The Datasheet Archive

M24236/19-FQB Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2004 - NEC 78f9234

Abstract: 78F9222 PD78F9200 DATASHEET RA78K0S U17446E QB-78K0SKX1MINI 78F9234 U16898E D788 pd78f9232 nec
Text: 16 . . 17 2. 1. 1 QB-78K0SMINI . 17 2. 1. 2 QB-78K0SKX1-DA . 19 . 20 2. 2. 1 QB , 22.5410 OCD I/FOCD I/ FQB -78K0SKX1-DA 3LED LED3 LED1 STATUS RUN RUN/BREAK/DOWNLOAD , 1OCD1 22.5410 OCD I/FOCD I/ FQB -78K0SMINI 2LED QB-78K0SKX1-DALED POWER QB , POC VDD0 V P34 RMCE RESET RMCE U17272JJ4V0UM 19 2 , +30 AVREF (28) - AVSS (29) 3 P20/ANI0/TI000/TOH1(1) P20/ANI0/TI000/TOH1(1) P20/ANI0 ( 19


Original
PDF QB-78K0SKX1MINI 78K0S/KU1+ 78K0S/KY1+ 78K0S/KA1+ 78K0S/KB1+ U17272JJ4V0UM004 U17272JJ4V0UM U17272JJ4V0UMD CD74HCT4066 P20-23 NEC 78f9234 78F9222 PD78F9200 DATASHEET RA78K0S U17446E QB-78K0SKX1MINI 78F9234 U16898E D788 pd78f9232 nec
2012 - Not Available

Abstract: No abstract text available
Text: 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 VDD VDD 42 37 36 35 34 33 32 31 30 , REF_CLK XTAL_IN 0 OSC 1 PLL ÷P fREF fVCO QA ÷NA 0 fPD fQB XTAL_OUT , Pulldown 17 P Input Pullup 18, 19 , 20 NA0, NA1, NA2 Input Pulldown Parallel , fQA, fQB = fVCO ÷ 1 0 0 1 2 fQA, fQB = fVCO ÷ 2 0 1 0 3 fQA, fQB = fVCO ÷ 3 0 1 1 6 fQA, fQB = fVCO ÷ 6 1 0 0 4 fQA, fQB = fVCO ÷ 4 1


Original
PDF ICS844S42I ICS844S42I 81MHz 2592MHz.
2010 - ICS844S42BKIL

Abstract: ICS844S42I ICS844S ICS844S42BKI MO-220 844s42 844S42BKI
Text: package body K Package Top View 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 VDD VDD , fREF ÷P PLL fVCO 1 0 ÷NA fPD fQA QA fQB XTAL_OUT REF_SEL ÷NB QB , Pullup 18, 19 , 20 NA0, NA1, NA2 Input Pulldown Parallel configuration of QA output , , NB 0 (default) 0 (default) 0 (default) 1 fQA, fQB = fVCO ÷ 1 0 0 1 2 fQA, fQB = fVCO ÷ 2 0 1 0 3 fQA, fQB = fVCO ÷ 3 0 1 1 6 fQA, fQB = fVCO


Original
PDF ICS844S42I ICS844S42I 81MHz 2592MHz. ICS844S42BKIL ICS844S ICS844S42BKI MO-220 844s42 844S42BKI
2012 - ICS844S42I

Abstract: ICS844S
Text: 0.925mm package body K Package Top View 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 VDD , fREF fVCO QA ÷NA 0 fPD fQB XTAL_OUT REF_SEL ÷NB QB ÷M SDA SCL ADR[1 , 18, 19 , 20 NA0, NA1, NA2 Input Pulldown Parallel configuration of QA output dividers , , NB 0 (default) 0 (default) 0 (default) 1 fQA, fQB = fVCO ÷ 1 0 0 1 2 fQA, fQB = fVCO ÷ 2 0 1 0 3 fQA, fQB = fVCO ÷ 3 0 1 1 6 fQA, fQB = fVCO


