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Part Manufacturer Description Datasheet Download Buy Part
LT1681ESW#PBF Linear Technology LT1681 - Dual Transistor Synchronous Forward Controller; Package: SO; Pins: 20; Temperature Range: -40°C to 85°C
LT1681ESW#TRPBF Linear Technology LT1681 - Dual Transistor Synchronous Forward Controller; Package: SO; Pins: 20; Temperature Range: -40°C to 85°C
LT1681ISW#PBF Linear Technology LT1681 - Dual Transistor Synchronous Forward Controller; Package: SO; Pins: 20; Temperature Range: -40°C to 85°C
LT1681ISW#TRPBF Linear Technology LT1681 - Dual Transistor Synchronous Forward Controller; Package: SO; Pins: 20; Temperature Range: -40°C to 85°C
LT1681ISW#TR Linear Technology LT1681 - Dual Transistor Synchronous Forward Controller; Package: SO; Pins: 20; Temperature Range: -40°C to 85°C
LT1681ESW Linear Technology LT1681 - Dual Transistor Synchronous Forward Controller; Package: SO; Pins: 20; Temperature Range: -40°C to 85°C

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kt420

Abstract: ac176 CV7002 bc109 Transistor Equivalent list BSY95A diffused alloy BC146 BCY70 asy26
Text: modern semiconductor technology. All Newmarket Transistor circuits use chip transistors, diodes , transistor packages. It also restricts design freedom to those types available in SOT-23, 'matchstick', and , used in the prototypes as over-specification increases cost. If biasing a transistor from a , NPN Silicon Microminiature Plastic Transistor T yp e Characteristics @ T am b= 25 °C Colour , BVc £0 V B V C fiO V b v ebo AC 10 7N * _ 15 ACY ACY ACY AC Y AC Y ACY


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2001 - FRCT

Abstract: C54CM SPRU375 TMS320 SC 4340 SP0305 TMS320C54x fir filter applications AC05F
Text: instruction ACOVx Accumulator overflow status bit: ACOV0, ACOV1, ACOV2, ACOV3 ACw, ACx, ACy , ACz , ) occupying two lines: MPYR40 uns(Xmem), uns(Cmem), ACx : MPYR40 uns(Ymem), uns(Cmem), ACy - User-defined


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PDF TMS320C55x SPRU374E applicabl449 FRCT C54CM SPRU375 TMS320 SC 4340 SP0305 TMS320C54x fir filter applications AC05F
2001 - SPRU375E

Abstract: C54CM SPRU375 TMS320 tt 4458 FRCT ACY 23 VI "cross-reference"
Text: , ACOV1, ACOV2, ACOV3 ACw, ACx, ACy , ACz Accumulator: AC0, AC1, AC2, AC3 ARn_mod Content of , (dual multiply) occupying two lines: ACx = m40(rnd(uns(Xmem) * uns(Cmem), ACy = m40(rnd(uns(Ymem


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PDF TMS320C55x SPRU375E SPRU375E C54CM SPRU375 TMS320 tt 4458 FRCT ACY 23 VI "cross-reference"
2000 - D768

Abstract: MASM ACY21 C54CM TMS320C54x, instruction set TMS320 SPRU375 "Overflow detection" Alu 181 TY 8004
Text: instruction ACOVx Accumulator overflow status bit: ACOV0, ACOV1, ACOV2, ACOV3 ACw, ACx, ACy , ACz , ), uns(Cmem), ACx : MPYR40 uns(Ymem), uns(Cmem), ACy - User-defined parallelism instructions (using


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PDF TMS320C55x SPRU374C D768 MASM ACY21 C54CM TMS320C54x, instruction set TMS320 SPRU375 "Overflow detection" Alu 181 TY 8004
2000 - AADD

Abstract: TMS320C54x, instruction set C54CM SPRU375 TMS320 "Overflow detection"
Text: , ACOV3 ACw, ACx, ACy , ACz Accumulator: AC0, AC1, AC2, AC3 ARn_mod Content of selected , single instruction (dual multiply) occupying two lines: ACx = m40(rnd(uns(Xmem) * uns(Cmem), ACy =


