The Datasheet Archive

Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
SMJ320C31MKGD50A Texas Instruments 32-BIT, 50MHz, OTHER DSP, UUC132
TMS320LBC51PZL50 Texas Instruments 16-BIT, 50MHz, OTHER DSP, PQFP100
TMS320LBC57SPGEL50 Texas Instruments 16-BIT, 50MHz, OTHER DSP, PQFP144
TMS320LC51PZA50 Texas Instruments 16-BIT, 50MHz, OTHER DSP, PQFP100
SM320C40TABS50 Texas Instruments 32-BIT, 50MHz, OTHER DSP, UUC325
SMJ320C40TBBM50 Texas Instruments 32-BIT, 50MHz, OTHER DSP, UUC325

V/50MHz Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2007 - Not Available

Abstract: No abstract text available
Text: for FAX system from an inexpensive 24MHz Crystal 7 x 50MHz synchronized non-Spread Spectrum clocks (for CPU, ASIC2, ASIC3, HDD, and PCI Analyzer, Ethernet, and LAN PHY) · 1x 50MHz for CPU Timer · · · · , the FAX system. It uses an inexpensive 24MHz crystal as the input to generate five synchronized 50MHz non-spread PCI clocks used by CPU, HDD, PCI Analyzer, ASIC2 and ASIC3, two non-spread synchronized 50MHz clocks for Ethernet and LAN PHY, a 50MHz clock for the CPU Timer, and a 19.52MHz nonspread clock used by


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PDF 24MHz 50MHz ASM3P2855B 52MHz ASM3P2855B ASM3P2854A,
2006 - Not Available

Abstract: No abstract text available
Text: for FAX system from an inexpensive 24MHz Crystal 7 x 50MHz synchronized non-Spread Spectrum clocks (for CPU, ASIC2, ASIC3, HDD, and PCI Analyzer, Ethernet, and LAN PHY) · 1 x 50MHz for CPU Timer · · · · , the FAX system. It uses an inexpensive 24MHz crystal as the input to generate five synchronized 50MHz non-spread PCI clocks used by CPU, HDD, PCI Analyzer, ASIC2 and ASIC3, two non-spread synchronized 50MHz clocks for Ethernet and LAN PHY, a 50MHz clock for the CPU Timer, and a 19.52MHz nonspread clock used by


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PDF 24MHz 50MHz ASM3P2855B 52MHz ASM3P2855B ASM3P2854A,
NJU6335

Abstract: M6338 cd 4060 NJUG373 NJU8323 NJU6392 NJU6391 NJU6339 NJU6319 NJI16361A
Text: 50MHz Fo/4 16mA 45-55% D Fo/8 @1.5V W Fo 12.5/12.5pF P ùl A F„ NJU6319 B 50MHz Fo/2 4mA 23/23pF 45-55% C Fo/4 1/2Vdo D Fo/8 P Fo ùl L Fo M Fo/2 23/23pF N Fo/4 NJUB322 U 50MHz Fo/8 16mA 45-55% * K 12.5/12.5pF ¡M 81.4V W Fo - P tel T A Fo NJU6329 B 50MHz Fo/2 16mA 23/23pF 45-55% m C Fo/4 01.4V D Fo/8 L Fo NJU6324 M 50MHz Fo/2 4mA 23/23pF 45-55% N Fo/4


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PDF NJUB31B NJU6319 JUG321 NJI16361A NJU8323 KJU63G2A M6338 NJUG373 NJU6339 NJU6391 NJU6335 M6338 cd 4060 NJU8323 NJU6392
M5617

Abstract: SM5617ND SM5617 SM5617NA SM5617NB SM5617NC SM5617NE SM5617NF
Text: – Operating voltage 4.0 to 6.0V (22MHz < fO < 50MHz ) 4.5 to 5.5V ( 50MHz < fO < 70MHz) ■Chip form â , Vdd 4.0 5.0 6.0 V 40MHz < fo < 50MHz , Cl < 50pF 4.0 5.0 6.0 40MHz 50MHz , 15pF < Cl < 50pF 4.5 5.0 5.5 50MHz < fo < 60MHz, Cl < 15pF (H versions) 4.5 5.0 5.5 50MHz < fo < 70MHz, Cl , < 50MHz Topr -20 +80 °C 50MHz < fo < 60MHz (H versions) -15 +75 50MHz < fo < 70MHz (K, N versions , (24MHz 50MHz , Vss=OV, Ta=-20 to +80°C) or ( 50MHz 60MHz, Vss=OV, Ta=-15 to +75°C) unless


