PL671-30
Abstract: No abstract text available
Text: Preliminary PL671-30 PicoEMI T M Programmable Spread Spectrum Clock FEATURES PIN CONFIGURATION FIN 1 NC 2 CSEL1^ 3 GND 4 PL671-30 • Accepts Reference Clock input o Reference Clock: 1MHz - 200MHz Output Frequency up to 200MHz Center and Down Spread Spectrum Modulation
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PL671-30
200MHz
100ps
PL671-30
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PL671-02
Abstract: No abstract text available
Text: PL671-02 PicoEMI T M Spread Spectrum Clock Generator FEATURES PIN CONFIGURATION PDB^, CLK1 1 GND 2 FIN 3 PL671-02 • Advanced programmable PLL with Spread Spectrum Reference Clock input o 1MHz to 200MHz Output Frequency o <200MHz Two programmable I/O pins
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PL671-02
200MHz
OT23-6L
PL671-02
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PL671
Abstract: P671-25
Text: PL671-25 PicoEMI T M Programmable Spread Spectrum Clock FEATURES PIN CONFIGURATION VDD 1 XOUT 2 XIN/FIN 3 PDB^ 4 PL671-25 • Accepts Crystal or Reference Clock input o Crystal: 10MHz - 40MHz o Reference Clock: 1MHz - 200MHz Output Frequency up to 200MHz
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PL671-25
10MHz
40MHz
200MHz
100ps
PL671-25
PL671
P671-25
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SMD resistor 474
Abstract: No abstract text available
Text: PL671-29 PicoEMI T M Programmable Spread Spectrum Clock FEATURES PIN CONFIGURATION XIN/FIN 1 VDD 2 GND 3 CLK0 4 PL671-29 • Accepts Crystal or Reference Clock input o Crystal: 10MHz - 40MHz o Reference Clock: 1MHz - 200MHz Output Frequency up to 200MHz
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PL671-29
10MHz
40MHz
200MHz
100ps
PL671-29
SMD resistor 474
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XTAL 50MHZ
Abstract: PL671-21-XXXTC-R SMD INDUCTOR Marking Code
Text: Preliminary PL671-21/-22 PicoEMI T M Programmable Spread Spectrum Clock FEATURES 2 3 6 GND 5 CLK0 4 VDD SOT23-6L 3 1 XOUT 2 PDB^/REFOut 3 NC 4 8 VDD 7 NC 6 CLK0 5 GND 8 VDD 7 NC 6 CLK0 5 GND SOP-8L 6 GND 5 CLK0 4 VDD SOT23-6L XIN/FIN 1 XOUT 2 CSEL^ 3 NC
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PL671-21/-22
OT23-6L
PL671-22
PL671-21
10MHz
40MHz
200MHz
XTAL 50MHZ
PL671-21-XXXTC-R
SMD INDUCTOR Marking Code
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PL671-25
Abstract: P671-25 XTAL 50MHz P671 25XXX
Text: PL671-25 PicoEMI T M Programmable Spread Spectrum Clock FEATURES PIN CONFIGURATION VDD 1 XOUT 2 XIN/FIN 3 PDB^ 4 PL671-25 • Accepts Crystal or Reference Clock input o Crystal: 10MHz - 40MHz o Reference Clock: 1MHz - 200MHz • Output Frequency up to 200MHz
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PL671-25
10MHz
40MHz
200MHz
100ps
PL671-25
P671-25
XTAL 50MHz
P671
25XXX
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PL671-01
Abstract: No abstract text available
Text: Preliminary PL671-01 PicoEMI T M Programmable Spread Spectrum Clock FEATURES DESCRIPTION • Advanced programmable PLL with Spread Spectrum • Crystal or Reference Clock input o Fundamental crystal: 10MHz to 40MHz o Reference input: 1MHz to 200MHz • Accepts ≥0.1V reference signal input voltage
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PL671-01
10MHz
40MHz
200MHz
166MHz
PL671-01
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PL671-21-XXXTC-R
Abstract: XTAL 50MHZ smd code 8l XTAL 40MHZ SMD F9XXX PDB1
