tb318
Abstract: MIXER 210 HSP45106 HSP45116
Text: Harris Semiconductor No. TB318 Harris Digital Signal Processing January 1994 THE NCO AS A STABLE, ACCURATE SYNTHESIZER Low Jitter Frequency Reference In communication and other circuits, it is often necessary to produce an accurate reference signal whose frequency and
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TB318
1-800-4-HARRIS
tb318
MIXER 210
HSP45106
HSP45116
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HSP45106
Abstract: HSP45116 TB318
Text: The NCO as a Stable, Accurate Synthesizer TM Technical Brief May 1998 TB318.1 Low Jitter Frequency Reference clock rate. This is not cost effective for applications requiring phase jitter of less than 5ns, however, since it requires a sample rate of 200 Mega Samples Per Second, MSPS ,
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TB318
HSP45106
HSP45116
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Harris
Abstract: HSP45106 Harris Semiconductor TB317
Text: Harris Semiconductor No. TB317 Harris Digital Signal Processing January 1994 PIPELINE DELAY THROUGH THE HSP45106 The following timing diagrams show the pipeline delays through the HSP45106 NCO16 from the time that data is applied to the inputs until the outputs are affected by the
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TB317
HSP45106
HSP45106
NCO16
C0-15
COS0-15,
SIN0-15
1-800-4-HARRIS
Harris
Harris Semiconductor
TB317
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Untitled
Abstract: No abstract text available
Text: HSP45106 Data Sheet October 16, 2008 FN2809.8 16-Bit Numerically Controlled Oscillator Features The Intersil HSP45106 is a high performance 16-bit quadrature Numerically Controlled Oscillator NCO16 . The NCO16 simplifies applications requiring frequency and
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HSP45106
FN2809
16-Bit
HSP45106
16-bit
NCO16)
NCO16
33MHz
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HSP45106
Abstract: No abstract text available
Text: Reading the Phase Accumulator of the HSP45106 Technical Brief The Block Diagram shown below illustrates the method of reading the phase accumulator of the NCO16 from a microprocessor. The setup shown is very similar to that used when the part is used for generating a complex sinusoid,
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HSP45106
NCO16
HSP45106
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frequency hopping spread spectrum
Abstract: Numerically Controlled Oscillator sin/cos encoder interface HI5731 HI5741 HSP45106 HSP45106JC-25 HSP45106JC-25Z HSP45106JC-33 HSP45106JC-33Z
Text: HSP45106 Data Sheet October 16, 2008 FN2809.8 16-Bit Numerically Controlled Oscillator Features The Intersil HSP45106 is a high performance 16-bit quadrature Numerically Controlled Oscillator NCO16 . The NCO16 simplifies applications requiring frequency and
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HSP45106
FN2809
16-Bit
HSP45106
16-bit
NCO16)
NCO16
33MHz
frequency hopping spread spectrum
Numerically Controlled Oscillator
sin/cos encoder interface
HI5731
HI5741
HSP45106JC-25
HSP45106JC-25Z
HSP45106JC-33
HSP45106JC-33Z
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HSP45106GC-33
Abstract: HI5731 HI5741 HSP45106 HSP45106JC-25 HSP45106JC-33 HSP45106JI-25
Text: HSP45106 Data Sheet October 1999 File Number 16-Bit Numerically Controlled Oscillator Features The Intersil HSP45106 is a high performance 16-bit quadrature Numerically Controlled Oscillator NCO16 . The NCO16 simplifies applications requiring frequency and
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HSP45106
16-Bit
HSP45106
16-bit
NCO16)
NCO16
33MHz
HSP45106GC-33
HI5731
HI5741
HSP45106JC-25
HSP45106JC-33
HSP45106JI-25
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PSK modulation
Abstract: HI5731 HI5741 HSP45106 HSP45106JC-25 HSP45106JC-33
Text: HSP45106 Data Sheet July 2004 FN2809.7 16-Bit Numerically Controlled Oscillator Features The Intersil HSP45106 is a high performance 16-bit quadrature Numerically Controlled Oscillator NCO16 . The NCO16 simplifies applications requiring frequency and phase agility such as frequency-hopped modems, PSK
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HSP45106
FN2809
16-Bit
HSP45106
16-bit
NCO16)
NCO16
33MHz
PSK modulation
HI5731
HI5741
HSP45106JC-25
HSP45106JC-33
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PSK modulation
Abstract: HI5731 HI5741 HSP45106 HSP45106JC-25 HSP45106JC-33
