PMB2312
Abstract: circuit diagram of MOD 100 counter circuit diagram of MOD 64 counter smd 2312 siemens 2312 PMB 2312 smd code marking 3t1 IC KA 2312 marking 3t1 Wiring Diagram siemens
Text: /CMOS compatible MOD input â¢ Standby Mode â¢ Switchable divider ratios 64 /65 or 128/129 , the external network configuration, dividing ratios of 64 /65 or 128/129 can be selected. Type , Circuit Description The symmetrical differential inputs of the IC may be connected asymmetrically. In , : 64 /65 or 1 : 128/129. The MOD input determines whether modulus 1 : n or 1 : n + 1 (n = 64 or 128 , Function SW high = 3.0 to Vs 1 : 64 /65 low = GND to 0.8 V or open 1 : 128/129 MOD high = 2.0 V to Fs or

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PMB2312
Q67000A6039
23SLDS
a23Sb05
35x45'
fl235L
PMB2312
circuit diagram of MOD 100 counter
circuit diagram of MOD 64 counter
smd 2312
siemens 2312
PMB 2312
smd code marking 3t1
IC KA 2312
marking 3t1
Wiring Diagram siemens

1999  circuit diagram of MOD 64 counter
Abstract: STB 6pin
Text: divide ratio of the ECLstages is fixed to 1: 64 /65 or 1:128/129. The MOD input determines whether , ; exceeding only one of these values may cause irreversible damage to the integrated circuit . &KDUDFWHULVWLFV The listed characteristics are ensured over the operating range of the integrated circuit , ratio is 1: 64 /65 or 1:128/129 depending on the external circuit configuration. Semiconductor Group , GND modulus 1:n/n+1 (n= 64 or 128) control input ( MOD ) standby mode control input (STB) RFinput I2

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2314T
circuit diagram of MOD 64 counter
STB 6pin

2011  pulse doppler radar
Abstract: 06333 4 bit mod 16 d flipflop VCO1901843T d0945 circuit diagram of MOD 64 counter
Text: with the 64 identical 100 A charge pump cells active (for a total of 6.4 mA). When the ICP counter , the full truth table; see Figure 27 for a block diagram of the MUXOUT circuit . Rev. A  Page 13 of , ) (CONTROL BIT C1) t7 LE t1 LE t6 09450002 Figure 2. Timing Diagram Rev. A  Page 4 of 28 , RF integrated circuit with an ESD rating of <2 kV, and it is ESD sensitive. Take proper precautions , MULTIPLE OF MOD REFERENCE CYCLES (5µs) FOR COHERENT PHASE MEASUREMENTS Figure 17. On Resistance of the

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ADF4196
ADF4196
32Lead
GSM1800)
CP322
CP322
EVALADF4193EBZ1
pulse doppler radar
06333
4 bit mod 16 d flipflop
VCO1901843T
d0945
circuit diagram of MOD 64 counter

2011  Not Available
Abstract: No abstract text available
Text: table; see Figure 27 for a block diagram of the MUXOUT circuit . Rev. C  Page 13 of 28 09450021 , ) (CONTROL BIT C1) t7 LE t1 LE t6 09450002 Figure 2. Timing Diagram Rev. C  Page 4 of 28 , RF integrated circuit with an ESD rating of <2 kV, and it is ESD sensitive. Take proper precautions , 09450045 INTERVAL BETWEEN R0 WRITES SHOULD BE A MULTIPLE OF MOD REFERENCE CYCLES (5µs) FOR COHERENT , between the integer steps. RF N DIVIDER N = INT + FRAC/ MOD TO PFD N COUNTER FROM RF INPUT STAGE NC

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ADF4196
ADF4196
MO220VHHD2
32Lead
CP322)
ADF4196BCPZ
ADF4196BCPZRL7
EVADF4196SD1Z

