{log}
["log: A Logic Programming Language with Finite Sets", A
Dovier et al, Proc 8th Intl Conf Logic Prog, June 1991,
pp.111-124].
Try this search on OneLook / Google
Nearby terms:
lock-in « Locus « Loebner Prize « {log} » logarithmus dualis » LogC » logic
logarithmus dualis
<mathematics> (ld) Latin for logarithm base two. More
commonly written as "log" with a subscript "2".
Roughly the number of bits required to represent an
integer.
(1999-03-19)
Try this search on OneLook / Google
Nearby terms:
Locus « Loebner Prize « {log} « logarithmus dualis » LogC » logic » logical
LogC
A C extension incorporating rule-oriented programming, for
AI application programs. Production rules are
encapsulated into functional components called rulesets. LogC
uses a search network algorithm similar to RETE.
Version 1.6.
["LogC: A Language and Environment for Embedded Rule Based
Systems", F. Yulin et al, SIGPLAN Notices 27(11):27-32 (Nov
1992)].
Try this search on OneLook / Google
Nearby terms:
Loebner Prize « {log} « logarithmus dualis « LogC » logic » logical » logical address
logic
1. <philosophy, mathematics> A branch of philosophy and
mathematics that deals with the formal principles, methods and
criteria of validity of inference, reasoning and
knowledge.
Logic is concerned with what is true and how we can know
whether something is true. This involves the formalisation of
logical arguments and proofs in terms of symbols
representing propositions and logical connectives. The
meanings of these logical connectives are expressed by a set
of rules which are assumed to be self-evident.
Boolean algebra deals with the basic operations of truth
values: AND, OR, NOT and combinations thereof. Predicate
logic extends this with existential and universal
quantifiers and symbols standing for predicates which may
depend on variables. The rules of natural deduction
describe how we may proceed from valid premises to valid
conclusions, where the premises and conclusions are
expressions in predicate logic.
Symbolic logic uses a meta-language concerned with truth,
which may or may not have a corresponding expression in the
world of objects called existance. In symbolic logic,
arguments and proofs are made in terms of symbols
representing propositions and logical connectives. The
meanings of these begin with a set of rules or primitives
which are assumed to be self-evident. Fortunately, even from
vague primitives, functions can be defined with precise
meaning.
Boolean logic deals with the basic operations of truth
values: AND, OR, NOT and combinations thereof. Predicate
logic extends this with existential quantifiers and
universal quantifiers which introduce bound variables
ranging over finite sets; the predicate itself takes on
only the values true and false. Deduction describes how we
may proceed from valid premises to valid conclusions, where
these are expressions in predicate logic.
Carnap used the phrase "rational reconstruction" to describe
the logical analysis of thought. Thus logic is less concerned
with how thought does proceed, which is considered the realm
of psychology, and more with how it should proceed to discover
truth. It is the touchstone of the results of thinking, but
neither its regulator nor a motive for its practice.
See also fuzzy logic, logic programming, arithmetic and logic unit,
first-order logic,
See also Boolean logic, fuzzy logic, logic programming,
first-order logic, logic bomb, combinatory logic,
higher-order logic, intuitionistic logic, equational
logic, modal logic, linear logic, paradox.
2. <electronics> Boolean logic circuits.
See also arithmetic and logic unit, asynchronous logic,
TTL.
(1995-03-17)
Try this search on OneLook / Google
Nearby terms:
{log} « logarithmus dualis « LogC « logic » logical » logical address » Logical Block Addressing
logical
(From the technical term "logical device", wherein a physical
device is referred to by an arbitrary "logical" name) Having
the role of. If a person (say, Les Earnest at SAIL) who had
long held a certain post left and were replaced, the
replacement would for a while be known as the "logical" Les
Earnest. (This does not imply any judgment on the
replacement).
Compare virtual.
At Stanford, "logical" compass directions denote a coordinate
system in which "logical north" is toward San Francisco,
"logical west" is toward the ocean, etc., even though logical
north varies between physical (true) north near San Francisco
and physical west near San Jose. (The best rule of thumb here
is that, by definition, El Camino Real always runs logical
north-and-south.) In giving directions, one might say: "To
get to Rincon Tarasco restaurant, get onto El Camino Bignum
going logical north." Using the word "logical" helps to
prevent the recipient from worrying about that the fact that
the sun is setting almost directly in front of him. The
concept is reinforced by North American highways which are
almost, but not quite, consistently labelled with logical
rather than physical directions.
