1. Nicholas Slot 34 Maui
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3. Slot 32
4. 34 Slot Freighter

INDOBETSLOT Adalah slot online indonesia yang terpercaya meyediakan permainan slot online dengan sarana deposit pulsa tanpa potongan jangan tunggu lagi gabung disini Di indobetslot. Holes and Slots Standard Holes. Standard hole sizes for bolts are made 1/16-in. Larger in diameter than the nominal size of the fastener body. This provides a certain amount of play in the holes, which compensates for small misalignment’s in hole location or assembly, and aids in the shop and field entry of fasteners.

Contents

What is ExpressCard?

ExpressCard is PCMCIA's (subsumed by the USB-IF) portable, removable, expansion technology to replace PC Card and PC CardBus (sometimes mistakenly called PCMCIA Cards). ExpressCard holds several advantages over PC Card some of which are enumerated below.

Differences between ExpressCard and PC Card

ExpressCard features new interconnect technology

ExpressCard utilizes two interconnect technologies, the most important of which is PCI Express (PCIe). ExpressCards featuring PCIe 1X technology are capable of 2.5Gb/s per direction, giving an ExpressCard operating in full duplex mode an approximate throughput of 250MB/s x 2, or 500MB/s of throughput, nearly quadrupling the effective speed of 32-bit PC CardBus. ExpressCard alternatively utilizes USB 2.0 for lower speed and less complex applications, with a maximum throughput of 480mb/s.

ExpressCard allows for much more bandwidth

ExpressCards featuring PCIe 1X technology are capable of 2.5Gb/s per direction, allowing for realization of applications, especially host adapters, that underperformed or were impossible under PC CardBus. Examples of full throughput host adapters that bottlenecked CardBus, but don't tax ExpressCard at all are FireWire 800 (IEEE 1394.b) and Gigabit Ethernet (GbE). Additionally, ExpressCard will be able to handle the latest SATAe and other high end buses with relative ease.

ExpressCard has superior power saving and management

ExpressCard operates at lower voltages than PC Card with 1.5 and 3.3V baselines. This allows systems deploying ExpressCard technology to take full advantage of current low power utilization throughout.

ExpressCard is a serial rather than a parallel bus

ExpressCard follows the trend of PCI Express and SATA in transitioning from parallel buses to serial buses. Rather than a 68-pin parallel connection used in PC Card, ExpressCard utilizes a 26-pin beam on blade serial connection. ExpressCard's use of high performance PCIe and USB 2.0 serial connections already built on to host system reduces complexity and eliminates the problems with signal timing associated with parallel buses.

ExpressCard is simpler and cheaper to implement than PC Card

Because ExpressCard harnesses buses that already exist on a host system, it doesn't require a separate ASIC to integrate it to a host system. Unlike PC CardBus and PC Card in which a controller chip was necessary to bridge between the card slot and the underlying system bus, ExpressCard devices literarily plug into either the PCIe or USB 2.0 bus on the system, depending on the ExpressCard type employed. ExpressCard saves in both cost and complexity in this regard.

Is ExpressCard backward compatible with PCMCIA PC Cards?

Our ExpressCard 34 to PCMCIA PC CardBus 16/32-bit Read-Writer Express2PCC allows computers with ExpressCard slots to use either 16-bit legacy PC Cards or 32-bit PC cardbus Cards. Express2PCC works with host systems featuring native ExpressCard 34 or ExpressCard 54 slots, or an installed PCIe to ExpressCard adapter. If the host operating system supports the PCMCIA PC Card, it should also work in conjunction with the Express2PCC. Sonnet's Qio device provides support for Panasonic P2 PC Card Memory devices on both Mac OS X and Windows. The Qio is available with either ExpressCard, PCIe, or Thunderbolt connections to the host system.

ExpressCard to PCMCIA PC Card

ExpressCard 34 to PCMCIA PC CardBus 16/32-bit Read-Writer Express2PCC

Supports legacy PCMCIA 32-Bit PC CardBus and 16-Bit PC Cards with the exception of Zoomed Video (ZV). Works great with Panasonic P2 Cards! Windows Vista, and 7 64/32-bit.