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PDF TMS320C55x SPRU375C AADD TMS320C54x, instruction set C54CM SPRU375 TMS320 "Overflow detection"
394AL

Abstract: transistor compatible 924 10-16V 393AL/CL
Text: transistor outputs with 20V sustaining voltaçe and high current sink capa<. «Cy . Low input ci'rent an Transistor Sustaining Voltage 20V Mir VCC « 16V. I0H-10mA AC


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PDF TSC390/391/392/393 250mA 10-20-JO-40- 394AL transistor compatible 924 10-16V 393AL/CL
034Y

Abstract: No abstract text available
Text: rp « -AX AX <-· (addn6) (addr16) <- AX AX «-* rp A, CY «- A+byte (saddr), CY «- (saddr) + byte A.CY «- A+r r,CY «- r+A A.CY «- A+(saddr) A.CY « - A+(addr16) A.CY «- A+(HL) A.CY <- A+(HL+byte) A, CY t , -Bit Operation 8 12 8 8 8 16 8 16 16 16 8 12 8 8 8 (saddr), CY A.CY f - A+r+CY r.CY «- r+A+CY A,CY «- A+(saddr)+CY A.CY * - A+(addrl6)+CY A.CY «- A+(HL)+CY A.CY «- A+(HL+byte)+CY A.CY 4- A+fHL+B)+CY A.CY «- A*(HUC)+CY A.CY «- A-byte (saddr) ,CY A.CY < -A -r r,CY <- r-A A.CY A.CY ««- x X x X 18+2n l8


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PDF 78K/0 034Y
IAO5 Sharp

Abstract: free transistor equivalent book 2sc siemens transistor asy 27 Diode BAY 61 TRANSISTOR BJ 131-6 tesla typ 202 thyristor Tesla z1072 HALL EFFECT 21E z1071
Text: between transistor case and heat sink under the fastening screw /?thS10 K/W Maximum ratings ACY 23, ACY , SIEMENS Semiconductor Manual Discrete Industrial Types 1974 ACY 23, ACY 32 PNP Transistors for AF pre-stages The ACY 23 and ACY 32 are alloyed germanium PNP transistors in the case 1 A3 DIN 41871 (sim. TO , dot on the case rim. The transistors are designed for use in AF prestages. Type Order number ACY 23 V Q 60103 — Y23- E ACY 23 VI Q 601 OS- Y23- F ACY 32 V CI 60103— Y32- E ACY 32 VI Q60103- Y 32 â


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PDF Q60103- thS10 to3530 to4600 to4600 IAO5 Sharp free transistor equivalent book 2sc siemens transistor asy 27 Diode BAY 61 TRANSISTOR BJ 131-6 tesla typ 202 thyristor Tesla z1072 HALL EFFECT 21E z1071
2000 - nokia 1100 lcd

Abstract: ARM925T 3g call flow nokia lcd 1100 3g call flow ericsson idct accumulator TMS320C5510 UART connection mmu ericsson 3g data call flow sony lcd acx
Text: Flow Modes DSP Multimedia Extension Data Flow Modes Available ACy = copr(k8, ACx, ACy ) ACy = copr(k8, ACx, ACy ), Smem=ACz ACy = copr(k8, ACx, ACy ), dbl(Lmem)=ACz ACy = copr(k8, ACx, Smem) ACy = copr(k8, ACx, Xmem), Ymem=ACz ACy = copr(k8, ACx, dbl(Lmem) ACy = copr(k8, ACx, dbl(Xmem), dbl(Ymem)=ACz ACy = copr(k8, ACx, Xmem, Ymem) ACx, ACy = copr(k8, ACx, ACy , Xmem, Ymem) ACx = copr(k8, Ymem, Coef), mar(Xmem) ACx = copr(k8, ACx, Ymem, Coef), mar(Xmem) ACx, ACy = copr(k8, Xmem, Ymem, Coef) ACx


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PDF SWPA001 nokia 1100 lcd ARM925T 3g call flow nokia lcd 1100 3g call flow ericsson idct accumulator TMS320C5510 UART connection mmu ericsson 3g data call flow sony lcd acx
Not Available