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PDF SM5617 SM5617 10TTL 10LSTTL. 70MHz M5617 SM5617ND SM5617NA SM5617NB SM5617NC SM5617NE SM5617NF
fs3t

Abstract: BI resistor network osc xtal 25MHZ PLL650-02 XTAL 50MHZ
Text: CMOS processes. 25MHz fundamental crystal or clock input. 4 outputs at 50MHz , 2 outputs selectable at , -Pin 150mil SSOP. VDD 1 24 VDD XIN 2 23 VDD XOUT/ 50MHz _OE*^ 3 22 25MHz , 50MHz /FS0*^ 6 GND 7 50MHz /FS1*^ 8 50MHz /FS2*T PLL650-02 · · · PIN CONFIGURATION 9 16 VDD FS3T 10 15 25MHz/125MHz 50MHz /SS0*T 11 14 GND VDD , Control Logic 50MHz (can be disabled) 25MHz/125MHz (can be disabled) 2 SDRAM (66.6, 75, 83.3


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PDF PLL650-02 40-mA 25-mA 25MHz 50MHz, 125MHz, 100MHz. 100MHz fs3t BI resistor network osc xtal 25MHZ PLL650-02 XTAL 50MHZ
Not Available

Abstract: No abstract text available
Text: Osci1lation Capacitor(Cg.Cd) NJU6318 C D W 23/23 p F 16 mA 12.5/12.5 p F 45- 55X at 1.5V 50MHz fo/4 fo/8 fo P NO A F fo NJU6319 B C 50MHz fo/2 fo/4 fo/8 fo f0/2 f0/4 4 , W P 23/23 p F 45- 55% 12.5/12.5 p F YES at 1.4V 50MHz f0/8 16 mA fa NO fo T A B C D L 50MHz fo/2 fo/4 fo/8 fo 16 mA 23/23 p F 45~55ü at 1.4V M N 50MHz fo/2 fo/4 fo/8 4 mA 23/23 pF 45- 55% at1/2VoD U NJÜ6321 NJU6361A A P 50MHz 50MHz


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PDF NJU6318 NJU6322 NJU6329 NJU6319 NJU6321A NJU6381A NJU6323 NJU6324 NJU6339 NJU6374
NJU6377

Abstract: 15pF
Text: E ,fosc=40MHz,CL=15pF F ,fosc= 50MHz ,CL=15pF G ,fosc=60MHz,CL=15pF H ,fosc=75MHz,CL=15pF J ,fosc=55MHz,CL=15pF K ,fosc= 50MHz ,CL=15pF CONT=VSS, No load CONT=XT=VSS, No load VOH=2.2V VOL=0.3V CONT , ,fosc=40MHz F ,fosc= 50MHz G ,fosc=60MHz Cg/Cd H ,fosc=75MHz J ,fosc=55MHz K ,fosc= 50MHz E , H L H L ISTB Ist VIH VIL IOH IOL E ,fosc=40MHz,CL=15pF F ,fosc= 50MHz ,CL=15pF G ,fosc=60MHz,CL=15pF H ,fosc=75MHz,CL=15pF J ,fosc=55MHz,CL=15pF K ,fosc= 50MHz ,CL=15pF CONT=VSS


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PDF NJU6377 NJU6377 30MHz 75MHz NJU6377XC-X 18/18pF 16/16pF 11/11pF 10/10pF 15pF
4165-T070

Abstract: 2261-T080 NJM2550V NJM2550 SSOP16 on-off switch ic 10,7mhz 60dBuV 10-7MHZ
Text: fif= 50MHz Vod VinIF=80dBuV fDET fmod , Vrssi1 VinIF=80dBuV - 1.2 - V R S S I Vrssi2 fif= 50MHz , VinIF , fif= 50MHz Tquad IF 2261-T080 R10 1.8k R50 7.5k RSSI REF 1 RSSI OUT 16 Ver , =10.7MHzT9R10fif=50MHz fif=10.7MHz T9 IF 4165-T070 R10 1k R50 fif= 50MHz T9 IF 2261-T080 Rq10 1k R50 7.5k , fif= 50MHz 80 60 0 2 4 6 V+[V] 8 10 0 80 2 4 6 V+[V] fdev


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PDF NJM2550 NJM2550 NJM2550V 5MHz50MHz SSOP16 100dBuV 80dBuV 60dBuV 40dBuV 4165-T070 2261-T080 NJM2550V SSOP16 on-off switch ic 10,7mhz 60dBuV 10-7MHZ
npn 60V 600mw