EXP34-DA-002 | Price: $62.00

Qio Universal Media Read/Writer notebook

Qio Universal Media Reader with SonnetBus Extender PCIe adapter for notebooks

Videographers' dream device - reads an amazing range of media including P2 PC Card, SxS ExpressCard, and CompactFlash/SDHC + SATA

SON-QIO-E34 | Price: $999.00

Is PCMCIA PC Card forward compatible with ExpressCard?

For PCIe based ExpressCards — in a word, no. However, it is useful to explain why this is the case. 32-bit PC Card CardBus card don't provide enough bandwidth to emulate ExpressCard. Furthermore, ExpressCard cards are completely different from PC Cards in voltages, form factor, physical connectivity and bus technology.

USB Mode ExpressCard Only Devices

While the PCMCIA ExpressCard specification requires all host adapters and slots to support both PCIe and USB 2.0 portions of the ExpressCard bus, several products are now on the market that only support the USB 2.0 mode. While this technically breaks the specification, many consumers have been clamoring for such a device. In response to such demand, products are now appearing on the market that bridge between PCMCIA PC Card and USB 2.0 based ExpressCards. Several new devices behave like USB 2.0 hubs, routing an ExpressCard's USB 2.0 through a PCMCIA PC Card slot. PCMCIA PC Card to USB 2.0-Mode ExpressCard adapters are available as 32-bit and 16-bit PCMCIA PC Card varieties. PC Card USB 2.0 mode ExpressCard host adapters cannot work with any PCIe based ExpressCards. This is true for USB to USB 2.0-Mode ExpressCard adapters like our MicroU2E series as well.

PCMCIA PC CardBus to USB ExpressCard

ExpressAdapt PCMCIA PC CardBus to USB Mode ExpressCard Adapter

Allows use of USB based ExpressCards with PCMCIA PC CardBus equipped computers. NOT COMPATIBLE with any PCIe based ExpressCards. No drivers needed for Windows 2000, XP and Vista and Mac OSX 10.4 and later.

ADP-PCM-EXPUSB2 | Price: $24.00

USB to USB ExpressCard

MicroU2E USB 2.0 to USB 2.0 Mode ExpressCard 34|54 Host Adapter

Allows use of USB based ExpressCards with USB 2.0 equipped computers. NOT COMPATIBLE with any PCIe based ExpressCards. Multi-platform support for most modern operating systems.

USB-EXP-ADP-01 | Price: $12.00

USB to USB ExpressCard

MicroU2E-MV USB 2.0 to USB Mode ExpressCard 34|54 Multi-Voltage Host Adapter

Allows use of USB based ExpressCards with USB 2.0 equipped computers. Adds 1.5 Volts at 650mA option to standard model's 3.3 Volts at 1000mA. NOT COMPATIBLE with any PCIe based ExpressCards. Multi-platform support for most modern operating systems.

USB-EXP-ADP-02 | Price: $15.00

ExpressCard Dimensions

ExpressCards come in two form factors: ExpressCard 34 and ExpressCard 54. The form factors share the same dimensions except for width, from which the names of the form factors are derived. ExpressCard share a length of 75mm and a depth (or thickness) of 5.0mm — the same depth as Type II PC Cards. Both the widths and shapes of the two ExpressCard form factors are different, but the portion of the card which connects to the card slot are an identical 34mm. ExpressCard 34 cards are 34mm wide and rectangular in shape. ExpressCard 54 Cards are 54mm wide at their widest point and 34mm wide at the connection point, creating a shape often referred to as a 'Fat-L'. Either form factor is allowed additional volume extending outside of what would be considered the flush portion of an inserted card. This is referred to as the extended portion of the card and ExpressCards with such a configuration are referred to as extended cards. The extended portion can exceed the card dimension in any axis, but there are obvious practical limitations to how much. For an excellent example of an ExpressCard with an extended portion on two axis (depth and width) see: ExpressCard 34 to CompactFlash Memory Card Adapter. For an explanation of how ExpressCard modules are used in the two types of ExpressCard slots, please see ExpressCard Slotting.