Original
PDF ICS844S42I ICS844S42I 81MHz 2592MHz. ICS844S
M24236

Abstract: M24236/1 SAE-AS58091 SAE-AS7928 SAE-AS25244 m24236/13 Mil-prf-24236/1 ASTM-B545 class A ISO10012-1 SAE-AS-7928
Text: Subgroup 1 Subgroup 3 5 5 7 11 13 16 19 23 29 35 All 20 20 20 20 47 47 53 68 77 , MIL-PRF-24236/13 MIL-PRF-24236/ 19 MIL-PRF-24236/20 500 VDC minimum 300 VDC minimum 300 VDC minimum


Original
PDF MIL-PRF-24236D MIL-PRF-24236C M24236 M24236/1 SAE-AS58091 SAE-AS7928 SAE-AS25244 m24236/13 Mil-prf-24236/1 ASTM-B545 class A ISO10012-1 SAE-AS-7928
2007 - Not Available

Abstract: No abstract text available
Text: (VCC = VCC_PLL = +3.3V, TA = +25°C, fQA = fQB = 500MHz (P = 4, NA = 4, NB = 1, M = 500), REF_SEL= high , OUTPUT-TO-OUTPUT SKEW (ps) 250 200 NB = 2, (fQA = 2 x fQB ) 150 100 NB = 1, (fQA = fQB ) 50 0 OUTPUT RISE/FALL , fQB = 500MHz (P = 4, NA = 4, NB = 1, M = 500), REF_SEL= high (crystal oscillator), fXTAL = 16MHz , , 34, 36, 42 2 3, 8, 19 , 27, 31, 37 5 6 7 9, 10 11, 12 14­18, 20­24 25 26 28 29 32 33 35 38, 39, 40 41 , ) PLL 1360MHz TO 2720MHz /M fVCO / NA (2, 4, 8, 16, 32, 64) fQA QA / NB (1, 2) fQB


Original
PDF MAX3674 25MHz 1360MHz
2007 - parallel/PLL Frequency qa

Abstract: MAX3674 MAX3674ECM P4813 i2c qa
Text: 900 250 200 NB = 2, (fQA = 2 x fQB ) 150 100 NB = 1, (fQA = fQB ) 50 450 400 100 0 , fQB = 500MHz (P = 4, NA = 4, NB = 1, M = 500), REF_SEL= high (crystal oscillator), fXTAL = 16MHz , +25°C, fQA = fQB = 500MHz (P = 4, NA = 4, NB = 1, M = 500), REF_SEL= high (crystal oscillator), fXTAL = , TYPE 1, 4, 13, 30, 34, 36, 42 VCC Supply VCC 2 BYPASS Input LVCMOS 3, 8, 19 , (1, 2) /M fQB QA QB I2C/PARALLEL PLL CONFIGURATION REGISTERS LOCK CLK_STOPx


Original
PDF MAX3674 MAX3674 25MHz 1360MHz parallel/PLL Frequency qa MAX3674ECM P4813 i2c qa
2014 - F-QB-F6

Abstract: No abstract text available
Text: Optional Parts Heat sink Heat sink is prepared in TUNS50 series, CQHS series, DHS50 series and DHS100 series. Chart: List of Heat sink for TUNS50 series, CQHS series, DHS50 series and DHS100 series Size [mm] Thermal resistance [ /W] Model H 27.94 ±0.2 4.83 2.5 +0.3 38.1 -0.4 5.73 4.68 47.24 ±0.2 Model number F-QB-F4 8.75 Thermal resistance( /w) 2.5 38.1 +00.43 - 8 F-QB -F1/F2 F-QB -F3/F4 F-QB -F5/F6 6 4 2 1.0 1.5 2.0 Wind velocity(m/s


