Part: 1.5KE68

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Previous Parts:0603 J 680E,06032C221JAT2A,06032R271J9B300,06035J0R1BAWTR,0603CD111KTT,0603CS-82NXJBW,0805 561J,0805 J 360K,0805KRX7R9BN223,094/1 P1B,1.5KE13C,1.5KE220CAS,1.5KE22AS,1.5KE39CAS,1.5KE43C,1.5KE62C

The followings are offers provided by our member in Electronic Components Offer site about the following parts: 1.5KE68":

Post Date Part Number Brand D/C Desc Qty Company

Sat Sep 9 04:19:00 UTC 2006 1.5KE68 (from hkin.com) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68 (from standard server 2) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68 (from parts server 2) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68 (from hkin.com 2) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68 (from hkin.com 2) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68A (from hkin.com) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68A (from standard server 2) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68A (from parts server 2) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68A (from hkin.com 2) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68A (from hkin.com 2) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68A (from hkin.com) EIC 500 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68A (from standard server 2) EIC 500 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68A (from parts server 2) EIC 500 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68A (from hkin.com 2) EIC 500 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68A (from hkin.com 2) EIC 500 ShenZhen Linkrich Technology Co., Ltd.

Fri Sep 29 01:39:00 UTC 2006 1.5KE68A (from hkin.com) GB 250 Ambassador Components Inc

Fri Sep 29 01:39:00 UTC 2006 1.5KE68A (from standard server 2) GB 250 Ambassador Components Inc

Fri Sep 29 01:39:00 UTC 2006 1.5KE68A (from parts server 2) GB 250 Ambassador Components Inc

Fri Sep 29 01:39:00 UTC 2006 1.5KE68A (from hkin.com 2) GB 250 Ambassador Components Inc

Fri Sep 29 01:39:00 UTC 2006 1.5KE68A (from hkin.com 2) GB 250 Ambassador Components Inc

Sat Sep 9 04:19:00 UTC 2006 1.5KE68AS (from hkin.com) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68AS (from standard server 2) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68AS (from parts server 2) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68AS (from hkin.com 2) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68AS (from hkin.com 2) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68C (from hkin.com) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68C (from standard server 2) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68C (from parts server 2) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68C (from hkin.com 2) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68C (from hkin.com 2) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68CA (from hkin.com) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68CA (from standard server 2) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68CA (from parts server 2) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68CA (from hkin.com 2) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68CA (from hkin.com 2) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68CAS (from hkin.com) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68CAS (from standard server 2) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68CAS (from parts server 2) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68CAS (from hkin.com 2) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68CAS (from hkin.com 2) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68CS (from hkin.com) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68CS (from standard server 2) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68CS (from parts server 2) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68CS (from hkin.com 2) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68CS (from hkin.com 2) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68S (from hkin.com) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68S (from standard server 2) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68S (from parts server 2) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68S (from hkin.com 2) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Sat Sep 9 04:19:00 UTC 2006 1.5KE68S (from hkin.com 2) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Last record 1.5KE62C:

Post Date Part Number Brand D/C Desc Qty Company

Sat Sep 9 04:19:00 UTC 2006 1.5KE62C (from hkin.com) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.
Sat Sep 9 04:19:00 UTC 2006 1.5KE62CA (from hkin.com) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.
Sat Sep 9 04:19:00 UTC 2006 1.5KE62CAS (from hkin.com) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.
Sat Sep 9 04:19:00 UTC 2006 1.5KE62CS (from hkin.com) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Last record 1.5KE43C:

Post Date Part Number Brand D/C Desc Qty Company

Sat Sep 9 04:19:00 UTC 2006 1.5KE43C (from hkin.com) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.
Sat Sep 9 04:19:00 UTC 2006 1.5KE43CA (from hkin.com) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.
Fri Sep 29 01:39:00 UTC 2006 1.5KE43CA (from hkin.com) GI 500 Ambassador Components Inc
Sat Sep 9 04:19:00 UTC 2006 1.5KE43CAS (from hkin.com) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.
Sat Sep 9 04:19:00 UTC 2006 1.5KE43CS (from hkin.com) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

Last record 1.5KE39CAS:

Post Date Part Number Brand D/C Desc Qty Company

Sat Sep 9 04:18:00 UTC 2006 1.5KE39CAS (from hkin.com) EIC 2001 10000 ShenZhen Linkrich Technology Co., Ltd.
Sat Sep 9 04:18:00 UTC 2006 1.5KE39CAS (from hkin.com) EIC 04+ 100000 ShenZhen Linkrich Technology Co., Ltd.