ExpressCard Slotting

ExpressCard slots come in two varieties; those designed for both ExpressCard 54 and 34 cards, and those for ExpressCard 34 cards only. ExpressCard slots are required to provide both PCIe and USB 2.0 functionality, regardless of their size. ExpressCard 54 slots, as pictured in figures A and B on the right, are able to accept both 54 and 34 cards. What PCMCIA describes as a 'novel guidance device,' which seen in the lower left corner of figures A and B, physically guides an ExpressCard 34 device to the connector part of the slot. Since the connection part of the card for both types of ExpressCards is identically 34mm, this scheme provides an elegant solution for utilizing both types of cards. Conversely, only ExpressCard 34 cards fit in ExpressCard 34 slots as pictured in figure C. Paying attention to this last fact is important when shopping for ExpressCard products, if a device only has an ExpressCard 34 slot, then only shop for ExpressCard 34 devices.

PCMCIA literature has expressed that systems deploying multiple ExpressCard slots should lay them out adjacently on a horizontal plane rather than the 'stacked slot' convention employed by PC Card slots.

Is there a way to stabilize ExpressCard/34 inside ExpressCard/54 slots?

While it may have seemed a sound idea to engineers designing the original ExpressCard standard, one of the more perplexing — and troublesome — aspects of the design has been using ExpressCard/34 cards in ExpressCard/54 slots. In practice, ExpressCard/34 cards, even when properly seated, aren't stable when inserted in the larger ExpressCard slots. The gap between the card and the larger slots allowed cards to be easily dislodged or come loose. This problem is more evident when ExpressCards with large 'extended card' portions, and/or with cables attached to them. When cards come loose and disconnect during operation, they drop signal, or worse, can damage the ExpressCard and even the ExpressCard slot. This is especially true for cards providing electrical current, like many Serial I/O ExpressCards.

The SlotGuardExpress ExpressCard/34 Stabilizer Insert for ExpressCard/54 Slots protects against ExpressCards being dislodged from their slots. SlotGuardExpress is an inexpensive, non-conductive insert that attaches to the side of an ExpressCard/34 to eliminate the free-play between the card and the ExpressCard slot. SlotGuardExpress is available as a product for individual end users and for Original Equipment Manufacturers (OEM who want to include it with their ExpressCard/34 products. SlotGuardExpress puts an end to disrupted connections and equipment damage caused by ExpressCards moving side to side (laterally) in larger slots.

ExpressCard/34 Stabilizer Insert

SlotGuardExpress ExpressCard/34 Stabilizer Insert for ExpressCard/54 Slots

SlotGuardExpress puts an end to disrupted connections and equipment damage caused by ExpressCards moving side to side (laterally) in larger slots.

EXP34-54SLOTGUARD | Price: $4.25

How does ExpressCard 2.0 differ from ExpressCard?

ExpressCard 2.0 upgrades the underlying bus standards to PCI Express (PCIe) 2.0 and USB 3.0. Two channel PCIe 2.0 1X technology is capable of 5.0Gb/s per direction, while SuperSpeed USB 3.0's maximum theoretical speed is 5.0Gb/s. Neither bus standard achieves those speeds in practice, but PCIe, lacking USB's latency and encoding issues, comes much closer to its max theoretical speed. The ExpressCard 2.0 update allows for higher performance applications such as native SATA 6Gbps host adapters, but performance-wise still falls short of more modern bus technologies like Thunderbolt.

Available voltages (+1.5V +3.3V) remain the same in ExpressCard 2.0, as do all physical characteristics. Current from various supplies is specified in § 3.3.3 Power Supply Limits of the ExpressCard Standard Release 2.0, which notes that the total max current drawn by a module across all power rails should not exceed 1.75A. Average amperage will be under that threshold.

Currently the only ExpressCard 2.0 capable reader we know of is the Sonnet Echo Thunderbolt to ExpressCard/34 Adapter Pro.

ExpressCard versus PC Card Overview

The following table illuminates some of key differences between PCMCIA's PC Card and ExpressCard standards.

PCIe ExpressCard Drive Front

PCI Express to ExpressCard 34|54 Drive Read-Writer Front

Featuring a specially manufactured highly shielded internal cable, allowing an ExpressCard/34|54 slot and an additional USB 2.0 port in a 3.5' drive bay of PCIe 1x equipped PCs. Header style USB connection to motherboard. For Windows and other x86 OS.

EXP54-CR-PCEIF1 | Price: $128.00

Is it possible to add ExpressCard slots to computers with PCIe?