A similar situation exists at MIT: Route 128 (famous for the
electronics industry that has grown up along it) is a
3-quarters circle surrounding Boston at a radius of 10 miles,
terminating near the coastline at each end. It would be most
precise to describe the two directions along this highway as
"clockwise" and "counterclockwise", but the road signs all say
"north" and "south", respectively. A hacker might describe
these directions as "logical north" and "logical south", to
indicate that they are conventional directions not
corresponding to the usual denotation for those words. (If
you went logical south along the entire length of route 128,
you would start out going northwest, curve around to the
south, and finish headed due east, passing along one infamous
stretch of pavement that is simultaneously route 128 south and
Interstate 93 north, and is signed as such!)
[Jargon File]
(1995-01-24)
Try this search on OneLook / Google
Nearby terms:
logarithmus dualis « LogC « logic « logical » logical address » Logical Block Addressing » logical complement
logical address
virtual address
Try this search on OneLook / Google
Nearby terms:
LogC « logic « logical « logical address » Logical Block Addressing » logical complement » Logical Interchange Format
Logical Block Addressing
<storage> (LBA) A hard disk sector addressing scheme used
on all SCSI hard disks, and on ATA-2 conforming IDE hard
disks. The addressing conversion is performed by the hard
disk firmware.
Prior to LBA, combined limitations of IBM PC BIOS and
ATA restricted the useful capacity of IDE hard disks on IBM
PCs and compatibles to 1024 cylinders * 63 sectors per track *
16 heads * 512 bytes per sector = 528 million bytes = 504
megabytes. Modern BIOSes select LBA mode automatically, and
work around the 1024-cylinder BIOS limit by representing a
hard disk to the OS as having e.g. half as many cylinders and
twice as many heads. However, there is still an unbreakable
BIOS disk size limit of 1024 cylinders * 63 sectors per track
* 256 heads * 512 bytes per sector = 8 gigabytes, but modern
OSes (including Windows 9x, Windows NT and Linux) are
not affected by it, since they issue direct LBA-based calls,
bypassing the BIOS hard disk services completely.
(2000-04-30)
Try this search on OneLook / Google
Nearby terms:
logic « logical « logical address « Logical Block Addressing » logical complement » Logical Interchange Format » Logical Link Control
logical complement
<logic> In Boolean algebra, the logical complement or
negation of a Boolean value is the opposite value, given by
the following truth table:
A | -A
--+---
T | F
F | T
-A is also written as A with a bar over it or with a small
vertical line hanging from the right-hand end of the "-"
(LaTeX \neg) or as A'. In the C programming language, it
is !A and in digital circuit design, /A.
(1995-01-24)
Try this search on OneLook / Google
Nearby terms:
logical « logical address « Logical Block Addressing « logical complement » Logical Interchange Format » Logical Link Control » Logical Link Control and Adaptation Protocol
Logical Interchange Format
<file format, file system> (LIF) A Hewlett-Packard simple
file system format used to boot HP-PA machines and to
interchange files between older HP machines. A LIF file
system is a header, containing a single directory, with
10-character case sensitive filenames and 2-byte file
types, followed by the files.
LIF Utilities for linux.
(2003-10-09)
Try this search on OneLook / Google
Nearby terms:
logical address « Logical Block Addressing « logical complement « Logical Interchange Format » Logical Link Control » Logical Link Control and Adaptation Protocol » logical relation
Logical Link Control
<networking> (LLC) The upper portion of the data link layer,
as defined in IEEE 802.2. The LLC sublayer presents a
uniform interface to the user of the data link service, usually
the network layer. Beneath the LLC sublayer is the Media
Access Control (MAC) sublayer.
(1995-02-14)
Try this search on OneLook / Google
Nearby terms:
Logical Block Addressing « logical complement « Logical Interchange Format « Logical Link Control » Logical Link Control and Adaptation Protocol » logical relation » logical shift
Logical Link Control and Adaptation Protocol
<protocol> (L2CAP) A Bluetooth protocol in the Core
Protocol Stack providing data services to higher layer
Bluetooth protocols.