Abstract: No abstract text available
Text: A.saddr A Jad d r' ô A.1HL] A,[HL+byte) A ,[H L fB ] A,[HL+C] A.CY ·: - A-v(saddr) A .C r A ^ (a d d ri6 l , , 1j > , . V A.CY ·· A *(H L i A.CY - A+(H LfO ytei A, CY . - A + [HL+B) A.CY A , saddr.#b/te A p Note 3 Flag Operation Z AC CY A.CY < - A +bytei-CY 16 > < < y, , « Note 2 2 3 2 8 12 8 8 8 "6 X X (saddr), CY * - isaddr)+byte+C Y A.CY < - A+r+CY r,CY i - r+A+CY A.CY « - A+(saddr}+CY A.CY A+(addr1ôW CY < < , . -, V v r,A A.saddr A,!addrU> A,[HLJ A


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PDF 78K/0
L42n

Abstract: No abstract text available
Text: (saddr) + byte A.CY A+r 3 N o" 3 2 * x x x x x x x X x X 2 2 r.CY t - r+A A,CY A , +(HL+B) A.CY A+(HL+C) x X X x x X W hen th e in te rn a i h ig h -s p e e d RAM area is a c c , instruction Group 3-Bit Operation Flag Operation Z AC CY A.CY «- A+byte+CY (saddr), CY <- (saddr)+byte+CY A,CY <- A+r+CY r.CY t - r+A+CY A,CY «- A+(saddr)+CY A.CY «- A+(addr16)+CY A,CY «- A+(HL)+CY A,CY t - A+(HL+byta)+CY A.CY «- A+(HUB)+CY A,CY <- A+(HL+C)+CY A.CY <- A-byte (saddr),CY <- (saddr)- byte A,CY «- A -r


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PDF 78K/0 L42n
ATS610

Abstract: ATS610LSA ATS611LSB ATS63X air speed sensor how can we make sensor ic
Text: . 1. How much air gap and accur acy can I get with my tar get? - Minimum specified air gap = .40 mm , (.0985 inches) with a standar d tar get. - Accur acy = +/- 1 degr ee maximum, +/- 0.5 degr ee typical 2 , acy . 14. Ar e the sub-assemblies her metic? -No, sub-assemblies ar e not intended to be her , full sensing and magnetic engineer ing for a customer 's design, 2) impr oved accur acy with the sub-assemblies (attainable accur acy of +/- 0.5 degr ees). 21. Will Allegr o pr ovide a finished sensor ?


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PDF ATS63X ATS610LSA/2 ATS611LSB/2 ATS610LSA ATS611LSB ATS610 air speed sensor how can we make sensor ic
transistor c 4137

Abstract: 16AF a006 2SC4890 le1110A BU510
Text: Ordering number: EN4137 No.4137 i _2SC4890 NPN Triple Diffused Planar Silicon Transistor Very High-Definition CRT Display Horizontal Deflection Output Applications Features • High Speed (tf= 100ns typ). ■High reliability (Adoption of HVP process). • High breakdown voltage (Vcbo — 1500V). ■Adoption of MBIT process. Absolute Maximum Ratings atTa = 25°C unit , 5V /// „cy ' i M ■íy o/ .w yv/ / if //i / / yy 2


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PDF EN4137 2SC4890 100ns transistor c 4137 16AF a006 2SC4890 le1110A BU510
75451N

Abstract: 75452N 75451 TAG 8510 uj55 tranzystor UCY75452N 75452H
Text: U NITRO CEMI Uklady, ÜCY 75451 N i UCY 75452 sé* podwójnymi dwuwej-áciowymi ukîad&tni poéredniczi*oymi /interface./ przeasaa-òzonymi do ogólnego zastosowania, Ukìady s&adafc siç z: - dwóch bramek KAKI) /uklad UCY 75451K/, - dwóch bramek AHB /ukiad ÜCY 75452N/, - dwóch tranzystorów óredniej mocy, Uklad ÜCY 75451ÏÏ realizüje iunkojç typu AND, natomîà st OCY 75452H realieuje funkcjç typu SAND. UCY 75451N UCY 75452N Podwójny dwuwejfciowy uktad poéredniczqcy Obudowa CE 84 Jcc rri


