CPFL Search Results

58t1s

Abstract: TEA 5768
Contextual Info: << INVERTER GfllN/PHRSE vs. IC : KS57C210W Ft - 21.2 [MHz] FREQUENCY CHRRRCTERISTICS » Vdd : 3 tVl P.M - 117.3 Cdeg] Fr«q. CHHz] — >0 tdB3 5 îî!îJ.d.ej l KS57C21008 - 1 CL1/CL2 CpFl 33 / 33 a. V1H/V1L 7 5 3 FCR3.58M5 Ta- 20 Cdeg] 0— 0 Typical » -» Horst

817 CN

Abstract: 603-82 f PHA-1 68B9
Contextual Info: MSM6789R - 02-B Vdd- 5 m FCR6.0M5 F l g .a - d Ta* 2 0 Cdeg] »-— T ypical 7 5 3 a. V1H/V1L m 1 -1 7 5 3 1 -1 -I -2 -3 400 300 200 100 60 55 50 45 40 4 3 2 1 4 3 2 1 0 20 40 60 80 CL1/CL2 CpFl Loading capicitance(CLl/CL2) dependence of oscillating chiracterlsties (CL1«CL2)

KS51840

Contextual Info: KS51840 - 2 Vdd* 3 m FCR3.84M5 Fig.a^d Ta- 20 Cdegl Ty p ic al CL1/CL2 CpF3 Loading capacitance(CLl/CL2) dependence of oscillating characteristics (CtlsCL2) KS51840 - 2 CL1/CL2 CpFl 33 / 33 FCR3.84M5 Vdd- 3 CV] (Flg.a^e) Typical a. V1H/V1L CV3 7 * 5 3 1

sv31

Abstract: L033C
Contextual Info: o o o z a v m î A3a eos* dwv 0 ABU JO 133HS O N iM V d a 31VOS 6¿¿00 L 10£ZZÇ' ON 3NIMVMQ 01 Q31 D iy iS 3 y d B w o is n o IV 1H3I3M 3ZIS 3 0 0 3 33V3 - 1 U 1 IJ S S 3 d d S S 3 d d w L u Ç ^ 'f ‘M O d ‘~ I V D I l d 3 A /m ‘0 J Ç ‘1 V N 3 I S

est 7502 b data sheet

Contextual Info: P E H I1 0 IM 1 D B M IV i n Dt t e : s. i 991 82495XP CACHE CONTROLLER/ 82490XP CACHE RAM • Two-Way, Set Associative, Secondary Cache for i860 XP Microprocessor MESI Cache Consistency Protocol ■ 50 MHz “No Glue” Interface with CPU Maintains Consistency with Primary

sem 2106

Abstract: SR5690 Northbridge Southbridge PCIe Bridge RD890 5650 ati ACC MICRO 2178 Index
Contextual Info: AMD SR5690/5670/5650 Register Reference Guide Publication # 43871 Issue Date: May 2012 Revision: 3.03 Trademarks AMD, the AMD Arrow logo, ATI, and combinations thereof, are trademarks of Advanced Micro Devices, Inc. HyperTransport is a licensed trademark of the HyperTransport Technology Consortium.

Zo transistor h07

Contextual Info: H D 74A C 14/H D 74A C T14 • H e x Inverter Schmitt Trigger Description The HD74AC14/HD74ACT14 contains six logic in­ verters which accept standard CMOS input signals TTL levels for HD74ACT14 and provide standard CMOS output levels. They are capable of trans­

MSM9831

Contextual Info: IC dependence of oscillating characteristics MSM9831 FCR6.0M5 - STD N. itea IC N0 \ ». IV] V1H/V1L b. Room Temp. Vdd CV] CL1/CL2 CpF] vn V2H/V2L C 5.1 J / fl 5.2 B 5.1 -.3 -.2 ¿r “*3 e. [MHz] d. CuS] 5 Ite m 33 / 33 a. 1X1 f. a-e CVJ g. CV] Fosc Trl««