L2CAP Layer Tutorial.
(2002-06-28)
Try this search on OneLook / Google
Nearby terms:
logical complement « Logical Interchange Format « Logical Link Control « Logical Link Control and Adaptation Protocol » logical relation » logical shift » logical shift left
logical relation
A relation R satisfying
f R g <=> For all a, b, a R b => f a R g b
This definition, by Plotkin, can be used to extend the
definition of a relation on the types of a and b to a relation
on functions.
Try this search on OneLook / Google
Nearby terms:
Logical Interchange Format « Logical Link Control « Logical Link Control and Adaptation Protocol « logical relation » logical shift » logical shift left » logical shift right
logical shift
<programming> (Either shift left logical or shift right
logical) Machine-level operations available on nearly all
processors which move each bit in a word one or more bit
positions in the given direction. A left shift moves the bits
to more significant positions (like multiplying by two), a
right shift moves them to less significant positions (like
dividing by two). The comparison with multiplication and
division breaks down in certain circumstances - a logical
shift may discard bits that are shifted off either end of the
word and does not preserve the sign of the word (positive or
negative).
Logical shift is approriate when treating the word as a bit
string or a sequence of bit fields, whereas arithmetic
shift is appropriate when treating it as a binary number.
The word to be shifted is usually stored in a register, or
possibly in memory.
(1996-07-02)
Try this search on OneLook / Google
Nearby terms:
Logical Link Control « Logical Link Control and Adaptation Protocol « logical relation « logical shift » logical shift left » logical shift right » Logical Unit
logical shift left
logical shift
Try this search on OneLook / Google
Nearby terms:
Logical Link Control and Adaptation Protocol « logical relation « logical shift « logical shift left » logical shift right » Logical Unit » Logical Unit 6.2
logical shift right
logical shift
Try this search on OneLook / Google
Nearby terms:
logical relation « logical shift « logical shift left « logical shift right » Logical Unit » Logical Unit 6.2 » Logical Unit Number
Logical Unit
<networking> (LU) A primary component of SNA, an LU is a
type of NAU that enables end users to communicate with each
other and gain access to SNA network resources.
(1997-04-30)
Try this search on OneLook / Google
Nearby terms:
logical shift « logical shift left « logical shift right « Logical Unit » Logical Unit 6.2 » Logical Unit Number » logic bomb
Logical Unit 6.2
<networking> (LU6.2) A type of logical unit that governs
peer-to-peer SNA communications. LU6.2 supports general
communication between programs in a distributed processing
environment.
LU6.2 is characterised by a peer relationship between
session partners, efficient use of a session for multiple
transactions, comprehensive end-to-end error processing and
a generic application program interface consisting of
structured verbs that are mapped into a product
inplementation.
LU6.2 is used by IBM's TPF operating system.
[IBM Dictionary of Computing, McGraw-Hill 1993].
(1996-08-26)
Try this search on OneLook / Google
Nearby terms:
logical shift left « logical shift right « Logical Unit « Logical Unit 6.2 » Logical Unit Number » logic bomb » Logic Design Language
Logical Unit Number
<storage> (LUN) A 3-bit identifier used on a SCSI bus to
distinguish between up to eight devices (logical units) with
the same SCSI ID.
(1999-02-11)
Try this search on OneLook / Google
Nearby terms:
logical shift right « Logical Unit « Logical Unit 6.2 « Logical Unit Number » logic bomb » Logic Design Language » logic emulator
logic bomb
<programming, security> Code surreptitiously inserted into an
application or operating system that causes it to perform
some destructive or security-compromising activity whenever
specified conditions are met.
Compare back door.
[Jargon File]
(1996-07-02)
Try this search on OneLook / Google
Nearby terms:
Logical Unit « Logical Unit 6.2 « Logical Unit Number « logic bomb » Logic Design Language » logic emulator » Logic for Computable Functions
Logic Design Language
<language> A language for computer design.
["A System Description Language Using Parametric Text
Generation", R.H. Williams, TR 02.487, IBM San Jose, Aug
1970].