Text: HSP45106 Data Sheet September 2000 FN2809.6 16-Bit Numerically Controlled Oscillator Features The Intersil HSP45106 is a high performance 16-bit quadrature Numerically Controlled Oscillator NCO16 . The NCO16 simplifies applications requiring frequency and
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HSP45106
FN2809
16-Bit
HSP45106
16-bit
NCO16)
NCO16
33MHz
PSK modulation
HI5731
HI5741
HSP45106JC-25
HSP45106JC-33
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HSP45106
Abstract: No abstract text available
Text: Pipeline Delay Through the HSP45106 Technical Brief The following Timing Diagrams show the pipeline delays through the HSP45106 NCO16 from the time that data is applied to the inputs until the outputs are affected by the January 1994 TB317 change. The delay is shown as a number of clock cycles,
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HSP45106
HSP45106
NCO16
TB317
C0-15
COS0-15,
SIN0-15
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Untitled
Abstract: No abstract text available
Text: HSP45106 Data Sheet [ /Title HSP4 5106 /Subject (16-Bit Numer ically Controlled Oscillator) /Autho r () /Keywords (Intersil Corporation, Numer ically Controlled Oscillator, NCO, Signal Synthesis, Digital Synthesis, DSP, Baseband, Basestation, January 1999
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HSP45106
16-Bit
HSP45106
NCO16)
NCO16
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3 phase generator sine
Abstract: mod02 HSP45106
Text: TM Reading the Phase Accumulator of the HSP45106 Technical Brief May 1998 The Block Diagram shown below illustrates the method of reading the phase accumulator of the NCO16 from a microprocessor. The setup shown is very similar to that used when the part is used for generating a complex sinusoid,
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HSP45106
NCO16
3 phase generator sine
mod02
HSP45106
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Three phase sine wave oscillator
Abstract: TB318 HSP45106 HSP45116
Text: The NCO as a Stable, Accurate Synthesizer Technical Brief May 1998 TB318.1 Low Jitter Frequency Reference In communication and other circuits, it is often necessary to produce an accurate reference signal whose frequency and phase can be precisely controlled in real time. The Numerically Controlled Oscillator NCO is ideally suited for this purpose. For some applications, the output reference signal is a
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TB318
Three phase sine wave oscillator
HSP45106
HSP45116
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Three phase sine wave oscillator
Abstract: TB318 square wave generator ic HSP45106 HSP45116
Text: The NCO as a Stable, Accurate Synthesizer Technical Brief May 1998 TB318.1 Low Jitter Frequency Reference In communication and other circuits, it is often necessary to produce an accurate reference signal whose frequency and phase can be precisely controlled in real time. The
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TB318
Three phase sine wave oscillator
square wave generator ic
HSP45106
HSP45116
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HSP45106
Abstract: No abstract text available
Text: Pipeline Delay Through the HSP45106 TM Technical Brief January 1994 TB317 change. The delay is shown as a number of clock cycles, with no attempt made to accurately represent the setup and hold times or the clock to output delays. The following Timing Diagrams show the pipeline delays
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HSP45106
TB317
HSP45106
NCO16
C0-15
COS0-15,
SIN0-15
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OMI-SH-112D
Abstract: relay OEG 112l omi-sh-112l 124D OMI-SH-124D OMI-SH-148D OMI-SH-148L PART MARKING 24V A-R marking
Text: USED ON NOTE. .PART PA R T A PART B ”B ” S H O U LD F IT P A R T ”A ” AFTER CASE INSERTION PROCESS C :M A D E IN C H IN A — Tyco Electropics 1OA 2 5 0 V « us ^ 12 0 V r i' L 1 0A COS01 240V 1 OA COS01 240V 3A COS0O. 4 240V nnnn IUUU L LOT N O . ©
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-/30V
20V-10A
COS01
29MAR11
OMI-SH-112D
OMI-SH-124D
relay OEG 112l
omi-sh-112l
124D
OMI-SH-148D
OMI-SH-148L
PART MARKING 24V
A-R marking
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48v 12v 5v -6v
Abstract: OMI-SH-124L,394 4-1440000-3 Tyco MARKING LOT OMI-SH-124D
Text: USED ON DOT MARK:PURPLE oo I D NOTE. 1 .PART ” B” SHOULD FIT PART ”A” AFTER CASE INSERTION PROCESS r-O o CJ5 A -A ’ SECTION c 10A 250V - / 3 0 V = 1 /4 H P 120V' OA COS01 240V L ? n nnn JUUU 1OA COS01 240V 3A COS0O.4 240V OEG 'n »ay B A LO T N O .