2005  TDS714L
Abstract: 06333 how to test 7815
Text: Diagram Rev. A  Page 4 of 28 ADF4193 ABSOLUTE MAXIMUM RATINGS TA = 25°C, unless otherwise noted , . This device is a high performance RF integrated circuit with an ESD rating of <2 kV, and it is ESD , OSCILLOSCOPE 1880MHz R&S SMT03 SIG. GEN. INTERVAL BETWEEN R0 WRITES SHOULD BE A MULTIPLE OF MOD REFERENCE , N = INT + FRAC/ MOD TO PFD 100k TO R COUNTER Figure 20. Reference Input Stage R Counter and , the R counter to give a further divideby2. Using this option has the additional advantage of

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ADF4193
ADF4193
lo32Lead
CP323)
ADF4193BCPZ1
ADF4193BCPZRL1
ADF4193BCPZRL71
EVALADF4193EB1
EVALADF4193EB2
32Lead
TDS714L
06333
how to test 7815

1998  circuit diagram of MOD 64 counter
Abstract: B54102 smd 2312 pmb 400  s UA 796 b631 transistor BFT92 pmb 400 s A1221 k5101
Text: ensured over the operating range of the integrated circuit . Typical characteristics specify mean values , applications. The divide ratio is 1: 64 /65 or 1:128/129 depending on the external circuit configuration. The , fixed to 1: 64 /65 or 1:128/129. The MOD input determines whether modulus 1:n or 1:n+1 (n= 64 or 128 , STB = GND µA 400 'HOD\ WLPHV MOD setup time Wset ( diagram 1) 29 ns AC /DC , see following diagram Due to the internal output current source of the PMB 2313, an external load

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2313T
circuit diagram of MOD 64 counter
B54102
smd 2312
pmb 400  s
UA 796
b631 transistor
BFT92
pmb 400 s
A1221
k5101

2003  circuit diagram of MOD 64 counter
Abstract: PMB2314T VCO 2307 2314T
Text: the health of the user or other persons may be endangered. Prescaler Circuit 2.1 GHz Revision , 1: 64 /65 or 1:128/129 depending on the external circuit configuration. 1.2 Circuit Description , . Depending on the logic level at SW input the basic divide ratio of the ECLstages is fixed to 1: 64 /65 or 1:128/129. The MOD input determines whether modulus 1:n or 1:n+1 (n= 64 or 128 according to SWlevel) is , Prescaler function SW HIGH = US0.1 V to US LOW = GND to 0.8 V or open 1: 64 /65 1:128/129 MOD

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2314T
circuit diagram of MOD 64 counter
PMB2314T
VCO 2307
2314T

2011  circuit diagram of MOD 64 counter
Abstract: a6069
Text: charge pump cells active (for a total of 6.4 mA). When the ICP counter times out, the charge pump , diagram of the MUXOUT circuit . The ADF4196 serial interface includes a 24bit input shift register , Diagram Rev. B  Page 4 of 28 Data Sheet ADF4196 ABSOLUTE MAXIMUM RATINGS TA = 25Â°C, unless , performance RF integrated circuit with an ESD rating of <2 kV, and it is ESD sensitive. Take proper , 4 5 INTERVAL BETWEEN R0 WRITES SHOULD BE A MULTIPLE OF MOD REFERENCE CYCLES (5Âµs) FOR

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ADF4196
ADF4196
CP322)
ADF4196BCPZ
ADF4196BCPZRL7
EVALADF4193EBZ1
EVALADF4193EBZ2
32Lead
GSM1800)
circuit diagram of MOD 64 counter
a6069

2011  Not Available
Abstract: No abstract text available
Text: charge pump cells active (for a total of 6.4 mA). When the ICP counter times out, the charge pump , diagram of the MUXOUT circuit . The ADF4196 serial interface includes a 24bit input shift register , INTERVAL BETWEEN R0 WRITES SHOULD BE A MULTIPLE OF MOD REFERENCE CYCLES (5Âµs) FOR COHERENT PHASE , after the R counter to provide an additional divideby2. Using this option has the added advantage of , VCO frequency (RFOUT), is composed of an integer part (INT) and a fractional part (FRAC/ MOD ). RFOUT

