Part: MMBTA92LT1G

Index Files

Offer Index 12

SEMIKRON,
SHARP,
ALLEGRO,
NEC,
AVAGO,
NVIDIA,
TDK,
ROHM,
SEMTECH,
COILCRAFT,
RENESAS,
DALLAS,
YAGEO,
BROADCOM,
QUALCOMM,
NUVOTON,
INTERSIL,
MIC,
FUJITSU,
HIT,
MPS,
ISD/NUVOTON,
MICRON,
HARVATEK,
BB/TI,
KEMET,
SUMIDA,
BB,
POWER,
MOLEX,
AUO,
AMD,
EPCOS,
NIPPON CHEMI-CON,
SILICON,
FTDI,
BOURNS,
LITTELFUSE,
SONY,
COOPER,
SEIKO,
FUJI,
IXYS,
IDT,
TRACO,
MEANWELL,
LAMBDA,
QFP,
CREE,
SST,
BCD,
HYNIX,
ISSI,
SPANSION,
REALTEK,
DARFON,
QFN,
EVERLIGHT,
SIPEX,
CIRRUS,
EPSON,
ATI,
PAM,
RAMTRON,
TI ,
LATTICE,
SAMXON,
WINBOND,
SIEMENS,
BOSCH,
EUPEC,
TI,
AD,
ST,
ATMEL,
NXP,
MAX,
XILINX,
MURATA,
NS,
ALTERA,
INFINEON,
SAMSUNG,
FSC,
TOS,
CY,
MICROCHIP,
PANASONIC,
ON,
VISHAY,
MOT,
INTEL,
AVX,
FREESCALE,
SANYO,
PHI,
MICREL,
MIT,
IR,
LINEAR,
SEMIKRON,
SHARP,
ALLEGRO,
NEC,
TDK,
AVAGO,
NVIDIA,
ROHM,
SEMTECH,
COILCRAFT,
RENESAS,
DALLAS,
YAGEO,
INTERSIL,
BROADCOM,
QUALCOMM,
WURTH,
NUVOTON,
MIC,
FUJITSU,
HIT,
MPS,
ISD/NUVOTON,
MICRON,
HARVATEK,
BB/TI,
KEMET,
SUMIDA,
BB,
POWER,
MOLEX,
AUO,
AMD,
EPCOS,
NIPPON CHEMI-CON,
SILICON,
FTDI,
BOURNS,
LITTELFUSE,
SONY,
COOPER,
MLI,
SEIKO,
IDT,
IXYS,
FUJI,
TRACO,
COSEL,
MEANWELL,
LAMBDA,
QFP,
CREE,
SST,
HYNIX,
BCD,
ISSI,
REALTEK,
SPANSION,
DARFON,
QFN,
EVERLIGHT,
BOSCH,
CIRRUS,
EPSON,
SIPEX,
ATI,
PAM,
RAMTRON,
TI ,
LATTICE,
SAMXON,
TI,
AD,
ST,
ATMEL,
NXP,
MAX,
XILINX,
MURATA,
NS,
ALTERA,
INFINEON,
SAMSUNG,
FSC,
TOS,
CY,
MICROCHIP,
PANASONIC,
ON,
VISHAY,
MOT,
INTEL,
AVX,
IR,
FREESCALE,
SEMIKRON,
MIT,
SANYO,
PHI,
MICREL,
LINEAR,
SHARP,
ALLEGRO,
NEC,
TDK,
AVAGO,
EVERLIGHT,
NVIDIA,
ROHM,
SEMTECH,
COILCRAFT,
RENESAS,
DALLAS,
YAGEO,
INTERSIL,
BROADCOM,
QUALCOMM,
WURTH,
NUVOTON,
MIC,
FUJITSU,
HIT,
MPS,
ISD/NUVOTON,
MICRON,
HARVATEK,
BB/TI,
KEMET,
SUMIDA,
BB,
POWER,
MOLEX,
AUO,
AMD,
EPCOS,
NIPPON CHEMI-CON,
FUJI,
SILICON,
FTDI,
BOURNS,
LITTELFUSE,
SONY,
COOPER,
IXYS,
MLI,
SEIKO,
IDT,
TRACO,
COSEL,
MEANWELL,
LAMBDA,
QFP,
CREE,
SST,
HYNIX,
BCD,
ISSI,
REALTEK,
SPANSION,
DARFON,
QFN,
BOSCH,
CIRRUS,
EPSON,
SIPEX,
ATI,
PAM,
RAMTRON,
TI ,
LATTICE,
EUPEC,
TI,
AD,
ST,
ATMEL,
NXP,
MAX,
XILINX,
MURATA,
NS,
ALTERA,
INFINEON,
SAMSUNG,
FSC,
TOS,
CY,
MICROCHIP,
PANASONIC,
ON,
VISHAY,
MOT,
INTEL,
AVX,
IR,
FREESCALE,
SEMIKRON,
MIT,
SANYO,
PHI,
MICREL,
LINEAR,
SHARP,
ALLEGRO,
NEC,
TDK,
AVAGO,
EVERLIGHT,
NVIDIA,
ROHM,
SEMTECH,
COILCRAFT,
RENESAS,