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PDF 75451K/, 75452N/, 75452H 75451N 75452N 75452N 75451 TAG 8510 uj55 tranzystor UCY75452N
2005 - CPU103

Abstract: ABS16 BUT24 C54CM OMAP5910 OMAP5912 SPRU371
Text: No file text available


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PDF TMS320C55x SPRU652G SPRU652E SPRU652F. SPRU652F SPRU652G; CPU103 ABS16 BUT24 C54CM OMAP5910 OMAP5912 SPRU371
2004 - SP 5501 hi lite

Abstract: CPU-88 sprs166 C54CM SPRU371 SPRU652E TMS320VC5507 TMS320VC5503 OMAP5910 BUT24
Text: No file text available


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PDF TMS320C55x SPRU652E SPRU652D SPRU652E. TMS320VC5503 TMS320VC5507 TMS320VC5503 TMS320VC5507 SP 5501 hi lite CPU-88 sprs166 C54CM SPRU371 SPRU652E OMAP5910 BUT24
2008 - HY 1201

Abstract: No abstract text available
Text: . Parameters Sym Min Typ Max Unit T ACY — ±0.5 — °C Conditions Sensor , ©) with an Active-Low output configuration, the output asserts Low when temperature exceeds 100° ± T ACY , Low when temperature is greater than 100° ± T ACY . The output de-asserts High when C temperature , ACY , and de-asserts when temperature is C greater than 110° This ope ration is shown graphically C , SOT-23 package. CH = Plastic Small Outline Transistor (SOT-23), 6-lead (MCP9510 only) OT =


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PDF MCP9509/10 MCP9509/10 MCP9509 MCP9510 DS22114A-page HY 1201
1999 - NJU3000

Abstract: No abstract text available
Text: 19 01 1F 2F 2D 1E 404F 505F YAC Y'AC ACY ACY ' ACX ACX' PH(Y')AC ACPH(Y') PH(Y')AC


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PDF NJU3000 NJU3000
K19 GR

Abstract: IB106 TRANSISTOR b1181 IC-82 transistor 359 AJ DDD3710 2SD1653 sj 2038 sj 2025 ic sj 2038
Text: SANYO SEMICONDUCTOR CORP 2SD1653 1SE D J 7cH7G7t, DOQS14E M ■^C^y . 2039 NPN Triple Diffused Planar Silicon Transistor ©17518 Applications . High-voltage, power switching Features . Fast speed (tfjnaxsO.ilus). . High reliability (Adoption of HVP process). . High breakdown voltage (VCB0=1500V). . Micaless package facilitating mounting operation. Absolute Haxlnua Ratings at Ta , ^ DQ03717 fl zo CASE OUTLINES AND ATTACHMENTS • All of Sanyo Transistor case outlines are illustrated


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PDF 2SD1653 DOQS14E B1181 B1252 K19 GR IB106 TRANSISTOR b1181 IC-82 transistor 359 AJ DDD3710 2SD1653 sj 2038 sj 2025 ic sj 2038
2011 - maxim CODE TOP MARKING

Abstract: maxim TOP MARKING capacitor trip device marking code acw transistor marking code acw maxim marking code marking ACY transistor conversion codes MAX6513TT065 MMBT3904
Text: temperature switch that uses an external P-N junction (typically a diode-connected transistor ) as the , TRANSISTOR ) 340 320 300 MAX6511 toc02 0.2 0 -0.2 -0.4 -0.6 -0.8 -1.0 -1.2 -1.4 14 , LATCH TOVER Low-Cost, Remote Temperature Switch MAX6513 Table 1. Sensor Transistor , MAX6513TT055 +ACV 55 MAX6513TT065 +ACW 65 MAX6513TT075 +ACX 75 MAX6513TT085 + ACY , diodeconnected transistor . Suggested devices are listed in Table 1. Large power transistors are not recommended


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PDF MAX6513 OT23-6 maxim CODE TOP MARKING maxim TOP MARKING capacitor trip device marking code acw transistor marking code acw maxim marking code marking ACY transistor conversion codes MAX6513TT065 MMBT3904
Not Available