Abstract: 2195A 2243A 150PF 2n2539 2N699 MA8003
Text: 4 V 30/300 @> 5V @ 50m A 0.30V 50/ 5.0mA 5p F 1 50MHz IS ¡> 50mA TO-18 MA 6101 600mW 500mA 70V 50V , /120 @ 10V @> 1 50mA 1.50V 150/15.0mA 35pF 50MHz IS ¡> 50mA TO-5 2N 698 800mW 500mA 120V 60V 7 V 20 , @ 10V @> 1 50mA 5.00V S 150/15.0mA 20p F 50MHz IS i> 50mA TO-5 2N 718 400mW 500mA 60V _ 5V 40/120 ® 10V @> 150mA 1.50 V 150/15.0mA 35p F 50MHz 500mW 500mA 75V — 7V 100/300 @ , 10V @> 150mA 1.50V S ¡> 150/1 5.0mA 35p F 50MHz IS 50mA TO-5 2N 1482 #5W 1.5A 100 V 55V 12V 35/100 @


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PDF O-I06 250mW 500mA 200MHz O-106 npn 60V 600mw 2195A 2243A 150PF 2n2539 2N699 MA8003
bz 148

Abstract: 1S2588 WZ-061 Zener wz-192 WZ-071 WZ-090 WZ 061 Zener c9v wz-040 BZ 140 zener
Text: 10-16® 4V 4~14® 10V 8~18® 10V 14~26® 10V 22~38® 10V - 100® 4V, 50MHz 100® 4V, 50MHz 100® 4V, 50MHz 40® 10V, 50MHz 40® 10V, 50MHz 40® 10V, 50MHz 40® 10V, 50MHz FM AFC 1SV71 1SV72 1SV73 1SV74 8~32 ®1V , ® IV, 50MHz 50® lV, 50MHz 50® lV, 50MHz 50® IV, 50MHz UHF-TV AFT 151922 151923 151924 1S2339 3-8® 4V , 1SV53 30 30pF @ 3V C3V/C30V 2.6 200@3V, 50MHz - 1SV54 15 30pF @ 3V C3V/C9V 2.5 200@3V, 50MHz - FM-tuning twin type 1SV104 30 40pF @ 3V C3V/C30V 2.6 200@3V , 50MHz - I D/A CONVERTERS I TYPE DESCRIPTION


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PDF 500mW WZ-032 WZ-036 WZ-040 WZ-046 WZ-050 BZ-050 EZ-055 WZ-054 bz 148 1S2588 WZ-061 Zener wz-192 WZ-071 WZ-090 WZ 061 Zener c9v BZ 140 zener
2001 - 5006AH

Abstract: No abstract text available
Text: PW 4 SM5006 series SM5006 (package form) VSS = 0V f 50MHz , CL = 50pF ANA, ANB , 100MHz, C L = 15pF CNE, DNE f 50MHz , CL = 15pF f 70MHz, CL = 15pF VDD ANE, ANF, BNE f 100MHz, C L = 15pF f 107MHz, C L = 15pF f 50MHz , CL = 15pF f 70MHz, CL = 15pF AKA, AKB, AKC, f 70MHz, CL = , V V V V V V V AHA, AHB, AHC, f 70MHz, CL = 15pF AHD V IN f 50MHz , CL = 50pF, 4.5 V DD , 3.6 f 50MHz , CL = 50pF, 4.5 V DD 5.5 f 70MHz, CL = 50pF, 4.5 V DD 5.5 ANC, AND, BNC, f


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PDF SM5006 107MHz V/5006AH× OPSM5006× CF5006× SM5006ANAS SM5006ANBS SM5006ANCS SM5006ANDS 5006AH
BI resistor network

Abstract: XTAL 50MHZ PLL650-03SC
Text: CMOS processes. 25MHz fundamental crystal or clock input. 4 outputs fixed at 50MHz with output , / 50MHz _OE*^ 2 15 VDD GND 3 14 25MHz/100MHz VDD 4 13 GND 50MHz /FS0*^ 5 12 GND GND 6 11 SDRAMx2 50MHz /FS1*^ 7 10 VDD 50MHz /FS2* T 8 9 50MHz /SS0* T PLL 650-03 · · · PIN CONFIGURATION Note: SDRAMx2: Double Drive , : SST modulation applied BLOCK DIAGRAM 4 XIN XOUT 50MHz (can be disabled) XTAL OSC