Text: Preliminary PL671-21-22 PicoEMI T M Programmable Spread Spectrum Clock FEATURES DESCRIPTION • Accepts Crystal or Reference Clock input o Crystal: 10MHz - 40MHz o Reference Clock: 1MHz - 200MHz Output Frequency up to 200MHz Center and Down Spread Spectrum Modulation
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PL671-21-22
10MHz
40MHz
200MHz
100ps
OT23-6L
PL671-21-22
PL671-21-XXXTC-R
XTAL 50MHZ
smd code 8l
XTAL 40MHZ SMD
F9XXX
PDB1
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ba 3161
Abstract: No abstract text available
Text: 11111 PL671-25 1 PicoEMI T M Programmable Spread Spectrum Clock 1 FEATURES PIN CONFIGURATION VDD 1 XOUT 2 XIN/FIN 3 PDB^ 4 PL671-25 • 9*+1A,+61A1B99A97)91)817*-+1 o A,+6.14/011 14/011 o B99A97)91)8.1/011 1244/011 • 2-+*-+1"A93-97),1-*1+1244/011
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PL671-25
A93-97)
9A167C14
A96C1F
A66667
-A91A67
1167C1
25A78
ba 3161
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bsc 60k
Abstract: PL671-01A P671-01
Text: PL671-01A/B/C/D PicoEMI TM Spread Spectrum Clock FEATURES PIN CONFIGURATION XIN, FIN 1 PDB^ 2 CSEL1^ 3 GND 4 PL671-01x • Accepts Crystal or Reference Clock input o Crystal: 10MHz - 40MHz o Reference Clock: 10MHz - 150MHz Output Frequency up to 150MHz
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PL671-01A/B/C/D
10MHz
40MHz
150MHz
100ps
PL671
PL671-01x
PL671-01A,
bsc 60k
PL671-01A
P671-01
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PL671-01
Abstract: No abstract text available
Text: PL671-01 PicoEMI T M Programmable Spread Spectrum Clock FEATURES DESCRIPTION • Advanced programmable PLL with Spread Spectrum Crystal or Reference Clock input o Fundamental crystal: 10MHz to 40MHz o Reference input: 1MHz to 200MHz Accepts ≥0.1V reference signal input voltage
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PL671-01
10MHz
40MHz
200MHz
166MHz
PL671-01
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MARKING SMD IC CODE 8-pin
Abstract: PL671-33-XXXMC-R P671
Text: PL671-33 PicoEMI T M Programmable Spread Spectrum Clock FEATURES DESCRIPTION • Advanced programmable PLL with Spread Spectrum Crystal or Reference Clock input o Fundamental Crystal input: 10MHz-40MHz o Reference Clock input: 1MHz-200MHz Accepts ≥0.1V reference signal input voltage
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PL671-33
10MHz-40MHz
1MHz-200MHz
166MHz
200MHz
MARKING SMD IC CODE 8-pin
PL671-33-XXXMC-R
P671
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PL671-33
Abstract: PL671-33-XXXMC-R P671-33 osc xtal RESONATOR 25MHZ SMD PL671-33-XXXMC PL671-33-XXXSC
Text: PL671-33 PicoEMI T M Programmable Spread Spectrum Clock FEATURES DESCRIPTION • Advanced programmable PLL with Spread Spectrum • Crystal or Reference Clock input o Fundamental Crystal input: 10MHz-40MHz o Reference Clock input: 1MHz-200MHz • Accepts ≥0.1V reference signal input voltage
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PL671-33
10MHz-40MHz
1MHz-200MHz
166MHz
200MHz
PL671-33
PL671-33-XXXMC-R
P671-33
osc xtal RESONATOR 25MHZ SMD
PL671-33-XXXMC
PL671-33-XXXSC
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Untitled
Abstract: No abstract text available
Text: Preliminary PL671-00 PicoEMI T M Programmable Spread Spectrum Clock FEATURES DESCRIPTION • Advanced programmable Spread Spectrum generator clock with 16 modulation steps to choose from. • Programmable Spread Spectrum Modulation Magnitude: o Center Spread: ±0.125% to ±2.0% in ±0.125% steps
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PL671-00
10MHz
40MHz.