Original
PDF TUNS50 DHS50 DHS100 F-QB-F6
2007 - MAX3674

Abstract: MAX3674ECM
Text: 900 250 200 NB = 2, (fQA = 2 x fQB ) 150 100 NB = 1, (fQA = fQB ) 50 450 400 100 0 , fQB = 500MHz (P = 4, NA = 4, NB = 1, M = 500), REF_SEL= high (crystal oscillator), fXTAL = 16MHz , +25°C, fQA = fQB = 500MHz (P = 4, NA = 4, NB = 1, M = 500), REF_SEL= high (crystal oscillator), fXTAL = , TYPE 1, 4, 13, 30, 34, 36, 42 VCC Supply VCC 2 BYPASS Input LVCMOS 3, 8, 19 , (1, 2) /M fQB QA QB I2C/PARALLEL PLL CONFIGURATION REGISTERS LOCK CLK_STOPx


Original
PDF MAX3674 MAX3674 25MHz 1360MHz MAX3674ECM
2004 - Not Available

Abstract: No abstract text available
Text: 7 22 XFLG1 D4 8 21 XB D5 9 20 XA D6 10 19 XLCNTR/XLOL , , fFCKn ≥ 8fQA (or 8fQB), where fQA and fQB are the clock frequencies at inputs A and B. In , synchronous mode for the selected index input (as described in Pin 18 and Pin 19 sections of the I/O , 17 - ns ns MHz ns fFCKn t4 t5 fQA, fQB tQ1 tQ2 tidx tAi tQ3 115 230 5t3 56 , PSC = 0 to FFH t4 ≥ 2t3 t5 ≥ 4t3 fQA = fQB = 1/8t3 tQ2 = t3 tidx ≥ 3t3 tAi ≤ t3 tQ3 =


Original
PDF LS7266R1 A3800 24-BIT 30MHz 7266R1-100704-15
Not Available

Abstract: No abstract text available
Text: (TSSOP) August 2009 10 19 XLCNTR/XLOL 11 18 XRCNTR/XABG 12 17 X/Y 13 , fQB are the clock frequencies at inputs A and B. In non-quadrature mode filter clock is not needed , synchronous mode for the selected index input (as described in Pin 18 and Pin 19 sections of the I/O , 17 - ns ns MHz ns fFCKn t4 t5 fQA, fQB tQ1 tQ2 tidx tAi tQ3 115 230 5t3 56 , PSC = 0 to FFH t4 ≥ 2t3 t5 ≥ 4t3 fQA = fQB = 1/8t3 tQ2 = t3 tidx ≥ 3t3 tAi ≤ t3 tQ3 =


Original
PDF LS7266R1 A3800 24-BIT 30MHz 7266R1-100704-15
2004 - LS7266R1

Abstract: No abstract text available
Text: YLCNTR/YLOL D5 9 D6 10 19 XLCNTR/XLOL D7 11 18 XRCNTR/XABG V SS (GND) 12 , , fFCKn ≥ 8fQA (or 8fQB), where fQA and fQB are the clock frequencies at inputs A and B. In , Index” causes the synchronous mode for the selected index input (as described in Pin 18 and Pin 19 , 17 - ns ns MHz ns fFCKn t4 t5 fQA, fQB tQ1 tQ2 tidx tAi tQ3 115 230 5t3 56 , PSC = 0 to FFH t4 ≥ 2t3 t5 ≥ 4t3 fQA = fQB = 1/8t3 tQ2 = t3 tidx ≥ 3t3 tAi ≤ t3 tQ3 =


Original
PDF LS7266R1 A3800 24-BIT 30MHz 7266R1-100704-15 LS7266R1
2004 - Not Available

Abstract: No abstract text available
Text: (TSSOP) August 2009 10 19 XLCNTR/XLOL 11 18 XRCNTR/XABG 12 17 X/Y 13 , counting in the quadrature mode, fFCKn ≥ 8fQA (or 8fQB), where fQA and fQB are the clock frequencies at , Index” causes the synchronous mode for the selected index input (as described in Pin 18 and Pin 19 , 28 28 56 17 - ns ns MHz ns fFCKn t4 t5 fQA, fQB tQ1 tQ2 tidx tAi tQ3 115 , ), where n = PSC = 0 to FFH t4 ≥ 2t3 t5 ≥ 4t3 fQA = fQB = 1/8t3 tQ2 = t3 tidx ≥ 3t3 tAi ≤ t3