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PDF PLL650-03 40-mA 25-mA 25MHz 50MHz 100MHz 100MHz 16-Pin 150mil BI resistor network XTAL 50MHZ PLL650-03SC
xt_3

Abstract: NJU6339 NJU6338 NJU6329 NJU6324 NJU6323 NJU6322 Series NJU6322 NJU6321A NJU6319
Text: B fo/2 23/23 pF NJU6318 C 50MHz fo/4 16 mA 45—55ÎÎ D fo/8 at 1.5V W fo 12.5/12.5 pF P NO A fo NJU6319 B 50MHz fo/2 4 mA 23/23 pF 45~55% C fo/4 at1/2VoD D fo/8 L fo M fo/2 23/23 pF N fo/4 NJU6322 U 50MHz fo/8 16 mA 45~55% K 12.5/12.5 pF YES at 1.4V W fo - P T NO - A fo NJU6329 B 50MHz fo/2 16 mA 23/23 pF 45~55K C fo/4 at 1.4V D fo/8 L fo NJU6324 M 50MHz fo/2 4 mA 23/23 pF 45—55% N fo/4 at1/2VoD U


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PDF NJU6318 NJU6322 NJU6329 NJU6319 NJU6321A NJU6361A NJU6323 NJU6324 NJU6338 NJU6373 xt_3 NJU6339 NJU6322 Series
HJU6318

Abstract: TTC27 NJUB339 NJUB322 NJU6374 NJU6373 NJU6361A NJU6329 NJU6324 HJU6321
Text: 01.5V W Fo 12.5/12.5pF P 4-1 A Fo KJUB3I9 B 50MHz Fd/2 4mA 23/23 p F 45-55% C Fo/4 1/2 Vdo * D Fo/8 L F„ M Fo/2 23/23pF N Fo/4 NJU6322 U 50MHz Fo/8 , 50MHz F0/2 16mA 23/23pF 45-55% C Fo/4 01.4V « D Fo/8 L F0 NJU6324 M 50MHz Fo/2 4mA 23/23pF 45-55% N Fo/4 @1/2Vdd U Fo/8 NJU6321 A 50MHz F», Fo/2, Fo/4, F„/8 4mA 21/23pF h 9 45-55% P tel - @1/2Vdd NJU6361A 50MHz F0, Fo/2, Fo/4. Fo/8 4mA 21/23pF b ') 45-55% ® 1


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PDF HJU6318 NJUB322 NJU6329 HJU6321 NJU6361A HJU63Z3 NJU6324 JU6339 NJU6373Ã NJUB339 HJU6318 TTC27 NJUB322 NJU6374 NJU6373 NJU6324
24PIN

Abstract: PLL650-02
Text: CMOS processes. 25MHz fundamental crystal or clock input. 4 outputs at 50MHz , 2 outputs selectable at , -Pin 150mil SSOP. VDD 1 24 VDD XIN 2 23 VDD XOUT/ 50MHz _OE*^ 3 22 25MHz , 50MHz /FS0*^ 6 GND 7 50MHz /FS1*^ 8 50MHz /FS2*T PLL650-02 · · · PIN CONFIGURATION 9 16 VDD FS3T 10 15 25MHz/125MHz 50MHz /SS0*T 11 14 GND VDD , Control Logic 50MHz (can be disabled) 25MHz/125MHz (can be disabled) 2 SDRAM (66.6, 75, 83.3


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PDF PLL650-02 40-mA 25-mA 25MHz 50MHz, 125MHz, 100MHz. 100MHz 24PIN PLL650-02
BC137

Abstract: bc116 BC 287 BC221 bc126 BC 116 BC 143 BC116A 850mW bc327
Text: 50MHz C a 50mA TO-39 BC 160-6 800mW 1 A 40 V 40V 5V 40/10CI ® IV @ 100mA 1.00V a 1.0/0.1 A 30pF 50MHz « a 50mA TO-39 BC 160-10 800mW "A 40 V 40V 5V .63/160 1 V @ 100mA 1,00V a 1.0/0.1 A 30pF 50MHz C a 50mA TO-39 BC 160-16 800mW 1 A 40 V 40V 5V 100/250 ® 1 V ® 100mA 1.00V 6 a 1.0/0.1 A 30pF 50MHz IS a 50mA TO-39 BC 161 800mW 1A 60 V 60 V 5V 40/250 ® i V e 100mA 1.00V » 1.0/0.1 A 30pF 50MHz IS a 50mA TO-39 BC 161-6 800mW 1 A 60V 60V 5V 40/100 @ IV @ 100mA 1.00V 6 a