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ADF4196
ADF4196
CP322)
ADF4196BCPZ
ADF4196BCPZRL7
EVALADF4193EBZ1
EVALADF4193EBZ2
32Lead
GSM1800)

2005  "FRACTIONAL INTERPOLATOR"
Abstract: APPLICATIONS OF mod 8 COUNTER bjt differential amplifier application circuits circuit diagram of MOD 64 counter Transistor based fm modulator ct icp multiplexer 24 pin modulator 26MHz VCO1901843T ADF4193 DCS1800
Text: ) (CONTROL BIT C1) t7 LE t1 t6 05238002 LE Figure 2. Timing Diagram Rev. 0  Page 5 of , 5 INTERVAL BETWEEN R0 WRITES SHOULD BE A MULTIPLE OF MOD REFERENCE CYCLES (5µs) FOR COHERENT , to generate the CML clock levels needed MOD REG FRAC VALUE 05328018 R Counter and , charge pump cells active ( 6.4 mA total). When the ICP counter times out, the charge pump current is , is the job of the SW1, SW2, and SW3 switches. The application circuit shown in Figure 36 shows how

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ADF4193
ADF4193
ADF4193BCPZ1
ADF4193BCPZRL1
ADF4193BCPZRL71
EVALADF4193EB1
EVALADF4193EB2
32Lead
"FRACTIONAL INTERPOLATOR"
APPLICATIONS OF mod 8 COUNTER
bjt differential amplifier application circuits
circuit diagram of MOD 64 counter
Transistor based fm modulator ct
icp multiplexer 24 pin
modulator 26MHz
VCO1901843T
DCS1800

CXA1541M
Abstract: QFP Package 128 lead .5mm QFP 128 lead .5mm 100MIL circuit diagram of MOD 64 counter
Text: ÃHS  278 SONY CXA1S41M Description of Operation SW MOD Divider H H 64 L 65 L H 128 L 129 , operating frequency provided at 1.1 GHz â¢ Selection of 64 /65 and 128/129 frequency dividers Applications , MOD (Open "L") 7 I NC Switchover for the divider value (Refer to the Description of Operation) No , divider valuesbetween 64 and 65 or between 128 and 129. This MOD pin should be connected to the modulus , by one at the "High" to "Low" falling edge of the 1 st period. SONY CXA1541M Application Circuit

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CXA1541M
CXA1541M
50MIL)
127mm
QFP Package 128 lead .5mm
QFP 128 lead .5mm
100MIL
circuit diagram of MOD 64 counter

2005  TDS714L
Abstract: ADF4193 DCS1800 GSM900 FRACTIONAL INTERPOLATOR Transistor based fm modulator ct C 1859
Text: device is a high performance RF integrated circuit with an ESD rating of <2 kV, and it is ESD sensitive , MOD 100 90 39 5 INTERVAL BETWEEN R0 WRITES SHOULD BE A MULTIPLE OF MOD REFERENCE CYCLES , COUNTER THIRDORDER FRACTIONAL INTERPOLATOR INT REG MOD REG FRAC VALUE 05328018 R Counter and Doubler N = INT + FRAC/ MOD Figure 22. FractionalN Divider INT, FRAC, and MOD , of an integer part (INT) and a fractional part (FRAC/ MOD ): RFOUT = FPFD × [INT + (FRAC/ MOD )] where

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ADF4193
ADF4193
D0532801/11
TDS714L
DCS1800
GSM900
FRACTIONAL INTERPOLATOR
Transistor based fm modulator ct
C 1859

