- St. Louis, MO
- Tulsa, OK
- Columbus, OH
- Santa Rosa, CA
- Fresno, CA
- Detroit, MI
- Ft. Lauderdale, FL
- Cincinnati, OH
- Cleveland, OH
- Scranton, PA
- Indianapolis, IN
- Albuquerque, NM
- Wichita, KS
- Milwaukee, WI
- Stockton, CA
- Little Rock, AR
- Bakersfield, CA
- Oklahoma City, OK
- Nashville, TN
Cost segregation produces tax deductions amd tax deferrals for virtually all property types.
Property Type:
- Regional mall
- Truck terminal
- School
- Manufacturing/processing
- Retail
- Shopping center
- Cold storage facility
- Tennis club
- Country club
- Medical office
Almost every industry, including the following, can generate cost-efficient tax deductions and tax deferrals by using cost segregation.
Industry:
- Arts, Entertainment, and Recreation
- Laundry facilities
- Furniture stores
- Paper manufacturing
- Machinery manufacturing
- Metal manufacturing
- Computer and electronic manufacturing
- Golf courses and country clubs
- Textile mills
- Truck transportation
O’Connor & Associates is a national provider of commercial property real estate consulting services including, commercial real estate appraisal , tax deductions ,cost segregation,property tax,tax reduction,market research,highest and best use analysis,partial interest valuation,financial modeling,Brazoria county appraisal distric,Tips and Tricks for Appealing Your Property Taxes in Galveston,Galveston county appraisal,Federal tax reduction.
About the Author
Patrick C. O'Connor has been president of O'Connor & Associates since 1983 and is a recipient of the prestigious MAI designation from the Appraisal Institute. He is also a registered senior property tax consultant in the state of Texas and has written numerous articles in state and national publications on reducing property taxes. He continues to set the standard in direction and quality of our appraisal products, adding services ranging from business valuations and business appraisals to cost segregation analysis for income tax reduction.
U.S Army MOS 14S (AMD) Crew-member?
i just picked out my job today and i got 14s (AMD) crew-member and i was just wondering if i can get some info on this mos like how it is and if i made a good decision on my job choice. and if there is anyone else with this mos currently how is it, and do you like this mos?
did you picked it or you already signed the contract? If you sign the contract I really dont know a lot about it, which is good, because I've been to combat and not knowing of it is good. But I'm guessing is a lot of field training. If you did'nt enlisted yet for it, tell me, and I will tell you the best jobs out there. Good Luck
COMMENTARY: From Microprocessor to Microcontroller to ???
Meng He and Andrew Siska look at the evolution of embedded processing, and explore the implications of programmable system on chip architectures to its future direction.. System-on-Chip - Evolution - Hardware - Microcontroller - Business
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