DALLAS,
YAGEO,
INTERSIL,
BROADCOM,
QUALCOMM,
WURTH,
NUVOTON,
MIC,
FUJITSU,
HIT,
MPS,
ISD/NUVOTON,
MICRON,
HARVATEK,
BB/TI,
KEMET,
SUMIDA,
BB,
POWER,
MOLEX,
AUO,
AMD,
EPCOS,
NIPPON CHEMI-CON,
FUJI,
SILICON,
FTDI,
BOURNS,
LITTELFUSE,
SONY,
COOPER,
IXYS,
MLI,
SEIKO,
IDT,
TRACO,
COSEL,
MEANWELL,
LAMBDA,
QFP,
CREE,
SST,
HYNIX,
BCD,
ISSI,
REALTEK,
SPANSION,
DARFON,
QFN,
BOSCH,
CIRRUS,
EPSON,
SIPEX,
ATI,
PAM,
RAMTRON,
TI ,
LATTICE,
EUPEC,
TI,
AD,
ST,
ATMEL,
NXP,
MAX,
XILINX,
MURATA,
NS,
ALTERA,
INFINEON,
SAMSUNG,
FSC,
TOS,
CY,
MICROCHIP,
PANASONIC,
ON,
VISHAY,
MOT,
INTEL,
AVX,
IR,
FREESCALE,
SEMIKRON,
MIT,
SANYO,
PHI,
MICREL,
LINEAR,
SHARP,
ALLEGRO,
NEC,
TDK,
AVAGO,
EVERLIGHT,
NVIDIA,
ROHM,
SEMTECH,
COILCRAFT,
RENESAS,
DALLAS,
YAGEO,
INTERSIL,
BROADCOM,
QUALCOMM,
WURTH,
NUVOTON,
MIC,
FUJITSU,
HIT,
MPS,
ISD/NUVOTON,
MICRON,
HARVATEK,
BB/TI,
KEMET,
SUMIDA,
BB,
POWER,
MOLEX,
AUO,
AMD,
EPCOS,
NIPPON CHEMI-CON,
FUJI,
SILICON,
FTDI,
BOURNS,
LITTELFUSE,
SONY,
COOPER,
IXYS,
MLI,
SEIKO,
IDT,
TRACO,
COSEL,
MEANWELL,
LAMBDA,
QFP,
CREE,
SST,
HYNIX,
BCD,
ISSI,
REALTEK,
SPANSION,
DARFON,
QFN,
BOSCH,
CIRRUS,
EPSON,
SIPEX,
ATI,
PAM,
RAMTRON,
TI ,
LATTICE,
EUPEC,
TI,
AD,
ST,
ATMEL,
NXP,
XILINX,
MAX,
MURATA,
NS,
ALTERA,
INFINEON,
SAMSUNG,
FSC,
CY,
MICROCHIP,
PANASONIC,
TOS,
ON,
VISHAY,
MOT,
INTEL,
AVX,
SEMIKRON,
SANYO,
FREESCALE,
IR,
MICREL,
PHI,
MIT,
LINEAR,
TDK,
AVAGO,
EVERLIGHT,
NVIDIA,
ROHM,
SEMTECH,
COILCRAFT,
RENESAS,
NEC,
DALLAS,
YAGEO,
SHARP,
BROADCOM,
INTERSIL,
QUALCOMM,
WURTH,
NUVOTON,
MIC,
HIT,
ISD/NUVOTON,
MICRON,
FUJITSU,
HARVATEK,
KEMET,
SUMIDA,
BB,
POWER,
MOLEX,
ALLEGRO,
EPCOS,
AMD,
BB/TI,
NIPPON CHEMI-CON,
FUJI,
FTDI,
BOURNS,
LITTELFUSE,
SONY,
COOPER,
IXYS,
MLI,
SEIKO,
IDT,
TRACO,
COSEL,
MPS,
SILICON,
MEANWELL,
QFP,
CREE,
LAMBDA,
SST,
BCD,
HYNIX,
ISSI,
SPANSION,
DARFON,
QFN,
BOSCH,
SIPEX,
CIRRUS,
EPSON,
ATI,
RAMTRON,
REALTEK,
TI ,
AUO,
EUPEC,
LATTICE,
SAMXON,
TI,
AD,
ST,
ATMEL,
NXP,
XILINX,
MAX,
MURATA,
NS,
ALTERA,
INFINEON,
SAMSUNG,
FSC,
CY,
MICROCHIP,
PANASONIC,
TOS,
ON,
VISHAY,
MOT,
SEMIKRON,
INTEL,
AVX,
MIT,
SANYO,
FREESCALE,
IR,
MICREL,
PHI,
LINEAR,
TDK,
AVAGO,
EVERLIGHT,
NVIDIA,
ROHM,
SEMTECH,
COILCRAFT,
RENESAS,
NEC,
DALLAS,
YAGEO,
SHARP,
BROADCOM,
INTERSIL,
QUALCOMM,
WURTH,
NUVOTON,
MIC,
HIT,
ISD/NUVOTON,
MICRON,
FUJITSU,
HARVATEK,
KEMET,
SUMIDA,
BB,
POWER,
MOLEX,
ALLEGRO