Original
PDF LS7266R1 A3800 24-BIT 30MHz 7266R1-100704-15
2007 - ls7766

Abstract: Counters encoders LS7766SO-S LS7766DO-TS LS7766SH-TS LS7766SH LS7766DH LS7766DH-TS
Text: NC NC NC V SS 11 12 13 14 15 16 17 18 19 20 21 22 23 24 LS7766DH GENERAL DESCRIPTION: The , 19 18 17 16 15 x1INDX/ x1FLGa x1FLGb x0/_x1 x0FLGb x0FLGa x0INDX/ x0A x0B V SS DB7 DB6 DB5 DB4 RS2 , DB9 13 DB10 RS2 RS1 RS0 DB0 DB1 DB2 DB3 DB4 DB5 DB6 DB7 1 2 3 4 5 6 7 8 9 10 11 24 23 22 21 20 19 18 17 16 15 14 13 14 15 16 17 18 19 V DD PCKO PCKI RD/ WR/ CS/ CKO FLGb FLGa INDX/ A B DB11 DB12 , 0 t3 = t1+ t2, MDR0 <7> = 1 ff = 1/t3 t4 > t3 t5 > 2t3 fQA = fQB < 1/4t3 tQ2 = t3/2 tid > t4 tfw t4


Original
PDF LS7766 A3800 32-BIT 40MHz 20MHz IO16/ LS7766 Counters encoders LS7766SO-S LS7766DO-TS LS7766SH-TS LS7766SH LS7766DH LS7766DH-TS
ls776

Abstract: No abstract text available
Text: 16 33 x0/_x1 DB12 17 32 x0CKO DB13 18 31 x0FLGb DB14 19 30 , V DD 7 22 x0INDX/ RS2 8 21 x0A RS1 9 20 x0B RS0 10 19 V , 21 B DB1 5 20 WR/ DB15 19 20 V SS DB2 6 19 CS/ DB3 7 , Width ff t4 t5 fQA, fQB tQ1 tQ2 Unit Remarks 24 24 50 100 20 - ns ns MHz , MHz ns ns MHz ns ff = 1/t3 t4 > t3 t5 > 2t3 fQA = fQB < 1/4t3 tQ2 = t3/2 4.5t3 5.5t3


Original
PDF LS7766 A3800 32-BIT LS7766 IO16/ 16-BIT ls776
72p0

Abstract: 2n C63 37W40 N4770 N477 C56B DDM70
Text: N N gh N gh N gh N gh !'% #(+6)* , :b>F>F;@ FQB N gh < F>@ F>F;@ FQB N _gh <@ , = B?cIO@C >@ FQB <@ F QB FMBQ;B@ B?cI 2! #(+6% )* % #(- !0) "#, )* / 0 63


Original
PDF 4725D2? 00PXYZ 70c0fd 7D09LM0c0fd07R7VX O24R6 2D32B 72p0 2n C63 37W40 N4770 N477 C56B DDM70
LS776

Abstract: ls7766 A3800 LS7766DH rs048 LS7766SH-TS LS7766SO-S
Text: DB13 18 31 x0FLGb DB14 19 30 x0FLGa DB15 20 29 NC NC 21 28 , 20 x0B RS0 10 19 V SS DB0 11 18 DB7 DB1 12 17 DB6 DB2 13 , A DB0 4 21 RD/ DB14 18 21 B DB1 5 20 WR/ DB15 19 20 V SS DB2 6 19 CS/ DB3 7 18 CKO DB4 8 17 FLGb DB5 9 16 , 4t3 25 20 4.5 5t3 - MHz ns ns MHz ns ff = 1/t3 t4 > t3 t5 > 2t3 fQA = fQB < 1/4t3