There are a number of PCI Express (PCIe) to ExpressCard host adapters and we stock several models with choices including front and rear slot models. Requiring only a single lane PCIe 1X slot and a spare internal USB 2.0 port, PCI Express (PCIe) to ExpressCard drives provide a fully functional ExpressCard 34|54 slot. A smart investment for switching host adapters and other high performance ExpressCards between notebook and desktop computers, PCI Express ExpressCard drives are simple to install and fully conform to PCIe and ExpressCard standards. Although the PCIe specification provides for hot-swap capabilities, there is very limited support under most operating systems for hot-swapping ExpressCards on a desktop computer. The following documents address this in full:

PCIe to ExpressCard Adapter Support Topics

Nicholas Slot 34 Maui

Hot swapping PCIe based ExpressCards with PCIe to ExpressCard Drives

Information about hot swapping capabilities ExpressCards under various operating systems

Can I 'rescan' the PCI expansion slots?

More information about hot swapping capabilities ExpressCards under various operating systems

ExpressCard FAQ for ExpressCard 34 and ExpressCard 54

Answers a broad range of ExpressCard questions including form factor, compatibility, etc.

Firmware Support for PCI Express Hot-Plug and Windows

Microsoft document on PCIe hot-plug

SxS PRO Device Drivers

Information about Sony/Sandisk's SxS Pro ExpressCards

Are any hot-swap capable external solutions for SxS ExpressCards?

Sonnet's Qio device provides support for Sony/Sandisk SxS ExpressCard Memory devices on both Mac OS X and Windows. The Qio is available with either ExpressCard, PCIe, or Thunderbolt connections to the host system. Another solution is Sonnet's Echo Pro, which is a Thunderbolt to single slot ExpressCard 2.0 host adapter. It is the fastest and least expensive Sony/Sandisk SxS ExpressCard on the market.

Qio Universal Media Read/Writer desktop

Qio Universal Media Reader with SonnetBus Extender PCIe adapter for desktops

Videographers' dream device - reads an amazing range of media including P2 PC Card, SxS ExpressCard, and CompactFlash/SDHC + SATA

SON-QIO-PCIE | Price: $999.00

Are any Thunderbolt solutions for ExpressCards?

The Sonnet's Qio device mentioned above provides support for Sony/Sandisk SxS ExpressCard Memory devices on both Mac OS X and Windows, and is available with a Thunderbolt connections to the host system. Supporting a far wider range of ExpressCards than just SxS, Sonnet's Echo Pro, which is a Thunderbolt to single slot ExpressCard 2.0 host adapter. It is the fastest and least expensive Sony/Sandisk SxS ExpressCard on the market. It also works with ExpressCards providing FireWire, eSATA, and specialized audio and video applications from companies like AJA, Matrox, RME, and PreSonus.

Thunderbolt to ExpressCard 2.0

Sonnet Echo Thunderbolt to ExpressCard/34 Adapter Pro

Use a range of PCIe 2.0 based ExpressCards on Thunderbolt technology-equipped computers. Allows full 5.0 Gb/s throughput and ingest footage from SxS memory cards at up to 150 MB/s. Works with Mac OS X 10.6.8 and later.

SON-ECHOPRO-E34 | Price: $169.95

This information applies to the American Steel Industry.

Holes and Slots

Standard Holes

Standard hole sizes for bolts are made 1/16-in. larger in diameter than the nominal size of the fastener body. This provides a certain amount of play in the holes, which compensates for small misalignment’s in hole location or assembly, and aids in the shop and field entry of fasteners. In the absence of approval by the engineer for use of other hole types, standard holes shall be used in high strength bolted connections.

Although most holes for high-strength bolts are made 1/16-in. larger in diameter than the bolt body, certain conditions encountered in field erection require greater adjustment than this clearance can provide and approval from the engineer is required.

The maximum sizes of holes for bolts are given in the table below, except that larger holes, required for tolerance on location of anchor bolts in concrete foundations, are permitted in column base details.

Standard holes shall be provided in member-to-member connections, unless oversized, short-slotted or long-slotted holes in bolted connections are approved by the designer. Finger shims up to 1/4-in. may be introduced into slip-critical connections designed on the basis of standard holes without reducing the allowable shear stress of the fastener.

