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MOD01

Catalog Datasheet MFG & Type PDF Document Tags

pal22v10

Abstract: am modulator control the phase of the NCOM (as opposed to MOD0-1) and is initialized along with the center frequency , # ENPHREG# ENCFREG# DECODE3 VCC MOD0-1 VCC ENOFREG# GND ENPHAC# VCC LOAD# VCC , # ENPHREG# ENCFREG# DECODE1 DECODE2 DECODE3 GND CLROFR# GND MOD0-1 VCC PMSEL VCC , MOD0-1 VCC ENPHAC# VCC LOAD# VCC PACI# VCC ENTIREG# VCC RBYTILD# GND , selected to control the phase of the NCOM (as opposed to MOD0-1) and is initialized along with the center
Harris Semiconductor
Original
HSP45116 HSP43168 HSP43220 pal22v10 am modulator modulator 26MHz TB314 RIN16-18 RO0-15

HSP43168

Abstract: HSP43220 (as opposed to MOD0-1) and is initialized along with the center frequency. In this example, the LOAD , 16 DATA_OUT0-15 GND OUT_SELH CLROFR GND OUT_ENP MOD0-1 GND OUT_ENX VCC , DECODE2 ENCFREG DECODE3 GND CLROFR GND MOD0-1 VCC PMSEL VCC ENPHAC VCC , DECODE1 ENPHREG DECODE2 ENCFREG DECODE3 GND CLROFR GND MOD0-1 VCC ENPHAC , the phase of the NCOM (as opposed to MOD0-1) and is initialized along with the center frequency. In
Intersil
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ISO9000

half band filter

Abstract: RO6-15 selected to control the phase of the NCOM (as opposed to MOD0-1) and is initialized along with the center , 16 DATA_OUT0-15 GND OUT_SELH CLROFR GND OUT_ENP MOD0-1 GND OUT_ENX VCC , CLROFR GND MOD0-1 VCC PMSEL VCC ENPHAC VCC LOAD VCC PACI VCC ENTIREG , DECODE1 ENPHREG DECODE2 ENCFREG DECODE3 GND CLROFR GND MOD0-1 VCC ENPHAC , the input. · The Phase Register is selected to control the phase of the NCOM (as opposed to MOD0-1
Intersil
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half band filter RO6-15 DDFS mod-01 TB3-14 mod01 HSP50016 HSP43216

HSP43220

Abstract: selected to control the phase of the NCOM (as opposed to MOD0-1) and is initialized along with the center , RIN16-18 RIN0-15 IMIN0-18 ENI SH0-1 C0-15 WR AD0-1 CS ENPHREG ENCFREG CLROFR MOD0-1 PMSEL ENOFREG ENPHAC , ADDRESS BUS DECODE3 HSP45116 WE CLROFR MOD0-1 PMSEL ENOFREG ENPHAC LOAD PACI ENTIREG RBYTILD MODPI/2PI , VCC GND VCC GND GND VCC GND VCC VCC GND OSCILLATOR CS ENPHREG ENCFREG CLROFR MOD0-1 PMSEL ENOFREG , NCOM (as opposed to MOD0-1) and is initialized along with the center frequency. In this example, the
Intersil
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HSP45 HSP43

iec 61800-5-1

Abstract: VFD-C2000 ] 1. 2. CMC- MOD01 255.255.255.0 6. POWER 1 5. RJ-45 -4 7. 3. 1 4. LINK 2. 168 -3 Disconnecting CMC- MOD01 from VFD-C2000 1 , [ CMC-MOD01 7] [ 3. 1. CMC- MOD01 -2 -1 P09-78 4. CMC-MOD01 CMC-MOD01
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iec 61800-5-1 Communication Parameters VFD-C2000 Connected Modbus delta rj45 C2000 modbus DELTA P09-87 P09-86 P09-85 P09-84 500VDC P09-79

mod02

Abstract: D 9910 b LDA BCDDAT,X BBC 7,A,MOD_02 MOD_01: SEC SBC #30H BBC 3,A,MOD_03 MOD_02: SEC SBC #3 STA BCDDAT,X MOD_03: DEX BPL MOD_01 RTS 6 Mitsubishi
Mitsubishi
Original
mod02 D 9910 b 9910 mitsubishi 740 SFT02 05F5E0FFH

A1013 equivalent

Abstract: detail of half adder ic clearing the phase accumulator register. MOD0-1 M3, N3 I External Modulation Control Bits. When , control register is selected. When low, the external modulation pins (MOD0-1) are selected for the most , rising clock edge that R.ENPHREG is low. If PMSEL is low, MOD0-1 supply the two most significant bits into the Phase Register (MOD1 is the MSB) and the least significant 14 bits are loaded with 0. MOD0-1 , Frequency Register without clearing the contents of the register. TABLE 2. MOD0-1 DECODE MOD1 MOD0
Intersil
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A1013 equivalent detail of half adder ic ic number of half adder HSP45116A HSP45116AVC-52 HSP45116VC-25 RO0-19 IO0-19