 
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Product Summary
ON MMBTA92LT1G
This is an offer provided by HKin.com member.
In stock! Order now!
Category: Electronic Components.
Product #: MMBTA92LT1G.


Available from: United Sources Industrial Enterprises
Condition: in excellent condition
In stock! Order now!

Part Numbers

Previous Parts:MB90F352S, MB91101A, MC33064D, MC33064D-5R2, MC33291DWR2, MC6809P, MC68HC811E2CFN2, MCZ33897CEF, MG10Q6ES50A, MIC2287BD5, MIC5258-3.3BM5, MIC5271-5.0BM5, MIC5271-5.0YM5, MIC5310-3.3/3.0YML, MIC811RUY, MMBT2222ALT1G

(+HKin.com) :) The followings are offers provided by our member in Electronic Components Offer site about the following parts: MMBTA92LT1G":

Post DatePart NumberBrandD/CDescQtyCompany
Wed Jan 30 02:27:00 UTC 2013MMBTA92LT1G (from standard server 2)ONTRAN PNP 25~40 MMBTA92LT1G SOT23 (ROHS)2663United Sources Industrial Enterprises
Wed Jan 30 02:27:00 UTC 2013MMBTA92LT1G (from parts server 2)ONTRAN PNP 25~40 MMBTA92LT1G SOT23 (ROHS)2663United Sources Industrial Enterprises
Wed Jan 30 02:27:00 UTC 2013MMBTA92LT1G (from hkin.com 2)ONTRAN PNP 25~40 MMBTA92LT1G SOT23 (ROHS)2663United Sources Industrial Enterprises
Wed Jan 30 02:27:00 UTC 2013MMBTA92LT1G (from hkin.com 2)ONTRAN PNP 25~40 MMBTA92LT1G SOT23 (ROHS)2663United Sources Industrial Enterprises