Abstract: No abstract text available
Text: ) 100 200 300 400 500 400 FIGURE 44. V L CLAM P ACCUR ACY vs O VERDRIVE 500 , ) FIGURE 46. V L CLAM P ACCUR ACY vs O VERDRIVE OVERDRIVE LEVEL (% OF CLAMP LEVEL) FIGURE 47. O , ) FIG URE 49. CLAM P ACCUR ACY vs TEM PERATURE 1 10 100 1000 FREQUENCY (MHz) FIG UR E , 1130|im x 483|im Type: Nitride Thickness: 4kÄ ±0.5kÄ TRANSISTOR COUNT: METALLIZATION: 52


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PDF HFA1113 850MHz, HFA1113 1600nm
2001 - TMS320VC5509

Abstract: ar6t1 CPU-71 SPRZ006D TMS320C55 CPU45 CPU60 PGE100 PDVC5509GHH C54CM
Text: . . . . . . . . . . . . . . . . . . ACx, dst2 = pop() in Parallel With ACy = k4/-k4/k16 . . . . . . , Instruction Executed in Parallel . . . . . . . . . . . . . . . TAx, Acy = pop() | TAz = k4/­k4 Does Not , , F 45 CPU_53 ACx, dst2 = pop() in Parallel With ACy = k4/-k4/k16 Revisions C, D, F 45 , Parallel Revisions C, D, F 51 CPU_62 TAx, Acy = pop() | TAz = k4/­k4 Does Not Update TAx


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PDF TMS320VC5509 SPRZ006D TMS320VC5509 SPRZ006C SPRZ006D. ar6t1 CPU-71 SPRZ006D TMS320C55 CPU45 CPU60 PGE100 PDVC5509GHH C54CM
Not Available

Abstract: No abstract text available
Text: (In.) Mfr. No. Accur­ Burden acy % VA A S C D E F Mtg. Slot* (In , CL50D CL75D CL100D CL150D Accur­ Burden acy % VA 2 2 2 2 2 2 2 2 0.6 0.6 0.6 0.6


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2004 - marking code acw

Abstract: marking ACY SOT23-6 MARKING ada MAX6511
Text: diode-connected transistor ) as the sensing element to measure the remote temperature. These devices assert a , EXTERNAL DIODE-CONNECTED TRANSISTOR ) 340 320 300 MAX6511 toc02 0.2 0 -0.2 -0.4 -0.6 -0.8 , diodeconnected transistor . Suggested devices are listed in Table 1. Large power transistors are not recommended , - 5 MAX6511/MAX6512/MAX6513 Table 1. Sensor Transistor Manufacturers Low-Cost, Remote , MAX6513TT085 + ACY 85 MAX6512UT095 AAOO 95 MAX6513TT095 +ACZ 95 MAX6512UT105 AAOP


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PDF MAX6511/MAX6512/MAX6513 MAX6511 MAX6513 MAX6512 T1433-2 marking code acw marking ACY SOT23-6 MARKING ada
2004 - MAX6511

Abstract: marking ACY MAX6511UT065-T MAX6512 MAX6513 MAX6613 Aaoi marking marking code acw dfn AAPK
Text: diode-connected transistor ) as the sensing element to measure the remote temperature. These devices assert a , EXTERNAL DIODE-CONNECTED TRANSISTOR ) 340 320 300 MAX6511 toc02 0.2 0 -0.2 -0.4 -0.6 -0.8 , diodeconnected transistor . Suggested devices are listed in Table 1. Large power transistors are not recommended , - 5 MAX6511/MAX6512/MAX6513 Table 1. Sensor Transistor Manufacturers Low-Cost, Remote , MAX6513TT085 + ACY 85 MAX6512UT095 AAOO 95 MAX6513TT095 +ACZ 95 MAX6512UT105 AAOP


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PDF MAX6511/MAX6512/MAX6513 MAX6511 MAX6513 MAX6512 T1433-1 T1433-2 marking ACY MAX6511UT065-T MAX6613 Aaoi marking marking code acw dfn AAPK
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