Original
PDF LS7766 A3800 32-BIT LS7766 IO16/ MC68HC000 LS776 A3800 LS7766DH rs048 LS7766SH-TS LS7766SO-S
2009 - xtal 5.06 2 pin crystal oscillator

Abstract: Frequency Generator 1MHz CRYSTAL OSCILLATORS 65.52 Mhz Frequency Generator 500MHz 9-12kHz Frequency Generator 10kHz MAX3638 MAXIM MAX3638ETM 800mhz frequency generator
Text: DC1, DC0 LVCMOS/LVTTL Inputs. Three-level controls for output divider C. See Table 6. 19 , ÷B fQB QB1 QB2 0/NC QB2 DIVIDER A: 2, 3, 4, 5, 6, 8, 10, 12, 15 DIVIDER B: 2, 3, 4, 5 , Configuration The MAX3638 output frequencies (fQA, fQB , fQC) are functions of the reference frequency (fREF , REF × M A (1) f F fQB = REF × M B (2) f F fQC = REF × M C (3) The , = 25MHz fQA = 125MHz fQB = 100MHz fQC = 66.67MHz 2) ind the input divider M


Original
PDF MAX3638 T4877 xtal 5.06 2 pin crystal oscillator Frequency Generator 1MHz CRYSTAL OSCILLATORS 65.52 Mhz Frequency Generator 500MHz 9-12kHz Frequency Generator 10kHz MAXIM MAX3638ETM 800mhz frequency generator
2000 - 12p20

Abstract: No abstract text available
Text: S ! G! G S D2-PAK FQB Series G D S I2-PAK FQI Series ! D Absolute , -263(D2PAK) 2 TAPE REEL &Z (Asm. Plant Code) &4 (4-Digit Date Code) Line 2: FQB Line 3: 12P20 Line 1: $Y (Fairchild logo) &Z (Asm. Plant Code) &4 (4-Digit Date Code) Line 2: FQB Line 3: 12P20


Original
PDF FQB12P20 FQI12P20 -200V, FQB12P20TM SB82075 12p20
2009 - 60Ghz

Abstract: Frequency Generator 1MHz max3637 15MHz XTAL
Text: . Three-level controls for output divider C. See Table 6. 19 QA_CTRL2 LVCMOS/LVTTL Input. Three-level , MAX3637 QB0 QB1 1 ÷B fQB QB1 QB2 0/NC QB2 DIVIDER A: 1, 2, 3, 4, 5, 6, 8, 10, 12 , MAX3637 output frequencies (fQA, fQB , fQC) are functions of the reference frequency (fREF) and the , ) f F fQB = REF × M B (2) f F fQC = REF × M C (3) The frequency ranges for the , 312.5MHz fQB = 156.25MHz fQC = 125MHz 2) ind the input divider M for a valid PFD compare


Original
PDF MAX3637 T4877 MAX3637 60Ghz Frequency Generator 1MHz 15MHz XTAL
mc68h11

Abstract: LS7366-TS quadrature decoder ls7366 to mc68h11 str 450 a Quadrature Decoder Interface ICs LS7366 LS7366-S TQ2-12 A3800
Text: 0.7 1.3 - 2.1 3.5 0.9 1.5 1.9 3.2 2.3 3.7 2.1 3.5 V V V V V V VDD = 3.0V , t2 fFCK t3 t3 fF t4 t5 fQA, fQB tQ1 tQ2 tid tis tih tfl 12 12 25 50 26 52 4t3 , fQB < 1/4t3 tQ2 = (t3)/2 tid > t4 - tfw 26 - ns tfw = t4 Parameter , t2 fFCK t3 t3 fF t4 t5 fQA, fQB tQ1 tQ2 tid tis tih tfl 24 24 50 100 52 105 4t3 , fQB < 1/4t3 tQ2 = (t3)/2 tid > t4 - tfw 52 - ns tfw = t4 t6 t7 t8S t8H fA t9