A1013 equivalent

Abstract: detail of half adder ic clearing the phase accumulator register. MOD0-1 M3, N3 I External Modulation Control Bits. When , control register is selected. When low, the external modulation pins (MOD0-1) are selected for the most , rising clock edge that R.ENPHREG is low. If PMSEL is low, MOD0-1 supply the two most significant bits into the Phase Register (MOD1 is the MSB) and the least significant 14 bits are loaded with 0. MOD0-1 , Frequency Register without clearing the contents of the register. TABLE 2. MOD0-1 DECODE MOD1 MOD0
Intersil
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A1013 transistors phase shifter 10MHz half adder ic number Analog Multiplier for am modulation digital phase shifter mhz half adder 74 SP451 FN2485

A1013 equivalent

Abstract: HSP45116 register. MOD0-1 M3, N3 I External Modulation Control Bits. When selected with the PMSEL line , . When low, the external modulation pins (MOD0-1) are selected for the most significant two bits and the , low, MOD0-1 supply the two most significant bits into the Phase Register (MOD1 is the MSB) and the least significant 14 bits are loaded with 0. MOD0-1 are used to generate a Quad Phase Shift Keying , of the register. TABLE 2. MOD0-1 DECODE MOD1 MOD0 PHASE SHIFT (DEGREES) 0 0 0 0
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HSP45116GC-15 HSP45116GC-25 HSP45116GC-33 HSP45116GI-15 HSP45116GI-25 HSP45116GI-33

TB316

Abstract: HARRIS -19 FIGURE 1. FREQUENCY TO OUTPUT DELAY FIGURE 2. PHASE TO OUTPUT DELAY CLK MOD0-1 CLK PMSEL
Harris Semiconductor
Original
TB316 HARRIS AD-01 RIN0-18 IIN0-18

A1013 equivalent

Abstract: HSP45116gc15 feedback path in the phase accumulator without clearing the phase accumulator register. MOD0-1 M3 , external modulation pins (MOD0-1) are selected for the most significant two bits and the least significant , Frequency Register without clearing the contents of the register. TABLE 2. MOD0-1 DECODE MOD1 AD0 , rising clock edge that R.ENPHREG is low. If PMSEL is low, MOD0-1 supply the two most significant bits into the Phase Register (MOD1 is the MSB) and the least significant 14 bits are loaded with 0. MOD0-1
Harris Semiconductor
Original
HSP45116gc15 HSP45116VC-15 HSP45116 harris 1-800-4-HARRIS

FN4156

Abstract: HSP45116A Register. MOD0-1 35, 36 I External Modulation Control Bits. When selected with the PMSEL line , selected. When low, the external modulation pins (MOD0-1) are selected for the most significant two bits , low, MOD0-1 supply the two most significant bits into the Phase Register (MOD1 is the MSB) and the least significant 14 bits are loaded with 0. MOD0-1 and are used to generate a Quad Phase Shift Keying , 2. MOD0-1 DECODE MOD1 MOD0 PHASE SHIFT (DEGREES) 0 0 0 0 1 90 1 0
Intersil
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FN4156 HSP45116AVC-52Z

HSP45116A

Abstract: HSP45116AVC-52 Register. MOD0-1 35, 36 I External Modulation Control Bits. When selected with the PMSEL line , . When low, the external modulation pins (MOD0-1) are selected for the most significant two bits and the , every rising clock edge that R.ENPHREG is low. If PMSEL is low, MOD0-1 supply the two most significant , . MOD0-1 and are used to generate a Quad Phase Shift Keying (QPSK) signal (Table 2). TABLE 1. AD0 , 2. MOD0-1 DECODE MOD1 MOD0 PHASE SHIFT (DEGREES) 0 0 0 0 1 90 1 0
Intersil
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AD-01

Abstract: HSP45116 OUTPUT DELAY CLK CLK MOD0-1 DATA WORD PMSEL 0 1 2 3 4 5 6 7 8 9
Intersil
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Abstract: MODPI/2PI 46 I CLROFR 41 I LOAD 38 I MOD0-1 35, 36 I 3-199 , selected. When low, the external modulation pins (MOD0-1) are selected for the most significant two bits , rising clock edge that R.ENPHREG is low. If PMSEL is low, MOD0-1 supply the two most significant bits into the Phase Register (MOD1 is the MSB) and the least significant 14 bits are loaded with 0. MOD0-1 , 2. MOD0-1 DECODE MOD1 0 0 1 1 MOD0 0 1 0 1 PHASE SHIFT (DEGREES) 0 90 270 180 The Phase Register Intersil
Original

