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divide by 100 prescaler
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IC 741 OPAMPAbstract: SAA 1251 micropower opamp prescaler 320 MHz (=SP8647) hex buffer tri state non invert. hex buffer tri state inverting , voltage comparator opamp opamp opamp super beta opamp super beta opamp fixed regulator 5 Volt/100 mA fixed , 12 bit multipl. DA converter TTL compatible opamp var. regulator 1,2  35 Volt/100 mA 3 terminal adj , behuizing multi 15 to 100 dil 20 dil 8 dil 16 pdil 16 pdil 20 spec dil 20 multi15p dil 14 dil 14 to 99 dil , brutoprijs in fl. dil 4 dil 16 dil 16 dil 14 dil 14 dil 14 dil 14 to 3 to 100 dil 8 to 99 dil 8 to 99 dil 
 Original 

IC 741 OPAMP SAA 1251 7106CPL TDA2620 SAA1121 LM 4440 AUDIO AMPLIFIER CIRCUIT 0002CH1 0002CN1 0022CD1 10CLN 12CLK 012CLP 
BA7UAbstract: divide 5 prescaler modulus (Divide By 128/129 or 64/65} low power ECL prescaler. The minimum supply voltage is 2.7V and is , Product specification Divide by: 128/12964/65 dual modulus low power ECL prescaler SA701 BLOCK , specification Divide by: 128/12964/65 dual modulus low power ECL prescaler . bA701 DC ELECTRICAL , frequency divider circuit implemented using a divide by 4 or 5 synchronous prescaler followed by a 5 stage , 128. For divide by 129 the MC signal is forced low, causing the prescaler circuit to switch into 
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BA7U divide 5 prescaler MB501 prescaler divide by 5 prescaler UMA1005 MB501 SP8704 MC12022 SA701N SA701D 
ecl prescalerAbstract: divide by 100 prescaler (Divide By 64/65/72) low power ECL prescaler is used in synthesizer systems to achieve low phase lock , specification Divide by: 64/65/72 triple modulus low power ECL prescaler SA702 DC ELECTRICAL , a divide by 64. For divide by 65 the MC1 singal is forced low, causing the prescaler circuit to , is set high configuring the prescaler to divide by 4 and the counter to divide by 18. A truth table , divider circuit is synchronous to the divide by 4/5 stage output. The prescaler input is positive edge 
Philips Semiconductors Original 

SA702N ecl prescaler divide by 100 prescaler 64/65 dual modulus prescaler prescaler 64 1GHZ DIVIDE BY 64 PRESCALER VMC2 
ecl prescalerAbstract: SA703 ECL prescaler_ SA703 DESCRIPTION The SA703 triple modulus (Divide By 128/129/144) low power ECL , Semiconductors Product specification Divide by: 128/129/144 triple modulus lowpower ECL prescaler BLOCK , Semiconductors Product specification Divide by: 128/129/144 triple modulus lowpower ECL prescaler DC , implemented using a divide by 4 or 5 synchronous prescaler followed by a 5 stage synchronous counter, see , low, causing the prescaler circuit to switch into divide by 5 operation for the last cycle of the 
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SA703N SA703D by129 eel 162005 mcl sbl 1 Prescaler 0174C D0A37S2 
NE701DAbstract: ne701 advanced dual modulus (Divide By 128/129 or 64/65) low power ECL prescaler. The minimum supply voltage is , specification Divide by: 128/12964/65 dual modulus low power ECL prescaler NE/SA701 BLOCK DIAGRAM , specification Divide by: 128/12964/65 dual modulus low power ECL prescaler mi=/qa 7 oi N t/t> A /u i , circuit implemented using a divide by 4 or 5 synchronous prescaler followed by a 5 stage synchronous , divide by 129 the MC singal is forced low, causing the prescaler circuit to switch into divide by 5 
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NE701N NE701D ne701 umf1009 128 dual modulus prescaler 2ghz prescaler ne701 NE701 UMF1005 UMF1009 
MB501 prescalerAbstract: divide by 100 prescaler ï»¿Philips Semiconductors Product specification Divide by: 128/12964/65 dual modulus lowpower ECL prescaler SA701 DESCRIPTION The SA701 is an advanced dual modulus (Divide By 128/129 or 64/65 , circuit comprises a divide by 128. For divide by 129 the MC signal is forced low, causing the prescaler , to Vcc divide by 64/65 is selected. The prescaler input is differential and ECL compatible. The , Semiconductors Product specification Divide by: 128/12964/65 dual modulus lowpower ECL prescaler SA701 
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128 dual modulus prescaler DIVIDE  BY  4 PRESCALER 0404B 
ecl prescalerAbstract: SA703 (Divide By 128/129/144) low power ECL prescaler is used in synthesizer systems to achieve low phase , Products Product specification Divide by: 128/129/144 triple modulus low power ECL prescaler , circuit comprises a divide by 128. For divide by 129 the MC1 singal is forced low, causing the prescaler , by 144, MC2 is set high configuring the prescaler to divide by 4 and the counter to divide by 36. A , specification Divide by: 128/129/144 triple modulus low power ECL prescaler SA703 FREQUENCY (MHz) 0 
 Original 