If you want to find more about 1.5KE68, please visit us on HKin

vid:offerengine20111021
1.5KE68,1.5KE68,Comments from user about 1.5KE68: The semiconductor material used in devices is doped under highly controlled conditions in a fabrication facility, or fab, to precisely control the location and concentration of p- and n-type dopants. For quantities that vary polynomially or logarithmically with temperature, it may be possible to calculate a temperature coefficient that is a useful approximation for a certain range of temperatures. Indeed, it may be the desire to incorporate a passive filter that leads the designer to use the hybrid format. Microprocessors operate on numbers and symbols represented in the binary numeral system.Solid-state electronics are those circuits or devices built entirely from solid materials and in which the electrons, or other charge carriers, are confined entirely within the solid material. The ALU performs operations such as addition, subtraction, and operations such as AND or OR. Alternatively, additional logic can be added to a simple transparent latch to make it non-transparent or opaque when another input (an "enable" input) is not asserted. More importantly it also allows the circuit to operate at higher frequencies as the tuned circuit can be used to resonate any inter-electrode and stray capacitances, which normally limit the frequency response. Anything related to :1.5KE68, or electronic components and electronic component distributors such as:fairchild,avx capacitor,6502, or electronics part index in: 1.5KE68, search hkinventory: 1.5KE68, As integrated circuit technology advanced, it was feasible to manufacture more and more complex processors on a single chip. Most digital circuits use a binary system with two voltage levels labeled "0" and "1". This required IEEE standard 1164, which defined the 9-value logic types: scalar std_ulogic and its vector version std_ulogic_vector. The microarchitecture of a machine is usually represented as (more or less detailed) diagrams that describe the interconnections of the various microarchitectural elements of the machine, which may be everything from single gates and registers, to complete arithmetic logic units (ALU)s and even larger elements. Datasheet Dir, DataSheet Archive
Most analog electronic appliances, such as radio receivers, are constructed from combinations of a few types of basic circuits. A digital signal processor (DSP) is specialized for signal processing. Existing integer registers are extended as are all related data pathways, but, as was the case with IA-32, both floating point and vector units had been operating at or above 64 bits for several years. Another type of transistor, the field effect transistor operates on the principle that semiconductor conductivity can be increased or decreased by the presence of an electric field. Compared to the MOSFET, the operating frequency of the IGBT is relatively low (few devices are rated over 50 kHz), mainly because of a so-called 'current-tail' problem during turn-off. A second-order all-pole filter gives an ultimate slope of about 12 dB per octave (40dB/decade), but the slope close to the corner frequency is much less, sometimes necessitating a notch be added to the filter. High-end Intel Xeon processors that are on the LGA771 socket are DP (dual processor) capable, as well as the Intel Core 2 Extreme QX9775 also used in the Mac Pro by Apple and the Intel Skulltrail motherboard. In control systems and circuit network theory, a passive component or circuit is one that consumes energy, but does not produce energy.
any passive component and active component such as:Diode, Introduced as a practical electronic component in 1962, early LEDs emitted low-intensity red light, but modern versions are available across the visible, ultraviolet and infrared wavelengths, with very high brightness. VHDL has constructs to handle the parallelism inherent in hardware designs, but these constructs (processes) differ in syntax from the parallel constructs in Ada (tasks). Like Ada, VHDL is strongly typed and is not case sensitive. IEEE standard 1076. For example driver circuit
1.5KE68,1.5KE68,Comments from user about 1.5KE68: The pipeline includes several different stages which are fundamental in microarchitecture designs. Cost is low because the chips, with all their components, are printed as a unit by photolithography rather than being constructed one transistor at a time. Graphics processing units may have no, limited, or general programming facilities. A microprocessor is a general purpose system. In order to directly represent operations which are common in hardware, there are many features of VHDL which are not found in Ada, such as an extended set of Boolean operators including nand and nor. Semiconductor conductivity can be controlled by introduction of an electric or magnetic field, by exposure to light or heat, or by mechanical deformation of a doped monocrystalline grid; thus, semiconductors can make excellent sensors. Modern designs have rather complex statistical prediction systems, which watch the results of past branches to predict the future with greater accuracy. Band-pass filters ?attenuation of frequencies both above and below those they allow to pass. Anything related to :1.5KE68, or electronic components and electronic component distributors such as:fairchild,avx capacitor,6502, or electronics part index in: 1.5KE68See also:
Capacitor
Transistor
Diode