MQFP 28x28

Abstract: mod 132-145 feedback path in the phase accumulator without clearing the Phase Accumulator Register. MOD0-1 35 , external modulation pins (MOD0-1) are selected for the most significant two bits and the least significant , the Phase Register on every rising clock edge that R.ENPHREG is low. If PMSEL is low, MOD0-1 supply , bits are loaded with 0. MOD0-1 and are used to generate a Quad Phase Shift Keying (QPSK) signal , without clearing the contents of the register. TABLE 2. MOD0-1 DECODE MOD1 MOD0 PHASE SHIFT
Intersil
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MQFP 28x28 mod 132-145 ic 1619 fm circuit sine look up table 16 QAM Transmitter block diagram CMAC IIN0-19 ROUT0-19 IOUT0-19
Abstract: . MOD0-1 35, 36 I External Modulation Control Bits. When selected with the PMSEL line, these , selected. When low, the external modulation pins (MOD0-1) are selected for the most significant two bits , low, MOD0-1 supply the two most significant bits into the Phase Register (MOD1 is the MSB) and the least significant 14 bits are loaded with 0. MOD0-1 and are used to generate a Quad Phase Shift Keying , 2. MOD0-1 DECODE MOD1 MOD0 PHASE SHIFT (DEGREES) 0 0 0 0 1 90 1 0 Intersil
Original

HSP45116 harris

Abstract: detail of half adder ic clearing the phase accumulator register. MOD0-1 35, 36 I External modulation control bits. When , control register is selected. When low, the external modulation pins (MOD0-1) are selected for the most , low, MOD0-1 supply the two most significant bits into the Phase Register (MOD1 is the MSB) and the least significant 14 bits are loaded with 0. MOD0-1 are used to generate a Quad Phase Shift Keying , without clearing the contents of the register. TABLE 2. MOD0-1 DECODE MOD1 MOD0 PHASE SHIFT
Harris Semiconductor
Original
QAM phase angle control magnitude

A1013 equivalent

Abstract: HSP45116 register. MOD0-1 M3, N3 I External Modulation Control Bits. When selected with the PMSEL line , . When low, the external modulation pins (MOD0-1) are selected for the most significant two bits and the , rising clock edge that R.ENPHREG is low. If PMSEL is low, MOD0-1 supply the two most significant bits into the Phase Register (MOD1 is the MSB) and the least significant 14 bits are loaded with 0. MOD0-1 , of the register. TABLE 2. MOD0-1 DECODE MOD1 MOD0 PHASE SHIFT (DEGREES) 0 0 0 0
Intersil
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A1013

Abstract: c914 -15 PHASE REGISTER 16 ADDER MOD0-1 2 ENCODE PHASE 14 INPUT REGISTER 0 Tech Brief 327 Pin , Logic "0" CLROFR# P4 I Logic "0" LOAD# N4 I Logic "0" MOD0-1 M3, N3 I
Harris Semiconductor
Original
IMIN018 A1013 c914 a15 harris G13-15 302B TB327
Abstract: selected to control the phase of the NCOM (as opposed to MOD0-1) and is initialized along with the center , 16 DATA_OUT0-15 GND OUT_SELH CLROFR GND OUT_ENP MOD0-1 GND OUT_ENX VCC , CLROFR GND MOD0-1 VCC PMSEL VCC ENPHAC VCC LOAD VCC PACI VCC ENTIREG , DECODE1 ENPHREG DECODE2 ENCFREG DECODE3 GND CLROFR GND MOD0-1 VCC ENPHAC , the input. · The Phase Register is selected to control the phase of the NCOM (as opposed to MOD0-1 Fujitsu
Original
MB89930

8086 effective address calculation

Abstract: 1000011W selected to control the phase of the NCOM (as opposed to MOD0-1) and is initialized along with the center , RIN16-18 RIN0-15 IMIN0-18 ENI SH0-1 C0-15 WR AD0-1 CS ENPHREG ENCFREG CLROFR MOD0-1 PMSEL ENOFREG ENPHAC , ADDRESS BUS DECODE3 HSP45116 WE CLROFR MOD0-1 PMSEL ENOFREG ENPHAC LOAD PACI ENTIREG RBYTILD MODPI/2PI , VCC GND VCC GND GND VCC GND VCC VCC GND OSCILLATOR CS ENPHREG ENCFREG CLROFR MOD0-1 PMSEL ENOFREG , NCOM (as opposed to MOD0-1) and is initialized along with the center frequency. In this example, the
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OCR Scan
8086 effective address calculation 1000011W 80C186EA/80C188EA 80L186EA/80L188EA

V30MZ

Abstract: V30MX control the phase of the NCOM (as opposed to MOD0-1) and is initialized along with the center frequency , # ENPHREG# ENCFREG# DECODE3 VCC MOD0-1 VCC ENOFREG# GND ENPHAC# VCC LOAD# VCC , # ENPHREG# ENCFREG# DECODE1 DECODE2 DECODE3 GND CLROFR# GND MOD0-1 VCC PMSEL VCC , MOD0-1 VCC ENPHAC# VCC LOAD# VCC PACI# VCC ENTIREG# VCC RBYTILD# GND , selected to control the phase of the NCOM (as opposed to MOD0-1) and is initialized along with the center
NEC
Original
V30MZ A13761JJ1V2UM00 V30HL V30MX A12745J NEC V30MX nec v30mz A13761JJ1V1UM00 V30HLTM
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