CIMA

Abstract: 88646 MN15P0813FB 9946 AAES MN15P
Contextual Info: MM5P0813FB - 1 FCR4.0M5 Vdd- 3 CV3 CFlg.vd Ta- 20 Cdeg] Typical Loading cipacltance Cll/CL2) dependence of o scilU ttn g ch tractcristlcs (CL1»CL2 ) MN15P0813FB - 1 CL1/CL2 CpF3 33 / 33 a. VIH/VIL 7 CV3 FCR4.0M5 Ta- 20 Cdeg] Typical *- * Horst 5 3 1 -1

FCR16

Contextual Info: MNI01C88GZZ - a. U1H/U1L UIH FCRI6.0M2G Udd= 5 EU] Fig.a~d Ta= 25 Cdeg] -0 Typical [U1 43 4.6 4,7 4.6 6- - - - - 6- - - - - 6 V i.7 - UIL b. U2H/U2L CU] J I I I I I I I * ZJ I l_ I I L_ I I L_ I I— AU2H 5- - - - - \_ _ _ _ is?_ J J I u I;l -I I I c. Fosc

KS57C2102

Contextual Info: « INVERTER GRIN/PHRSE vs. IC : KS57C2102 FREQUENQ CHRRflCTERISTICS » Vdd : 3 CV3 Freq. [MHz] K S 5 7 C 2 102 - 1 F C R 4 . 19M5 Vdd= 3 CV] F ig .a -d Ta= 20 Cdeg] •- • Typ i c a 1 ? a. V1H/V1L c. Fosc CV3 5 3 1 -1 7 5 3 1 -1 5 3 1 -1 -3 -5 400

FCR16

Abstract: M30291FCHP
Contextual Info: M3029IFCHP FCRI6.0M2G Udd= 5 EU] Fig.a~d Ta= 25 Cdeg] -0 Typical a. U1H/U1L l [U1 I I CU1 4 9 mu V 1 • 1 I 1 l l I b. U2H/U2L - - V V V V - .b .3 .1 -.1 -.3 -.b 400 300 200 100 60 55 50 45 40 4 3 2 2 1 •04 l 1 - i 1 1 l 1 i I- I I • ~ i 1 1 d, T r i s e CuSl

MN662741RPA

Abstract: mn662741rp ic 4588 ic 8287 7838 mn662741
Contextual Info: HN682741RPR - 1 FCR33.B6H2G Vdd- S [V] Fig.a^d Ta- 20 Cdeg] » « Typical CU/CL2 CpF] Loading c«picttance(CLl/(1 2 ) dependence of oici lUting charicterUttcs (CL1-CL2) MN662741RPR - 1 C L 1/CL2 CpFD 15 / 15 ? 5 a. V 1H / V 1L EVI FCR3 3 .86H2 G Ta* 20 Cdegí

99264

Abstract: TB-17 tdb 0072 41-686
Contextual Info: M38258M - fM CL1/CL2 CpF] Rf CMohm] Rd Cohtn] 68 / 34 1 680 a. V1H/V1L 7 5 3 1 -1 " b. 7 c : 3 1 -1 c. .5 .3 .1 -.1 -.3 -.5 d. 400 300 200 100 n0 1 e. 60 55 50 45 40 T FCR4.19M5 Ta» 20 Cdeg] Q— — 0 Typical •* Worst [V] V1H • — i l V2H/V2L [V]

CD 1691 CB

Abstract: RCR32 9948 UPD65840GJ
Contextual Info: UPD65840GJOSO9 - HHL Rf [Mohín] 1 FCR32.0M2G Vdd= 3.3 CV] Fig.a-d Ta= 20 Cdeg] -• Typ ic a 1 a. V1H/V1L 7 CV] 5 3 1 -1 1- 1 7 5 1 1 1 b. V2H/V2L I 3 V2H 1 -1 " V n. r Vci L c. .5 .3 8 i •i i 1 d. 1 i i 1 1 1 1 1 3.3 1 1 i I I 3.2 .1 1 1 .2 1

79308

Abstract: Scans-0015452 "cb it" 5TB-376-5 g060
Contextual Info: K5B8P6116N - CL a. U1H/U1L FCR8.0M5 Udd= 5 EU] Fig.a~d Ta= 20 [deg] -e Typical [U] 5 3 I -I 7 5 3 -I -2 -3 400 300 200 100 60 55 50 45 40 4 \ s. Duty ^ • -I_ I f, Ustari [/] 3 51.1 s i ; _5|6 y I_ I_ »-j- 1_ I_ I_ I_ I_ I_ I_ L.