(1994-11-29)
Try this search on OneLook / Google
Nearby terms:
Logical Unit 6.2 « Logical Unit Number « logic bomb « Logic Design Language » logic emulator » Logic for Computable Functions » logic gate
logic emulator
A system of FPGAs, programmable interconnect and software
which automatically configures itself into an operating
prototype of a large-scale logic design, such as a
microprocessor. An emulated design can be connected into
the target system and really operated and tested before the
design is made into an integrated circuit.
Quickturn is the leading logic emulation system.
(1994-11-29)
Try this search on OneLook / Google
Nearby terms:
Logical Unit Number « logic bomb « Logic Design Language « logic emulator » Logic for Computable Functions » logic gate » logic programming
Logic for Computable Functions
<language> (LCF) Part of the Edinburgh proof assistant.
[What is it? Address?]
(1995-01-06)
Try this search on OneLook / Google
Nearby terms:
logic bomb « Logic Design Language « logic emulator « Logic for Computable Functions » logic gate » logic programming » Logic Replacement Technology
logic gate
An integrated circuit or other device whose inputs and
outputs represent Boolean or binary values as voltages
(TTL uses 0V for False or 0, +5V for True or 1). Different
gates implement different Boolean functions: AND, OR,
NAND, NOR (these may take two or more inputs) NOT (one
input), XOR (two inputs). NOT, NAND and NOR are often
constructed from single transistors and the other gates made
from combinations of these basic ones. These functions are
all combinatorial logic functions, i.e. their outputs depend
only on their inputs and there is no internal state. Gates
with state, such as latches and flip-flops, are
constructed by feeding some of their outputs back to their
inputs.
(1995-02-08)
Try this search on OneLook / Google
Nearby terms:
Logic Design Language « logic emulator « Logic for Computable Functions « logic gate » logic programming » Logic Replacement Technology » logic variable
logic programming
<artificial intelligence, programming, language> A
declarative, relational style of programming based on
first-order logic. The original logic programming language
was Prolog. The concept is based on Horn clauses.
The programmer writes a "database" of "facts", e.g.
wet(water).
("water is wet") and "rules", e.g.
mortal(X) :- human(X).
("X is mortal is implied by X is human"). Facts and rules are
collectively known as "clauses".
The user supplies a "goal" which the system attempts to
prove using "resolution" or "backward chaining". This
involves matching the current goal against each fact or the
left hand side of each rule using "unification". If the
goal matches a fact, the goal succeeds; if it matches a rule
then the process recurses, taking each sub-goal on the right
hand side of the rule as the current goal. If all sub-goals
succeed then the rule succeeds.
Each time a possible clause is chosen, a "choice point" is
created on a stack. If subsequent resolution fails then
control eventually returns to the choice point and subsequent
clauses are tried. This is known as "backtracking".
Clauses may contain logic variables which take on any value
necessary to make the fact or the left hand side of the rule
match a goal. Unification binds these variables to the
corresponding subterms of the goal. Such bindings are
associated with the choice point at which the clause was
chosen and are undone when backtracking reaches that choice
point.
The user is informed of the success or failure of his first
goal and if it succeeds and contains variables he is told what
values of those variables caused it to succeed. He can then
ask for alternative solutions.
(1997-07-14)
Try this search on OneLook / Google
Nearby terms:
logic emulator « Logic for Computable Functions « logic gate « logic programming » Logic Replacement Technology » logic variable » LOGIN
Logic Replacement Technology
(LRT) Reading, BERKS. Tel: (0734) 751087. Marketing Director
Bob Barrett. Manufacturers of the Ethernet hardware including
the Filtabyte Ethernet controller card and EtherGate open
access gateway.
Try this search on OneLook / Google
Nearby terms:
Logic for Computable Functions « logic gate « logic programming « Logic Replacement Technology » logic variable » LOGIN » login
logic variable
<programming> A variable in a logic programming language
which is initially undefined ("unbound") but may get bound to
a value or another logic variable during unification of the
containing clause with the current goal. The value to which
it is bound may contain other variables which may themselves
be bound or unbound.
For example, when unifying the clause
sad(X) :- computer(X, ibmpc).
with the goal
sad(billgates).
the variable X will become bound to the atom "billgates"
yielding the new subgoal "computer(billgates, ibmpc)".