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PDF T0-I05 300mW 600mA 150mA 200MHz O-105 BC137 bc116 BC 287 BC221 bc126 BC 116 BC 143 BC116A 850mW bc327
SM5006ANBS

Abstract: SM5006ANCS SM5006ANDS SM5006ANES SM5006ANFS SM5006CNCS SM5006 SM5006ANAS 4580f
Text: (package form) VSS = 0V MIN TYP MAX f 50MHz , CL = 50pF 4.5 5.5 , 5.5 f 100MHz, C L = 15pF 4.5 5.5 f 50MHz , CL = 15pF 2.7 3.6 f 70MHz, CL = 15pF 3.0 3.6 f 100MHz, C L = 15pF 4.5 5.5 f 107MHz, C L = 15pF 4.5 5.5 f 50MHz , , AHD f 70MHz, CL = 15pF 4.5 5.5 V V SS VDD V f 50MHz , CL = 50pF, 4.5 V DD , DD 3.6 - 10 + 70 f 50MHz , CL = 50pF, 4.5 V DD 5.5 - 40 + 80 f 70MHz, CL = 50pF


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PDF SM5006 107MHz V/5006AH× SM5006× CF5006× SM5006ANAS SM5006ANBS SM5006ANCS SM5006ANDS SM5006ANBS SM5006ANCS SM5006ANDS SM5006ANES SM5006ANFS SM5006CNCS SM5006ANAS 4580f
2012 - Not Available

Abstract: No abstract text available
Text: 19-0583; Rev 1; 2/12 50MHz to 1000MHz, 75dB Logarithmic Detector/Controller General Description , radio-frequency (RF) signal power in the 50MHz to 1000MHz frequency range to an equivalent DC voltage. The , . Complete RF Detector/Controller 50MHz to 1000MHz Frequency Range Exceptional Accuracy Over Temperature , Maxim Direct at 1-888-629-4642, or visit Maxim's website at www.maxim-ic.com. 50MHz to 1000MHz, 75dB , (Typical Application Circuit (Figure 1), VS = +3.3V, fRF = 50MHz to 1000MHz, R1 = 0, R4 = 0, RL = 10k, TA =


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PDF 50MHz 1000MHz, MAX2014 1000MHz as/12
2008 - Not Available

Abstract: No abstract text available
Text: _ _ _ _ _ _ 4.0 _ _ _ 20 30 45 50 50 50 -55 _ _ _ 125 °C K 80MHz 200MHz _ _ _ KHz Fo < 50MHz , Current 1.5MHz 20MHz 50MHz 160MHz Fo < 20MHz Fo < 50MHz Fo Fo 80MHz 200MHz C ppm ppm V Output Level (CMOS) Output High (Logic "1") Output Low (Logic "0") 1.5MHz 20MHz 50MHz Fo < 20MHz Fo < 50MHz Fo 80MHz 200MHz V Transition Time:Rise/Fall Time+ 80MHz < Fo Start Time Tri-State , Linearity Modulation Bandwidth (BW) 1.5MHz 50MHz 80MHz < Fo 1.5MHz 50MHz Input Impendance Fo


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PDF 70CMOS 50MHz 80MHz 50MHz XO-0040-10 160MHz
NJU6215

Abstract: NJU6215AW-L NJU6215CC-L NJU6215XC-X
Text: CONT 50MHz () XTI f0/16 XTO VSS C-MOS / NJU6215 A *B *C *D *E , uA 3 Rf 270 k Cg fosc= 50MHz 9.3 pF Cd fosc= 50MHz 10.7 fosc 50 MHz , )( ) IDD ISTB VIH VIL VOH VOL A , f0= 50MHz , CL=5pF CONT=VSS, No load MIN (VDD=2.5V,Ta , VSS ±0.1 uA 3 Rf 270 k Cg fosc= 50MHz 9.3 pF Cd fosc= 50MHz 10.7 fosc 50 , )( ) IDD ISTB VIH VIL VOH VOL A , f0= 50MHz , CL=5pF CONT=VSS, No load MIN 2010/04/28 ( 3


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PDF NJU6215 f0/16 NJU6215XC-X 40MHz/1 50MHz( NJU6215AW-L NJU6215 NJU6215AW-L NJU6215CC-L NJU6215XC-X
24PIN