2006  TDS714L
Abstract: modulator 26MHz AD8302 spur spur free fractional PLL pong VCO1901843T ADF4193 DCS1800 GSM900 TRANSISTOR SDM M6
Text: value of MOD . Setting this bit to 1 inserts a divideby2, toggle flipflop between the R counter , min Figure 2. Timing Diagram Rev. B  Page 4 of 28 ADF4193 ABSOLUTE MAXIMUM RATINGS TA = , performance RF integrated circuit with an ESD rating of <2 kV, and it is ESD sensitive. Proper precautions , MULTIPLE OF MOD REFERENCE CYCLES (5µs) FOR COHERENT PHASE MEASUREMENTS DRAIN VOLTAGE (V) Figure 19 , REG MOD REG FRAC VALUE 05328018 R Counter and Doubler N = INT + FRAC/ MOD Figure 22

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ADF4193
ADF4193
CP323)
ADF4193BCPZ
ADF4193BCPZRL1
ADF4193BCPZRL71
EVALADF4193EB1
EVALADF4193EB2
32Lead
TDS714L
modulator 26MHz
AD8302
spur
spur free fractional PLL pong
VCO1901843T
DCS1800
GSM900
TRANSISTOR SDM M6

2005  Not Available
Abstract: No abstract text available
Text: 05238002 Figure 2. Timing Diagram Rev. E  Page 4 of 28 Data Sheet ABSOLUTE MAXIMUM RATINGS TA = , MULTIPLE OF MOD REFERENCE CYCLES (5µs) FOR COHERENT PHASE MEASUREMENTS Figure 17. On Resistance of Loop , INPUT STAGE N COUNTER THIRDORDER FRACTIONAL INTERPOLATOR N = INT + FRAC/ MOD TO PFD NC S2 REFIN NC , ADF4193 The value of MOD is chosen to give the desired channel step with the available reference , pump is made up of an array of 64 identical cells, each of which is fully differential. All 64 cells

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ADF4193
ADF4193
D0532802/13


2005  phase detector AD8302
Abstract: No abstract text available
Text: 05238002 Figure 2. Timing Diagram Rev. F  Page 4 of 32 Data Sheet ABSOLUTE MAXIMUM RATINGS TA = , MULTIPLE OF MOD REFERENCE CYCLES (5µs) FOR COHERENT PHASE MEASUREMENTS Figure 17. On Resistance of Loop , INPUT STAGE N COUNTER THIRDORDER FRACTIONAL INTERPOLATOR N = INT + FRAC/ MOD TO PFD NC S2 REFIN NC , ADF4193 The value of MOD is chosen to give the desired channel step with the available reference , pump is made up of an array of 64 identical cells, each of which is fully differential. All 64 cells

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ADF4193
ADF4193
D0532803/13
phase detector AD8302

2005  4 bit mod 16 d flipflop
Abstract: Transistor based fm modulator ct adsp 21xx processor
Text: 05238002 Figure 2. Timing Diagram Rev. D  Page 4 of 28 Data Sheet ABSOLUTE MAXIMUM RATINGS TA = , MULTIPLE OF MOD REFERENCE CYCLES (5µs) FOR COHERENT PHASE MEASUREMENTS Figure 17. On Resistance of Loop , INPUT STAGE N COUNTER THIRDORDER FRACTIONAL INTERPOLATOR N = INT + FRAC/ MOD TO PFD NC S2 REFIN NC , ADF4193 The value of MOD is chosen to give the desired channel step with the available reference , charge pump is made up of an array of 64 identical cells, each of which is fully differential. All 64

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ADF4193
ADF4193
D0532803/12
4 bit mod 16 d flipflop
Transistor based fm modulator ct
adsp 21xx processor

2005  Not Available
Abstract: No abstract text available
Text: device reliability. This device is a high performance RF integrated circuit with an ESD rating of <2 kV , ) INTERVAL BETWEEN R0 WRITES SHOULD BE A MULTIPLE OF MOD REFERENCE CYCLES (5Âµs) FOR COHERENT PHASE , Input Stage RF N DIVIDER N = INT + FRAC/ MOD FROM RF INPUT STAGE R Counter and Doubler TO , of an integer part (INT) and a fractional part (FRAC/ MOD ): RFOUT = FPFD Ã [INT + (FRAC/ MOD , pump is made up of an array of 64 identical cells, each of which is fully differential. All 64 cells