(1995-03-14)
Try this search on OneLook / Google
Nearby terms:
logic gate « logic programming « Logic Replacement Technology « logic variable » LOGIN » login » LOGISCOPE
LOGIN
1. An object-oriented deductive language and database
system integrating logic programming and inheritance.
["LOGIN: A Logic Programming Language with Built-In
Inheritance", H. Ait-Kaci et al, J Logic Programming
3(3):185-215 (1986)].
Try this search on OneLook / Google
Nearby terms:
logic programming « Logic Replacement Technology « logic variable « LOGIN » login » LOGISCOPE » Loglan
login
<jargon> (Or "log in", "log on", "logon") To start a session
with a system, usually by giving a user name and password
as a means of user authentication. The term is also used to
mean the ability to access a service (also called an account),
e.g. "Have you been given a login yet?"
"Log in/on" is occasionally misused to refer to starting a
session where no authorisation is involved, or to access where
there is no session involved. E.g. "Log on to our Web
site!"
"login" is also the Unix program which reads and verifies a
user's user name and password and starts an interactive
session.
(1997-08-03)
Try this search on OneLook / Google
Nearby terms:
Logic Replacement Technology « logic variable « LOGIN « login » LOGISCOPE » Loglan » Loglan'82
LOGISCOPE
Software quality analysis tools from Verilog SA, used to
evaluate the quality of software, both statically (based on
software metrics) and dynamically.
Try this search on OneLook / Google
Nearby terms:
logic variable « LOGIN « login « LOGISCOPE » Loglan » Loglan'82 » Loglan-88
Loglan
<human language> (Later "Lojban" /lozh'bahn/) An artificial
human language designed by James Cooke Brown in the late
1950s.
Most artificial human languages devised in the 19th and 20th
centuries (e.g. Esperanto) were designed to be easy to learn.
Loglan, however, is unique in that its chief design goal was
to avoid synactic ambiguity -- the kind that arises when
trying to parse sentences like "The blind man picked up the
hammer and saw".
Loglan is thus the only human language unambiguously parseable
by a formal grammar (assuming you count Loglan as a human
language; its grammar is not at all like that of any natural
human language).
Most later development on Loglan continued under the name
"Lojban".
The Loglan Institute, Inc. is a non-profit research
corporation.
Loglan is apparently unrelated to the programming languages
Loglan'82 or Loglan-88.
Halcyon Loglan.
Helsinki Lojban.
Address: The Loglan Institute, Inc., 3009 Peters Way, San
Diego, CA, 92117-4313 U.S.A.
E-mail: loglan@compuserve.com
Telephone: +1 (619) 270 1691.
["Scientific American", June 1960].
(1999-01-14)
Try this search on OneLook / Google
Nearby terms:
LOGIN « login « LOGISCOPE « Loglan » Loglan'82 » Loglan-88 » LOGLISP
Loglan'82
<language> A teaching language including all the programming
tools used in object-oriented programming, modular
programming, and structured programming as well as
programming by rules and functional programming.
Supported object-oriented programming features include
classes, objects, coroutines, processes (in Loglan'82
processes are objects which are able to act in parallel),
inheritance, exception handling, and dynamic arrays.
Loglan'82 is apparently unrelated to Loglan.
Home.
A cross-compiler to C is here.
[Related to Loglan-88?]
(1999-07-02)
Try this search on OneLook / Google
Nearby terms:
login « LOGISCOPE « Loglan « Loglan'82 » Loglan-88 » LOGLISP » LOGO
Loglan-88
<language> An object-oriented language from the Institute of
Informatics at Warsaw University.
Loglan-88 is apparently unrelated to Loglan.
[Loglan-88, "Report on the Programming Language, LNCS 414,
Springer-Verlag, 1990, ISBN 3-540-52325-1].
[Related to Loglan'82?]
(1997-08-01)
Try this search on OneLook / Google
Nearby terms:
LOGISCOPE « Loglan « Loglan'82 « Loglan-88 » LOGLISP » LOGO » LOGOL
LOGLISP
A version of Prolog implemented by Robinson in Lisp which
allows Prolog programs to call Lisp and vice versa.
["LOGLISP: An Alternative to Prolog", J. Alan Robinson et al
in Machine Intelligence 10, D. Michie ed, Ellis Horwood 1982].