SA702DAbstract: eel 162005 ECL prescaler_ SA702 DESCRIPTION The SA702 triple modulus (Divide By 64/55/72) low power ECL , Product specification Divide by: 64/65/72 triple modulus SA702 lowpower ECL prescaler BLOCK DIAGRAM , Semiconductors Product specification Divide by: 64/65/72 triple modulus lowpower ECL prescaler DC , circuit implemented using a divide by 4 or 5 synchronous prescaler fallowed by a 5 stage synchronous , singal is forced low, causing the prescaler circuit to switch into divide by 5 operation for the last 
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SA702D ecl divider by 64 FROM/65 S37M7 
prescaler 64Abstract: AC 128 ECL prescaler DESCRIPTION SA703 PIN CONFIGURATION The SA703 triple modulus (Divide By 128 , Semiconductors Product specification Divide by: 128/129/144 triple modulus low power ECL prescaler , a divide by 128. For divide by 129 the MC1 singal is forced low, causing the prescaler circuit to , is set high configuring the prescaler to divide by 4 and the counter to divide by 36. A truth table , Semiconductors Product specification Divide by: 128/129/144 triple modulus low power ECL prescaler 
Philips Semiconductors Original 

AC 128 SR00551 SR00555 SR00556 SR00557 SR00558 SR00559 
MB501 prescalerAbstract: MB501 Prescaler Datasheet modulus (Divide By 128/129 or 64/65) low power ECL prescaler. The minimum supply voltage is 2.7V and is , Product specification Divide by: 128/12964/65 dual modulus low power ECL prescaler SA701 OUT , Product specification Divide by: 128/12964/65 dual modulus low power ECL prescaler SA701 DC , low, causing the prescaler circuit to switch into divide by 5 operation for the last cycle of the , effects, the second divider circuit is synchronous to the divide by 4/5 stage output. The prescaler 
Philips Semiconductors Original 

MB501 Prescaler Datasheet prescaler divide by 64 GHz 
low frequency bpsk modulator icAbstract: DIVIDE  BY  4 PRESCALER 3022 HMMC3024 HMMC3028 HMMC3040 Description 5 GHz Divide by 4 prescaler 3 GHz Divide by 4 prescaler DC50 GHz Variable Attenuator DC16 GHz Divide by 2 prescaler DC16 GHz Divide by 4 prescaler DC16 GHz Divide by 8 prescaler DC12 GHz Divide by 2 prescaler DC12 GHz Divide by 4 prescaler DC12 GHz Divide by 8 prescaler 2043 GHz DB mixer + LO amplifier Package 100 mil stripline 100 mil stripline chip chip , 2007 Description 900 MHz Vector Modulator 100 MHz Vector Modulator BPSK (modulator only) BPSK (with postamplifier 
HewlettPackard Original 

IAM82008 low frequency bpsk modulator ic iam81008 package 3008 so8 bpsk modulator demodulator bpsk modulator ic HPMX2006 IAM81008 IAM81028 IAM82028 IAM91563 
DIVIDE  BY  4 PRESCALERAbstract: triple modulus low power ECL prescaler c SA702 DESCRIPTION The SA702 triple modulus {Divide By 64 , Communications Products Product specification Divide by: 64/65/72 triple modulus low power ECL prescaler , Product specification Divide by: 64/65/72 triple modulus low power ECL prescaler bA70ii DC , by 64. For divide by 65 the MC1 singal is forced low, causing the prescaler circuit to switch into , configuring the prescaler to divide by 4 and the counter to divide by 18. A truth table for the modulus values 
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3000Q 
uma* philipsAbstract: SP8704 specification Divide by: 128/12964/65 dual modulus low power ECL prescaler SA701 DESCRIPTION The SA701 is an advanced dual modulus (Divide By 128/129 or 64/65) low power ECL prescaler. The minimum , divider circuit implemented using a divide by 4 or 5 synchronous prescaler followed by a 5 stage , 128. For divide by 129 the MC signal is forced low, causing the prescaler circuit to switch into , SW connected to Vcc divide by 64/65 is selected. The prescaler input is differential and ECL 
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uma* philips Plessey Power Semiconductor Applications Philips Semiconductors 3112U3M/CR1/0893 
LMX2350Abstract: LMX2350TM the 16/17 prescaler offering a continuous integer divide range from 272 to 16399, and 1.2 GHz to 2.5 GHz with the 32/33 prescaler offering a continuous integer divide range from 1056 to 32767. The , 500 MHz with the 8/9 prescaler offering a continuous integer divide range from 72 to 8199, and 500MHz to 1.2 GHz with 16/17 prescaler offering a continuous integer divide range from 272 to 16383. The , some high frequency VCO due to the minimum continuous divide ratio of the dual modulus prescaler (i.e 
National Semiconductor Original 