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ADF4193
ADF4193
D0532803/12

2012  ADF4351
Abstract: ADuC70xx
Text: N COUNTER MULTIPLEXER CE AGND OUTPUT STAGE Ã·1/2/4/8/16/ 32/ 64 DGND CPGND , t1 09800002 t6 LE Figure 2. Timing Diagram Rev. 0  Page 5 of 28 ADF4351 Data , , EVM = 0.61% Rev. 0  Page 10 of 28 Data Sheet ADF4351 CIRCUIT DESCRIPTION REFERENCE INPUT , is a simplified schematic of the phase frequency detector. TO PFD N COUNTER THIRDORDER , )] DELAY Figure 17. RF N Divider U3 CHARGE PUMP CPOUT INT, FRAC, MOD , and R Counter

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ADF4351
divideby1/2/4/8/16/32/64
ADF4351
externa20VHHD2
3282012A
32Lead
CP322)
ADF4351BCPZ
ADF4351BCPZRL7
EVALADF4351EB1Z
ADuC70xx

1994  Not Available
Abstract: No abstract text available
Text: dual modulus operation. In dual modulus mode, MOD remains low during operation of the A counter until , MOD output, which is used to select the division ratio of the prescaler. When the A counter is nonzero, the MOD output is low and goes high when the A counter has counted down to zero. MOD remains , ) Fig.2 Simplified block diagram of NJ88C33 NJ88C33 PIN DESIGNATIONS Pin No. Pin Name 1 , microprocessor, the proximity of the synthesiser loop to lock can be evaluated. The A counter is not used in

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DS2429
NJ88C33
NJ88C33
16bit
12bit

2003  B54102
Abstract: B37940K5330J62 B37950K5104K62 PMB 2304T circuit diagram of MOD 64 counter 2313T 2306T b631 transistor pmb 400 s BFT92
Text: Modulus SetUp Time Diagram 1 I MOD tset Q Changes of the modlevel made up to , the health of the user or other persons may be endangered. Prescaler Circuit 1.1 GHz Draft Copy , : 64 /65 or 1:128/129. The MOD input determines whether modulus 1:n or 1:n+1 (n= 64 or 128 according to , /129 MOD HIGH = 2.0 V to US or open LOW = GND to 0.8 V 1: 64 /1:128 1:65/1:129 STB HIGH , :128/129 control input (SW) output Q GND modulus 1:n/n+1 (n= 64 or 128) control input ( MOD ) standby

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chartsJ60
B54102A1332J60
B54102A1472J60
B54102A1682J60
B54102A1822J60
B54102A1183J60
B54102A1223J60
B54102A1393J60
B82412A3220M
B37940K5220J62
B54102
B37940K5330J62
B37950K5104K62
PMB 2304T
circuit diagram of MOD 64 counter
2313T
2306T
b631 transistor
pmb 400 s
BFT92

2012  F6C30
Abstract: adf4351 4093 oscillator ADF4351BCPZ ADuC70xx frequency synthesizer for LTE Applications EVALADF4351EB1Z DECT base station schematic CATV Wideband Transformer Splitter ep core _type transformer
Text: VALUE THIRDORDER FRACTIONAL INTERPOLATOR ÷1/2/4/8/16/ 32/ 64 OUTPUT STAGE N COUNTER , ) (CONTROL BIT C1) t7 LE t1 LE t6 09800002 Figure 2. Timing Diagram Rev. 0  Page 5 of 28 , integrated circuit with an ESD rating of <1.5 kV and is ESD sensitive. Proper precautions should be taken for , 0.35°, RMS Jitter = 0.36 ps, EVM = 0.61% Rev. 0  Page 10 of 28 Data Sheet CIRCUIT DESCRIPTION , (0 or 1). R is the preset divide ratio of the binary 10bit programmable reference counter (1 to 1023