Try this search on OneLook / Google
Nearby terms:
Loglan « Loglan'82 « Loglan-88 « LOGLISP » LOGO » LOGOL » logon
LOGO
<language, education> A Lisp-like language for teaching
programming, noted for its "turtle graphics" used to draw
geometric shapes. LOGO was developed in 1966-1968 by a group
at Bolt, Beranek & Newman (now "BBN Technolgoies") headed by
Wally Fuerzeig <fuerzeig@bbn.com> (who still works there in
2003) and including Seymour Papert <seymour@media.mit.edu>.
There are Logo interpreters for Macintosh, Unix, IBM
PC, X Window System, and many PCs. Implmentations include
Berkeley Logo, MswLogo.
(2000-03-28)
Try this search on OneLook / Google
Nearby terms:
Loglan'82 « Loglan-88 « LOGLISP « LOGO » LOGOL » logon » Lojban
LOGOL
Strings are stored on cyclic lists or 'tapes', which are
operated upon by finite automata. J. Mysior et al, "LOGOL, A
String manipulation Language", in Symbol Manipulations
Languages and Techniques, D.G. Bobrow ed, N-H 1968,
pp.166-177.
Try this search on OneLook / Google
Nearby terms:
Loglan-88 « LOGLISP « LOGO « LOGOL » logon » Lojban » LOL
logon
1. <jargon> login.
2. <networking> In ACF/VTAM, an unformatted
session-initiation request for a session between two logical
units.
(1996-03-07)
Try this search on OneLook / Google
Nearby terms:
LOGLISP « LOGO « LOGOL « logon » Lojban » LOL » LOLITA
This article was derived from the Free Online Dictionary of Computers and is available under ther terms of the GNU Free Documentation License.
C-Media CMI8768 PCI 8-Channel Sound CardC-Media CMI8768 PCI 8-Channel Sound Card ** C-Media CMI8768 PCI 8-Channel Sound Card **Eight channels are always better then four! With this great little eight channel high performance sound card you get six channels PLUS a SPDIF digital input AND support for HRTF 3D positional sound. This PCI card uses the CMedia CMI8768/PCI-8ch+chipset and is a highly Microsoft Windows compatible product.General Features: - C-Media CMI8768/PCI-8ch+ Chipset- HRTF-based 3D positional audio (C3DX) for 8-CH output - PCI Rev. 2.2 compliant with bus mastering modes- Microphone echo and Karaoke ascending/descending key effects- Plug and Play- Built-in 32-ohm earphone buffer- Full duplex playback and recording- Supports DirectSound 3D and A3d interfaces- Supports Direct Music- Fully compatible with MPU-401 MIDI UART- Supports Dolby Digital EX and DTS ES DV audio format- Supports real-time DVD Digital Live 7.1 outputExternal Connectors: - Center/bass-out - Microphone-in - Line-in - Line-out (Front Speakers) - Rear-out (Rear Speakers) .- Sub-out- Optical SPDIF-in- Optical SPDIF-outInternal Connectors: - CD Digital In (2-pin) - Aux In (4-pin) - CD Audio In (4-pin) x 2 Retail Package Includes:- Sound card- Driver CD- One (1) Optilcal SPDIF cable Compatibility/Requirements/Disclosures: ** Requirements *** Available PCI slot* CD-ROM drive* Speakers More ...
Old Time Radio Classics: Bob Hope (CD)Old Time Radio Classics: Bob Hope (CD) One biography calls Bob Hope's monologues breezy, irreverent and spiced heavily with pointed allusions to current affairs. But when you're as topical as Hope was, you need new jokes every week. He accordingly hired a team of writers - as many as eight - to come up with jokes.Digital Audio CD More ...