Oversize and Slotted Holes

When approved by the engineer, oversize, short slotted holes or long slotted holes may be used subject to the following joint detail requirements:

(1) Oversize holes may be used in any or all plies of connections in which the allowable slip resistance of the connection is greater than the applied load. Oversized holes shall not be used in bearing-type connections. Hardened washers shall be installed over oversized holes in an outer ply.

Slot 4 Psw

(2) Short slotted holes may be used in any or all plies of connections designed on the basis of allowable stress on the fasteners provided the load is applied approximately normal (between 80 and 100 degrees) to the axis of the slot. Short slotted holes may be used without regard for the direction of applied load in any or all plies of connections in which the allowable slip resistance is greater than the applied force. Washers shall be installed over short-slotted holes in an outer ply; when high strength bolts are used, such washers shall be hardened.

(3) Long slotted holes may be used in one of the connected parts at any individual faying surface in connections designed on the basis of allowable stress on the fasteners provided the load is applied approximately normal (between 80 and 100 degrees) to the axis of the slot. Long slotted holes may be used in one of the connected parts at any individual faying surface without regard for the direction of applied load on connections in which the allowable slip resistance is greater than the applied force. Where long-slotted holes are used in an outer ply, plate washers or a continuous bar with standard holes, having a size sufficient to completely cover the slot after installation, shall be provided. In high-strength bolted connections, such plate washers or continuous bars shall not be less than 5/16-in. thick and shall be of structural grade material, but not be hardened. If hardened washers are required for use of high-strength bolts, the hardened washers shall be placed over the outer surface of the plate washer or bar.

(4) Fully inserted finger shims between the faying surfaces of load transmitting elements of connections are not to be considered a long slot element of a connection.

Nominal Hole Dimensions

Anchor Bolt Holes

Hole sizes for steel-to-steel structural connections are not the same as hole sizes for steel-to-concrete anchorage applications. In the case of steel-to-steel connections, the parts are made in a shop under good quality control, so standard holes (bolt diameter plus 1/16″), oversized holes (bolt diameter plus 3/16″), and short and long-slotted holes can be used quite successfully. However, the field placement of anchorage devices has long been subject to more permissive tolerances (and often, inaccuracies that exceed those tolerances anyway and may require consideration by the structural Engineer of Record).

AISC published Steel Design Guide Series 1, Column Base Plates back in the early 1990s. At that time, it was recognized that the quality of foundation work was getting worse and worse. To allow the erector (and designer) greater latitude when possible, the permissible hole sizes in base plates were increased. These same larger hole sizes were included in the 2nd ed. LRFD Manual. The values there are maximums, not a required size. Smaller holes can be used if desired. Plate washers are generally required with these holes because ASTM F436 washers can collapse into the larger-sized holes, even under erection loads.

The larger hole sizes are primarily intended for the majority of base plates that transfer only axial compression from the column into the foundation. The anchor rods don’t usually do much after erection in that case.

To allow for misplaced bolts, holes in base plates are oversized. The AISC Manual of Steel Construction recommends the following oversized hole diameters for each bolt diameter:

Anchor Bolt Hole Dimensions

AISC, Steel Design Guide Series 1, Column Base Plates, suggests that using oversize holes meeting these criteria may still not accommodate field variations in anchor bolt placement and suggests adding 1/4 in. to the hole diameter listed. The guide recommends using a heavy plate washer over the holes. The AISC Structural Steel Educational Council cites the following example: “If bolts are misplaced up to 1/2 inch, the oversized base plate holes normally allow the base plate and column to be placed near or on the column line. If the bolts are misplaced by more than 1/2 inch, then corrective work is required.”

Slot 32

Based on AISC oversize holes, the AISC Structural Steel Educational Council recommendations, and concrete contractor anchor-bolt placement techniques, ASCC (American Society of Concrete Contractors) concrete contractors recommend the following tolerance for each bolt location:

• 3/4-in. and 7/8-in. diameter bolts: ±1/4 in.
• 1-in., 1-1/4-in., and 1-1/2-in. diameter bolts: ±3/8 in.
• 1-3/4-in., 2-in., and 2-1/2-in. diameter bolts: ±1/2 in.

34 Slot Freighter

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