Abstract: PLL650-02 PLL650-02XC PLL650-02XC-R 74FXX
Text: CMOS processes. 25MHz fundamental crystal or clock input. 4 outputs at 50MHz , 2 outputs selectable at , -Pin 150mil SSOP. VDD 1 24 VDD XIN 2 23 VDD XOUT/ 50MHz _OE*^ 3 22 25MHz/100MHz GND 4 21 GND VDD 5 20 SDRAMx2 50MHz /FS0*^ 6 GND 7 50MHz /FS1*^ 8 50MHz /FS2* T PLL650-02 · · · PIN CONFIGURATION 19 GND 18 SDRAMx2 17 VDD 9 16 VDD FS3 T 10 15 25MHz/125MHz 50MHz /SS0* T 11 14 GND


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PDF PLL650-02 40-mA 25-mA 25MHz 50MHz, 125MHz, 100MHz. 100MHz 24PIN PLL650-02 PLL650-02XC PLL650-02XC-R 74FXX
2002 - US transmitter receiver

Abstract: 54LVDS218 UT54LVDS218 LVDS217 LVDS218
Text: streams back into 21 bits of CMOS/TTL data. At a transmit clock frequency of 50MHz , 21 bits of TTL data , throughput is 1.05 Gbit/s (132 Mbytes/sec). 15 to 50MHz shift clock support 50% duty cycle on receiver , Strobe Position for Bit 0 (Figure 10) f= 50MHz 0.59 1.33 ns RSPos1 3 Receiver Input Strobe Position for Bit 1 (Figure 10) f= 50MHz 3.45 4.19 ns RSPos2 3 Receiver Input Strobe Position for Bit 2 (Figure 10) f= 50MHz 6.30 7.04 ns RSPos3 3 Receiver Input


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PDF UT54LVDS218 50MHz, 50MHz 48-lead US transmitter receiver 54LVDS218 LVDS217 LVDS218
2002 - Not Available

Abstract: No abstract text available
Text: q q q q q 15 to 50MHz shift clock support 50% duty cycle on receiver output clock Low power , 50MHz , 21 bits of TTL data are transmitted at a rate of 350 Mbps per LVDS data channel. Using a 50 MHz , Delay (Figure 9) f= 50MHz f= 50MHz f= 50MHz f= 50MHz f= 50MHz f= 50MHz f= 50MHz f= 50MHz f= 50MHz f= 50MHz f= 50MHz f= 50MHz 0.59 3.45 6.30 9.16 12.02 14.88 17.73 20.00 3.6 3.6 3.5 3.5 3.4 7.3 10 2 MIN MAX 3.5 3.5 , -40 ps per foot, media dependent Notes: 1. Cycle-to-cycle jitter is less than 250 ps at 50MHz . 2. ISI is


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PDF UT54LVDS218 50MHz 50MHz, 48-lead
Not Available

Abstract: No abstract text available
Text: ) iI i m S F A C 132-09 90 ± 5% 50MHz 100.0 > 1.0 14.0 S F A C 1 32-10 111 ± 5 % 50MHz 100.0 > 1.0 9.5 S FA C 132-11 130 ± 5 % 50MHz 100.0 > 0.9 10.8 S F A C 1 32-12 169 ± 5 % 50MHz 100.0 > 0.8 12 SFAC 132-13 206 ± 5% 50MHz 100.0 > 0.7 10.5 SFAC 132-14 222 ± 5% 50MHz 100.0 >0.6 14.0 SFAC 132-15 246 ± 5% 50MHz 100.0 > 0.6 17.0 S F A C 1 32-16 307 ±5% 50MHz 100.0


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PDF SFAC2215 730-A SFAC1812 SFAC1812C 132-R 100KHz 132-2R SFAC132-3R1
BI resistor network

Abstract: No abstract text available
Text: CMOS processes. 25MHz fundamental crystal or clock input. 4 outputs fixed at 50MHz with output , 14 25MHz/100MHz 13 GND 12 GND 11 SDRAMx2 7 XOUT/ 50MHz _OE*^ 16 10 VDD 8 9 50MHz /SS0* GND 3 VDD 4 50MHz /FS0*^ 5 GND 50MHz /FS1*^ 50MHz /FS2 , BLOCK DIAGRAM 4 XIN XOUT 50MHz (can be disabled) XTAL OSC Control Logic 1 SDRAM , . No external C L capacitor is required. XOUT/ 50MHz _OE 2 B Crystal connection pin. At


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PDF PLL650-03 40-mA 25-mA 25MHz 50MHz 100MHz 100MHz 16-Pin 150mil BI resistor network
Supplyframe Tracking Pixel