Spire Cooler JACSAI-S Chipset Cooler BundleSpire Cooler JACSAI-S Chipset Cooler Bundle ** Spire Cooler JACSAI-S Chipset Cooler Bundle **The JACSAI-S Chipset Cooler Bundle is a great cooling solution for anyone building a PC on a budget, or interested in upgrading from their stock AMD cooler. It performs exceptionally well, and is quiet at the same time, while still giving 28CFM of air flowGeneral Features:- Valuable cooling pack for mainboards, and VGA chipset- High performance- 100% heat dissipation- Extends the PC's life by making the PC more stableChipset Cooler Specifications: - Voltage: DC 12V- Power Consumption: 1.08W- Fan Speed: 5500 R.P.M.- Airflow: 4.84 CFMHeatsink Specifications:- One (1) 1.08 x 1.08 x 0.25-inch heatsink- One (1) 1.5 x 1.5 x 0.25-inch heatsinkCable Adapter Specifications:- 3-Pin to 4-Pin Power Supply ConnectorThermal Tape Specifications:- High thermal conductive tape- One (1) 0.75 x 0.75-inch piece- Two (2) 1.18 x 1.18-inch pieceRegulatory Approvals:- FCC- CERetail Package Includes:- One (1) Chipset cooler- One (1) 1.08 x 1.08 x 0.25-inch heatsink- One (1) 1.5 x 1.5 x 0.25-inch heatsink- One (1) 3-Pin to 4-Pin Power Supply Connector- One (1) 0.75 x 0.75-inch piece thermal tape- Two (2) 1.18 x 1.18-inch piece thermal tapeNotes:- P/N: JACSAI-S- EAN: 4 955965 230169- Package states thermal paste is included, it is actually thermal tape that is included.- Thermal tape may slip behind cooling fan in shipping Compatibility/Requirements/Disclosures: ** Disclosures *** Package states thermal paste is included, it is actually thermal tape that is included.* Thermal tape may slip behind coolong fan in shipping More ...
Dr. Seuss's PreschoolDr. Seuss's Preschool Join Horton the Elephant, and all of your favorite Dr. Seuss characters on a whimsical journey to help baby Elma Sue search for her mother. Play over 250 lessons to build a full year of essential preschool skills, from math to early reading, from memory-building to listening skills. Windows 95/98/ME/2000/XP and Mac More ...
3.5-Inch USB 2.0 Aluminum External Drive Case3.5-Inch USB 2.0 Aluminum External Drive Case ** 3.5-Inch USB 2.0 Aluminum External Drive Case **Turn your 3.5-inch IDE drive into a portable storage unit!This USB 2.0 drive case provides data transfer of up to 400 Mbps and is Hot Swappable and Plug and Play. This externalcase is made of aluminum constuction for durability and itslightweight design makes it easy to transport anywhere!General Features:- Aluminum construction- External case- Use with 3.5-inch IDE drives- USB 2.0 interface (Backwards compatible with USB 1.1)- Up to 480 Mbps data transfer rate- Hot Swappable- Supports Wake-Up- Supports Self Power mode- Plug and Play- Lightweight design- Built-in cooling fanFront Panel Features:- Power Green LED- Hard Drive Red LEDRear Panel Features:- On/Off button- USB interface- 12V DC plugUnit Dimensions:- 1.25 x 4.75 x 8-inches (H x W x D)Regulatoy Approvals:- CE- FCCRetail Package Includes:- 3.5-Inch USB 2.0 External Drive Case- Installation manual- Driver and Utility CD - USB Type A to B cable- Screw pack- AC adapter (100-240V, 50/60Hz, 0.6A)- Power cord Compatibility/Requirements/Disclosures: ** Requirements *** Windows 98/98SE/ME/2000/XP* 3.5-inch drive* CD-ROM drive* Available USB port* Available power outlet More ...
USB to Two PS/2 Cable AdapterUSB to Two PS/2 Cable Adapter ** USB 1.1 to PS/2 Cable Adapter **Connect up to two PS/2 devices to a USB port. No need for an extra PS/2 port because both PS/2 mouse and PS/2 keyboard will work together under one adapter. Compatible with PC or MAC with USB connection.General Features:- USB 1.1 interface- Two (2) downstream PS/2 connectors- Compliant with USB 1.1 HID (Human Interdace Device) standard- No external power needed- 1-foot length (approximate)- Windows and Mac compatibleRegulatory Approvals:- FCC- CERetail Blister Package Includes:- USB 1.1 to PS/2 Cable Adapter Compatibility/Requirements/Disclosures: ** Requirements *** Windows 98/ME/2000/XP* Mac Compatible* Linux Compatible* Available USB port* Available Mouse and Keyboard with PS/2 connectors More ...
|