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COS01
ECO--08--019312
27-N0V-08
2-AUG-06
FKOO--0069--04
31-MAY-04
-112D
OMI-SH-112L
OMI-SH-124D
48v 12v 5v -6v
OMI-SH-124L,394 4-1440000-3
Tyco MARKING LOT
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SH124L
Abstract: SH-124D
Text: THIS DRAWING IS UNPUBLISHED. COPYRIGHT - RELEASED FOR PUBLICATION - .- LOC ALL RIGHTS RESERVED. By - DIST HB REVISIONS LTR DESCRIPTION DATE DWN 20— AUG— 12 CHANGE LOGO; ADD CQC, UNE IDENTIFIER, PLATING THICKNESS E C O -12-005725 D.L APVD BH.Y DOT MARK: PURPLE
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-/30V
120V1OA
COS01
SH124L
SH-124D
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Untitled
Abstract: No abstract text available
Text: THIS DRAWING IS UNPUBLISHED. COPYRIGHT - RELEASED FOR PUBLICATION - LOC ALL RIGHTS RESERVED. By - DIST H B R E V IS IO N S LTR DESCRIPTION DWN DATE CHANGE LOGO, VENT HOLE; ADD CQC, UNE H F IE R AND PIÄING THICKNESS ECO — 12—005725 21—AUG— 12 D.L
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OMI-SS-105D
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COS01
Abstract: No abstract text available
Text: 3 4 PART A !0¥ f - S S - T Ï 2 D M "! L m C T lA U S LOC £ h 2V j= DIST HB R E V IS IO N S P LTR A r DWN APVD M IS T A K E M O D IF Y ECO — 0 5 — 0 1 6 7 4 2 22-D E C -05 JJ.A C.H.HSU B REVISE VDE LOGO AND LOT NO. ECO— 0 7 — 0 0 1 2 7 8 2 — JAN— 07
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22-DEC-05
13-FEB-09
-J/30V
20V-10A
COS01
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SS-112D
Abstract: tc 106D ss-109l 112l SS112 136d 0099m ss109 ss-112 13-FEB-09
Text: 3 4 1 2 THIS DRAWING IS UNPUBLISHED. R[LEASED FOR PUBLICATION D COPYRIGHT BY TYCO ELECTRONICS CORPORATION. ALL RIGHTS RESERVED. LOC DIST HB R E V IS IO N S P D PARTA LTR DESCRIPTION ECN DATE DWN APVD A RELEASE FK00-0061-0 4 20-APR-04 H.S A.N B REVISE VDE LOGO
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COS01
20-APR-04
3-JAN-07
13-FEB-09
SS-112D
tc 106D
ss-109l
112l
SS112
136d
0099m
ss109
ss-112
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ISS106
Abstract: No abstract text available
Text: THIS DRAWING IS UNPUBLISHED. COPYRIGHT - RELEASED FOR PUBLICATION - .- LOC ALL RIGHTS RESERVED. By - DIST HB R E V IS IO N S LTR DESCRIPTION DATE CHANGE LOGO, VENT HOLE; ADD CQC, UNE ID E M AND PIATNG THICKNESS ECO— 12— 00 57 25 DWN 21-AUG-12 D.L APVD
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21-AUG-12
COS01
ISS106
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OMI-SH-124D
Abstract: sh 105d OMI-SH-105D OMI-SH-105L OMI-SH-148L yoke diagram 20F2 tyco 24v relay 105-L TYCO RELAY 48V
Text: 3 4 1 2 THIS DRAWING IS UNPUBLISHED. RELEASED FOR PUBLICATION COPYRIGHT BY TYCO ELECTRONICS CORPORATION. ALL RIGHTS RESERVED. LOC DIST HB R E V IS IO N S P D PART A C — Tws@ Iteete PART B LTR DESCRIPTION ECN DATE B1 MODIFY FK00-0069—04 C REVISE VDE LOGO
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-/30V
COS01
FK00-0069-04
3-JAN-07
6-OCT-08
UL94V-0
OMI-SH-124D
sh 105d
OMI-SH-105D
OMI-SH-105L
OMI-SH-148L
yoke diagram
20F2
tyco 24v relay
105-L
TYCO RELAY 48V
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ECO-11-005140
Abstract: No abstract text available
Text: 3 L TH IS DRAWING IS U N P U B LIS H E D . RELEASED C O P Y R IG H T FOR PUBLICATION ALL RIGHTS LOC R ESER VED . DIST R E V IS IO N S HB LTR D E S C R IP T IO N DATE DWN APVD A1 REVISED PER EC 0-11-005140 29MAR11 RK HMR D PART A PART B C:MADE IN CHINA — Tyco Electronics
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50V-/28V
COS01
ECO-11-005140
29MAR
APPLI20V
ECO-11-005140
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