LMX2350 LMX2352 LMX2350TM LMX2352TM LMX2350/LMX2352 LMX2350/2352 LMX2350/ 
uma* philipsAbstract: Power Semiconductor Applications Philips Semiconductors specification Divide by: 128/129/144 triple modulus low power ECL prescaler QA . bA' UJ DESCRIPTION The SA703 triple modulus (Divide By 128/129/144) low power ECL prescaler is used in synthesizer , Products Product specification Divide by: 128/129/144 triple modulus low power ECL prescaler Q , Product specification Divide by: 128/129/144 triple modulus low power ECL prescaler QA7fY5 bA /U d , frequency divider circuit implemented using a divide by 4 or 5 synchronous prescaler followed by a 5 stage 
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3112L/3M/FP/0893 
uma* philipsAbstract: SIGNETICS DIVIDE BY N * Product spécification Divide by: 64/65/72 triple modulus low power ECL prescaler QA7 n9 DESCRIPTION The SA702 triple modulus (Divide By 64/65/72) low power ECL prescaler is used in synthesizer , Communications Products Product specification Divide by: 64/65/72 triple modulus low power ECL prescaler , frequency divider circuit implemented using a divide by 4 or 5 synchronous prescaler followed by a 5 stage , MC1 singal is forced low, causing the prescaler circuit to switch into divide by 5 operation for the 
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SIGNETICS DIVIDE BY N philips uma 
MB15F03SLAbstract: MB15F86UL , fmax is up to 2000MHz. Prescaler ratio=32 (N>P) at all divide ratio of used operating frequency , . Prescaler ratio=32 (N>P) at all divide ratio of used operating frequency. Refer to a calculation formula of , ) :Spurious cancel set bit of the RF. :Divide ratio setting for the prescaler of the RF :Phase control bit , binary 8bit reference counter(3 to 255) P :Preset divide ratio of modlus prescaler(16 or 32) N , ) SWc 1 16/17 0 10 Prescaler divide ratio 32/33 Jun. 2001 Edition 2.0 MB15F86UL 
Fujitsu Original 

MB15F03SL TSSOP20 NC11 600MH FPT20PM06 LCC20PM05 
fairchild 11c90Abstract: 11C90 prescaler divides by U in a complete program cycle M = divide ratio of the program counter = total number of , divide by 10 or 11 and the 11C91 divides by 5 or6, both overafrequency range from dc to typically 650 MHz. The division ratio is controlled by the mode control. The divide by 10 or 11 capability allows the use , '¢ DIVIDE BY 10/11 OR 5/6 MODE CONTROL â'¢ OPERATES FROM TTL OR ECL POWER SUPPLY â'¢ HIGH SPEED TOTEM POLE , programmable counter. The fixed prescaler takes away some of the flexibility in choosing the overall divide 
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11C00 11C90 fairchild 11c90 BK 4367 ECL Decade Counter la 4290 preset variable resistor 
fairchild 11c90Abstract: counter = number of times the prescaler divides by U in a complete program cycle IV = divide ratio of , 11C90 will divide by 10 or 11 and the 11C91 divides by 5 or 6, bothoverafrequency range from dc to typically 650 MHz. The division ratio is controlled by the mode control. The divide by 10 or 11 capability , '¢ VERY HIGH SPEED  650 MHz TYPICAL DIVIDE BY 10/11 OR 5/6 MODE CONTROL OPERATES FROM TTL OR ECL POWER , 100 0 130 195 260 Fig. b Clocking by ECL Source via Terminated Line vcc Vcc 
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MC12011Abstract: MC12013 that the twomodulus prescaler starts in the divide by 11 mode, and the first input pulse causes point , of Direct Programming by Using a TwoModulus Prescaler Prepared by: PLL Applications The theory , simple MECL twomodulus prescaler to be controlled by a relatively slow MTTL programmer counter. The , since it is no longer necessary to divide the reference frequency by the modulus of the highfrequency prescaler. The theory of "variable modulus prescaling" may be explained by considering the system shown in 
Motorola Original 

AN827 MC12009 MC12011 MC12013 MC12014 MC4016 an8276 an8275 AN827/D 
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