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divideby1/2/4/8/16/32/64
ADF4351
ADF4351
MO220VHHD2
32Lead
CP322)
ADF4351BCPZ
ADF4351BCPZRL7
EVALADF4351EB1Z
F6C30
4093 oscillator
ADuC70xx
frequency synthesizer for LTE Applications
EVALADF4351EB1Z
DECT base station schematic
CATV Wideband Transformer Splitter
ep core _type transformer

KS57C5016
Abstract: P30C NTE100
Text: variety of applications, especially in the field of telecommunications. Up to 55 pins of the 64 pin SDIP , Subsystem clock frequency: 32.768 kHz (typical) CPU clock divider circuit (by 4, 8, or 64 ) 55 I/O Pins , . Figure 16. Interrupt Control Circuit Diagram Septem ber 1996 1114 ELECTRONICS PRODUCT , sampling clock rate of fxx/ 64 is used for INTO, an interrupt request flag must be cleared before 16 machine , .1 IMODO.O Effect of IMODO Settings Select CPU clock for sampling Select fx/ 64 sampling clock Rising edge

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KS57C5016
64pin
DG3b203
64QFP1420B
64QFP1420F
003b27fl
P30C
NTE100

2012  ADF4351
Abstract: LTE filter band 13 BS4 DECT
Text: Figure 2. Timing Diagram Rev. Pr D  Page 5 of 28 ADF4351 ABSOLUTE MAXIMUM RATINGS TA = 25 , ps, EVM = 0.86%. Rev. Pr D  Page 10 of 28 Preliminary Technical Data CIRCUIT DESCRIPTION , DIVIDERS N = INT + FRAC/ MOD TO PFD N COUNTER THIRDORDER FRACTIONAL INTERPOLATOR INT REG MOD , is determined by INT, FRAC and MOD values, which build up this divider. R COUNTER The 10bit R , the PFD. Division ratios from 1 to 1023 are allowed. INT, FRAC, MOD , AND R COUNTER RELATIONSHIP

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ADF4351
divideby1/2/4/8/16/32/64
ADF4351
ADF4351BCPZ1
ADF4351BCPZRL71
EVALADF4351EB1Z1
32Lead
11708A
CP322
LTE filter band 13
BS4 DECT

1995  transistor A1011
Abstract: a1273 transistor scheme A1266 a1273 a1273 transistor DATA a1273 transistor a1232 transistor a1266 A1306 TRANSISTOR transistor A1267
Text: Simplified Functional Block Diagram of the 80C186 Family CPU .22 Physical , 's Manual 1995 Information in this document is provided solely to enable use of Intel products. Intel assumes no liability whatsoever, including infringement of any patent or copyright, for sale and use of Intel products except as provided in Intel's Terms and Conditions of Sale for such products. Intel Corporation makes no warranty for the use of its products and assumes no responsibility for any errors which

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80C186EC/80C188EC
82C59A
Index10
transistor A1011
a1273 transistor scheme
A1266
a1273
a1273 transistor DATA
a1273 transistor
a1232
transistor a1266
A1306 TRANSISTOR
transistor A1267

1995  A1306 TRANSISTOR
Abstract: A1273 A1266 transistor a1266 a1273 transistor a1232 transistor A1267 transistor a1276 a1273 transistor scheme a1273 y transistor
Text: Simplified Functional Block Diagram of the 80C186 Family CPU .22 Physical , use of Intel products. Intel assumes no liability whatsoever, including infringement of any patent or copyright, for sale and use of Intel products except as provided in Intel's Terms and Conditions of Sale for such products. Intel Corporation makes no warranty for the use of its products and assumes no , or trademark of Intel Corporation. Intel Corporation and Intel's FASTPATH are not affiliated with

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80C186EC/80C188EC
82C59A
Index10
A1306 TRANSISTOR
A1273
A1266
transistor a1266
a1273 transistor
a1232
transistor A1267
transistor a1276
a1273 transistor scheme
a1273 y transistor