Original
PDF LS7366 A3800 32-BIT 40MHz 20MHz LS7366 mc68h11 LS7366-TS quadrature decoder ls7366 to mc68h11 str 450 a Quadrature Decoder Interface ICs LS7366-S TQ2-12 A3800
LS7566R-TS

Abstract: 7566R-122205-1 A3800 LS7566R ls7566rts
Text: 17 32 x2A DB7 18 31 NC NC 19 30 NC NC 20 29 x2INDX/ 21 28 x1B GND 22 , t3 = t1+ t2, MDR0 <7> =1 ff t4 t5 fQA, fQB tQ1 tQ2 52 105 4t3 25 20 4.5 5t3 - MHz ns ns MHz ns ff = 1/ t3 t4 > t3 t5 > 2t3 fQA = fQB < 1/4t3 tQ2 = t3/2 tfda 4.5t3 , + t2, MDR0 <7> =0 t3 = t1+ t2, MDR0 <7> =1 ff t4 t5 fQA, fQB tQ1 tQ2 26 52 4t3 12 40 9.6 5t3 - MHz ns ns MHz ns t4 > t3 t5 > 2t3 fQA = fQB < 1/4t3 tQ2 = t3/2 tfda


Original
PDF LS7566R A3800 24-BIT 7566R-122205-1 LS7566R MC68HC000 LS7566R-TS 7566R-122205-1 A3800 ls7566rts
2005 - MPC92432

Abstract: MC100ES60T23
Text: Synthesizer REF_CLK XTAL1 XTAL2 fQA ÷NA fVCO PLL ÷P fREF XTAL NETCOM QA fQB , 23 M8 M7 39 22 NA0 40 21 M6 PLOAD 41 20 M5 VCC 42 19 , fQA = fREF ÷ NA and fQB = fREF÷ (NA · NB) PLL function enabled fQA = (fREF ÷ P) · M ÷ NA and fQB , 0 (fQA = fQB ) NB = 1 (fQA = 2 · fQB ) tr, tf Output Rise/Fall Time (QA, QB) tr, tf , synthesizer. The hardware pins ADR1 and ADR0 and should be individually Table 19 . Complete Configuration


Original
PDF MPC92432 MPC92432 199707558G MC100ES60T23
2012 - Not Available

Abstract: No abstract text available
Text: Pin Description PIN 1 2 3 4 5 6 7, 8 9 10 11 12 13, 14 15, 16 17, 18 19 20 21 22, 23 24 25, 36 26, 27 , ÷F QA4 QA4 QA_CTRL2 VCCQB QB_CTRL QB0 0/NC fPFD 15MHz TO 42MHz MAX3638 1 fQB QB0 QB1 QB1 , Information The MAX3638 output frequencies (fQA, fQB , fQC) are functions of the reference frequency (fREF , × M A f F fQB = REF × M B f F fQC = REF × M C (1) (2) Output Frequency Configuration 15MHz , elect input and output frequencies for system clocking. fREF = 25MHz fQA = 125MHz fQB = 100MHz fQC =


Original
PDF MAX3638
2012 - Not Available

Abstract: No abstract text available
Text: with 10 Outputs Pin Description PIN 1 2 3 4 5 6 7, 8 9 10 11 12 13, 14 15, 16 17, 18 19 20 21 22, 23 , QA4 QA_CTRL2 VCCQB QB_CTRL QB0 0/NC fPFD 15MHz TO 42MHz MAX3637 1 fQB QB0 QB1 QB1 QB2 QB2 , ) MAX3637 Applications Information The MAX3637 output frequencies (fQA, fQB , fQC) are functions of the , expressed as: f F fQA = REF × M A f F fQB = REF × M B f F fQC = REF × M C (1) (2) Output Frequency , frequencies. 1) S elect input and output frequencies for system clocking. fREF = 25MHz fQA = 312.5MHz fQB


Original
PDF MAX3637
Supplyframe Tracking Pixel