200MHz
166MHz
100pS
PL671-00
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Untitled
Abstract: No abstract text available
Text: PicoEMI T M Programmable Spread Spectrum Clock FEATURES DESCRIPTION • Advanced programmable PLL with Spread Spectrum Crystal or Reference Clock input o Fundamental crystal: 10MHz to 40MHz o Reference input: 1MHz to 200MHz Accepts ≥0.1V reference signal input voltage
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10MHz
40MHz
200MHz
166MHz
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XTAL 50MHZ
Abstract: XTAL 40MHZ SMD
Text: PicoEMI T M Programmable Spread Spectrum Clock FEATURES PIN CONFIGURATION • Accepts Crystal or Reference Clock input o Crystal: 10MHz - 40MHz o Reference Clock: 1MHz - 200MHz Output Frequency up to 200MHz Center and Down Spread Spectrum Modulation
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10MHz
40MHz
200MHz
100ps
PL671-29
XTAL 50MHZ
XTAL 40MHZ SMD
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PL671
Abstract: No abstract text available
Text: PicoEMI T M Programmable Spread Spectrum Clock FEATURES DESCRIPTION • Advanced programmable Spread Spectrum clock generator with 16 modulation steps to choose from Programmable SST Modulation Magnitude: o Center Spread: ±0.125% to ±2.0% in ±0.125% steps
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10MHz
40MHz
200MHz
166MHz
100pS
PL671-00
PL671
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PL671-02
Abstract: 6-PIN IC magnetic bsc 60k
Text: PicoEMI T M Spread Spectrum Clock Generator FEATURES PIN CONFIGURATION • Advanced programmable PLL with Spread Spectrum Reference Clock input o 1MHz to 200MHz Output Frequency o <200MHz Two programmable I/O pins o PDB for Power Down function
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200MHz
PL671-02
200MHz
6-PIN IC magnetic
bsc 60k
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Untitled
Abstract: No abstract text available
Text: Preliminary PicoEMI T M Programmable Spread Spectrum Clock FEATURES PIN CONFIGURATION • Accepts Crystal or Reference Clock input o Crystal: 10MHz - 40MHz o Reference Clock: 1MHz - 200MHz Output Frequency up to 200MHz Center and Down Spread Spectrum Modulation
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10MHz
40MHz
200MHz
100ps
PL671-23
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Untitled
Abstract: No abstract text available
Text: Shortform Catalog February 2013 Generation Innovation Delivering Innovation Through Te c h n o l o g y f o r t h e D i g i t a l G e n e r a t i o n Shortform Catalog February 2013 2013 Micrel, Inc. The information furnished by Micrel, Inc., in this publication is believed to be accurate and reliable. However, no responsibility is assumed by Micrel for its use, nor any infringements of patents
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M0009-021913
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SY55852
Abstract: No abstract text available
Text: Shortform Catalog September 2012 Generation Innovation Delivering Innovation Through Te c h n o l o g y f o r t h e D i g i t a l G e n e r a t i o n Shortform Catalog September 2012 2012 Micrel, Inc. The information furnished by Micrel, Inc., in this publication is believed to be accurate and reliable. However, no responsibility is assumed by Micrel for its use, nor any infringements of patents
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747-NUHO
M0009-090112
SY55852
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Untitled
Abstract: No abstract text available
Text: ANTC207 Quartz Crystals and Micrel ICs Introduction A quartz crystal is a very stable and accurate resonator. Quartz crystals have been used for almost a century to provide a frequency reference in electronic circuits. In the 1940s, the manufacturing of quartz crystals was
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ANTC207
1940s,
ANTC207
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PL12-71GH
Abstract: PL8-71GF HP6-71 PL8-02C LT 7750 PL671 PL6-71GD HP12-77GF PL6-71E
Text: A n o u n c e m e 111 1 n Im proved 7 .1 -8 .5 G Hz S eries A nten n as F e a tu rin g All N ew Aluminum F e e d s ^ \ n d r e w C orporation's new all alum inum feeds for terrestrial m icrowave TM W antennas provide superior electrical perform ance and m echanical reliability. The
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153rd
PL12-71GH
PL8-71GF
HP6-71
PL8-02C
LT 7750
PL671
PL6-71GD
HP12-77GF
PL6-71E
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HPX6-70
Abstract: HPX4-70 HPX15-70 HPX6-71 FP8-71 CPR137G PL10-71 PL8-70
Text: Refer to page 78 for E llip tic a l W aveguide ordering inform ation 7.125 - 7.750 GHz Antenna Inputs. All antenna VSWR values are specified with CPR and PDR flanges. Other optional flanges may result in equal or slightly higher VSWR. Contact Andrew for details.
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CPR137G,
PDR70,
UG-3437
CPR137G
PDR70
LBX6-71
LBX8-71
LBX10-71*
LBX12-71*
EN300833
HPX6-70
HPX4-70
HPX15-70
HPX6-71
FP8-71
PL10-71
PL8-70
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