Contextual Info: MSM65353R - 1 FCR4.19M5 Vdd- 5 [V] F lg .a -d Ta- 20 Cdeg3 T ypical 7 t. V IH/VIL CV3 : U111 . i r - VIH - n f -T r -. 5'4- : S 3 1 5 -.5 -.5 : -1 - V1L“*4- - r^S CV3 7 - b. HV2H/V2L 5,4 5,4 5.3 5.3

FCR16

Contextual Info: M30825MH-00IGP - FCR16.0M2G Vdd= 5 CU1 CFig.a~d TcP 20 [deg] -0 Typical a. U1H/U1L ; [U] V uil'J '•j ~n4 ~»4 5.5 bx4 b,4 b. U2H/U2L EUl c £ 7 - 5,6 V2H V 5 V — U1H V V o if ."c4 J_ I_ I— —e e- _l_ I_ I_ I_ I_ I_ l_

tlc 1125

Abstract: hc68hc705 74 LS 8154 MC68HC705BD3
Contextual Info: MC68HC705BD3 - 1 Ri CMohm] 1 3.2 Typical m 5 1 5,1 5 4 • VIL " 'i - -r— b. V 2 H / V 2 L CV3 5.2 5.2 5,2 -.4 -.4 5.1 5.1 - ¿ i - rlS - V2L c. Fose t%l . V - »,. 1 7 5 a. V1H/V1L FCR4.0M5 Vdd- 5 CV3 Fig.a-d

KS57C4004

Contextual Info: « INVERTER GRIN/PHRSE vs. FREQUENCY IC : KS57C4004 Gain MB3 Ft - 17.4 MHz] 40 -. i 30 20 CHRRRCTERISTICS » Vdd : 3 CV3 P.M - 125.6 Cdeg] i.i i i i r r i :! i Phase Cdeg] — > 0 CdB] I i Ï8 0 r r r n ^ Phase — Gain^, 8. , • • 10 N1 1« 4 ' 1

m34510m2

Abstract: B1366 BI24
Contextual Info: M34510M2 - 1 Rd [ohm] 560 a. U1H/U1L EU] UIH UIL -I h. I I I I FCR4.0M5 Udd= 5 [Ul Fig.a~d Ta= 20 [deg] -0 Typical J I u ? h /u ? i I I 3,6 —0 3à3 _ J à5 _ J à6_ ^ ^ 2J Jé?— I rui "514 I I 5^5 L _ l I 5^5 LT_I I I I I I I I I I L I I I I I L. 5^5

SGTL500

Abstract: DAP 011 regulator audio graphic equalizer i2c graphic equalizer SGTL5000 32QFN history of old system speech control circuitry SGTL5000
Contextual Info: Freescale Semiconductor Advance Information Document Number: SGTL5000 Rev. 3.0, 7/2010 Low Power Stereo Codec with Headphone Amp SGTL5000 The SGTL5000 is a Low Power Stereo Codec with Headphone Amp from Freescale, and is designed to provide a complete audio solution

AD9858/PCBZ

Abstract: AD9858 MS-026-AED programmable and sine and 5khz JESD51-2 03166-A radar metal detector diagrams 360MHz AD9858BSVZ
Contextual Info: 1 GSPS Direct Digital Synthesizer AD9858 FEATURES GENERAL DESCRIPTION 1 GSPS internal clock speed Up to 2 GHz input clock selectable divide-by-2 Integrated 10-bit DAC Excellent phase noise and SFDR 32-bit programmable frequency register Simplified 8-bit parallel and SPI serial control interface

74LVC648D

Abstract: 74LVC648DB
Contextual Info: NAPC /PH ILIPS SEMICOND b3E t • bbS3^24 DDöBThl Philips Semiconductors • • • • • • Wide supply voltage range of 1.2 V to 3.6 V In accordance with JEDEC standard no. 8-1 A. Flow-through pin-out architecture Inputs accept voltages upto 5.5 V CMOS low power consumption