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MPY100BM Texas Instruments Multiplier/Divider 10-TO-100 visit Texas Instruments
MPY100CM Texas Instruments Multiplier/Divider 10-TO-100 visit Texas Instruments
4213SM Texas Instruments Multiplier-Divider 10-TO-100 visit Texas Instruments
MPY100AM Texas Instruments Multiplier/Divider 10-TO-100 visit Texas Instruments
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4213AM Texas Instruments Multiplier-Divider 10-TO-100 visit Texas Instruments

divide by 100 prescaler

Catalog Datasheet MFG & Type PDF Document Tags

IC 741 OPAMP

Abstract: 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 multi-15p 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
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IC 741 OPAMP SAA 1251 7106CPL TDA2620 SAA1121 LM 4440 AUDIO AMPLIFIER CIRCUIT 0002CH1 0002CN1 0022CD1 10CLN 12CLK 012CLP

BA7U

Abstract: 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: 128/129-64/65 dual modulus low power ECL prescaler SA701 BLOCK , specification Divide by: 128/129-64/65 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 prescaler

Abstract: 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
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SA702N ecl prescaler divide by 100 prescaler 64/65 dual modulus prescaler prescaler 64 1GHZ DIVIDE BY 64 PRESCALER VMC2

ecl prescaler

Abstract: 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 low-power ECL prescaler BLOCK , Semiconductors Product specification Divide by: 128/129/144 triple modulus low-power 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 -16-2005 mcl sbl 1 Prescaler 0174C D0A37S2

NE701D

Abstract: ne701 advanced dual modulus (Divide By 128/129 or 64/65) low power ECL prescaler. The minimum supply voltage is , specification Divide by: 128/129-64/65 dual modulus low power ECL prescaler NE/SA701 BLOCK DIAGRAM , specification Divide by: 128/129-64/65 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 prescaler

Abstract: divide by 100 prescaler Philips Semiconductors Product specification Divide by: 128/129-64/65 dual modulus low-power 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: 128/129-64/65 dual modulus low-power ECL prescaler SA701
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128 dual modulus prescaler DIVIDE - BY - 4 PRESCALER 0404B

ecl prescaler

Abstract: 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
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SA702D

Abstract: eel -16-2005 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 low-power ECL prescaler BLOCK DIAGRAM , Semiconductors Product specification Divide by: 64/65/72 triple modulus low-power 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 64

Abstract: 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
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AC 128 SR00551 SR00555 SR00556 SR00557 SR00558 SR00559

MB501 prescaler

Abstract: 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: 128/129-64/65 dual modulus low power ECL prescaler SA701 OUT , Product specification Divide by: 128/129-64/65 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
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MB501 Prescaler Datasheet prescaler divide by 64 GHz

low frequency bpsk modulator ic

Abstract: DIVIDE - BY - 4 PRESCALER -3022 HMMC-3024 HMMC-3028 HMMC-3040 Description 5 GHz Divide by 4 prescaler 3 GHz Divide by 4 prescaler DC-50 GHz Variable Attenuator DC-16 GHz Divide by 2 prescaler DC-16 GHz Divide by 4 prescaler DC-16 GHz Divide by 8 prescaler DC-12 GHz Divide by 2 prescaler DC-12 GHz Divide by 4 prescaler DC-12 GHz Divide by 8 prescaler 20-43 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 post-amplifier
Hewlett-Packard
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IAM-82008 low frequency bpsk modulator ic iam-81008 package 3008 so8 bpsk modulator demodulator bpsk modulator ic HPMX-2006 IAM-81008 IAM-81028 IAM-82028 IAM-91563

DIVIDE - BY - 4 PRESCALER

Abstract: 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* philips

Abstract: SP8704 specification Divide by: 128/129-64/65 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

LMX2350

Abstract: 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
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LMX2350 LMX2352 LMX2350TM LMX2352TM LMX2350/LMX2352 LMX2350/2352 LMX2350/

uma* philips

Abstract: 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* philips

Abstract: 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

MB15F03SL

Abstract: 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
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MB15F03SL TSSOP-20 NC11 600MH FPT-20P-M06 LCC-20P-M05

fairchild 11c90

Abstract: 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 11c90

Abstract: 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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MC12011

Abstract: 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 Two-Modulus 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
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AN827 MC12009 MC12011 MC12013 MC12014 MC4016 an8276 an8275 AN827/D
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