Last record MMBT2222ALT1G:

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Last record MIC811RUY:

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Last record MIC5310-3.3/3.0YML:

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vid:offerengine20130130 Part Number Prefix

MMBTA92LT1G,MMBTA92LT1G,Comments from user about MMBTA92LT1G: As of 2009, dual-core and quad-core processors are widely used in servers, workstations and PCs while six and eight-core processors will be available for high-end applications in both the home and professional environments. Execution units are also essential to microarchitecture. As of 2009, dual-core and quad-core processors are widely used in servers, workstations and PCs while six and eight-core processors will be available for high-end applications in both the home and professional environments.6 defines a subset of the language that is considered the official synthesis subset. An electronic circuit consisting entirely of passive components is called a passive circuit (and has the same properties as a passive component). Its importance in today's society rests on its ability to be mass produced using a highly automated process (semiconductor device fabrication) that achieves astonishingly low per-transistor costs. Products not traditionally associated with computer use (such as TVs or Hi-Fi equipment) now provide options to connect to the Internet or to a computer using a home network to provide access to digital content. Each logic gate is in turn represented by a circuit diagram describing the connections of the transistors used to implement it in some particular logic family. Anything related to :MMBTA92LT1G, or electronic components and electronic component distributors such as:fairchild,avx capacitor, or electronics part index in: MMBTA92LT1G, search hkinventory: MMBTA92LT1G, 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. The first microprocessors emerged in the early 1970s and were used for electronic calculators, using binary-coded decimal (BCD) arithmetic on 4-bit words. Microcontrollers integrate a microprocessor with periphal devices for control of embedded system. It is an example of sequential digital logic, as it has internal memory. Datasheet Dir, DataSheet Archive
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. The choice of the number of execution units, their latency and throughput is a central microarchitectural design task. It is relatively easy for an inexperienced developer to produce code that simulates successfully but that cannot be synthesized into a real device, or is too large to be practical.[citation needed] The R3000 made the design truly practical, and the R4000 introduced the world's first commercially available 64-bit RISC microprocessor. In this circuit the base terminal of the transistor serves as the input, the collector is the output, and the emitter is common to both (for example, it may be tied to ground reference or a power supply rail), hence its name. In this case, it might be possible to use VHDL to write a testbench to verify the functionality of the design using files on the host computer to define stimuli, to interact with the user, and to compare results with those expected. Thyristors are able to withstand very high reverse breakdown voltage and are also capable of carrying high current. The large number of discrete logic gates used more electrical powerXand therefore, produced more heatXthan a more integrated design with fewer ICs.
any passive component and active component such as:1N4148, or 6502 Some other standards support wider use of VHDL, notably VITAL (VHDL Initiative Towards ASIC Libraries) and microwave circuit design extensions. Analog circuits use a continuous range of voltage as opposed to discrete levels as in digital circuits. In reality one side or the other of the branch will be called much more often than the other. Branch prediction is where the hardware makes educated guesses on whether a particular branch will be taken. For example driver circuit
MMBTA92LT1G,MMBTA92LT1G,Comments from user about MMBTA92LT1G: Speculative execution is a further enhancement in which the code along the predicted path is not just prefetched but also executed before it is known whether the branch should be taken or not. The middle, or base, region between the junctions is typically very narrow. Performance is high because the components switch quickly and consume little power (compared to their discrete counterparts) as a result of the small size and close proximity of the components.[3] Some of these stages include instruction fetch, instruction decode, execute, and write back. IEEE 1076. For high-pass and low-pass (as well as band-pass filters far from the center frequency), the required rejection may determine the slope of attenuation needed, and thus the "order" of the filter. The thyristor turn-off is passive, i. In this case, it might be possible to use VHDL to write a testbench to verify the functionality of the design using files on the host computer to define stimuli, to interact with the user, and to compare results with those expected. Anything related to :MMBTA92LT1G, or electronic components and electronic component distributors such as:fairchild,avx capacitor, or electronics part index in: MMBTA92LT1GSee also: