SPRA819
Abstract: 0950b 134581 transistor 2Fn 0666FH stk audio amplifier SPRA080 MOC 4N25 stk power audio ics FREQ1000
Text: Application Report SPRA819 - July 2004 Generation of a Sine Wave Using a TMS320C54x Digital Signal Processor Francis Kua Field Applications Engineer, Texas Instruments Singapore ABSTRACT This application report explains how a sine wave can be generated using a TMS320C54x
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SPRA819
TMS320C54x
0950b
134581
transistor 2Fn
0666FH
stk audio amplifier
SPRA080
MOC 4N25
stk power audio ics
FREQ1000
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KC2520C
Abstract: KC2520C26
Text: STCD22x0, STCD23x0, STCD24x0 Multichannel clock distribution circuit Features • 2, 3 or 4 output buffered clock distribution ■ Single-ended square wave or sine wave clock input ■ Rail-to-rail (0 V to VTCXO) square wave output ■ Individual enable pin for each output
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STCD22x0,
STCD23x0,
STCD24x0
STCD23x0)
STCD22x0
STCD24x0)
KC2520C
KC2520C26
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KC2520
Abstract: KC2520C VTCXO
Text: STCD22x0, STCD23x0, STCD24x0 Multichannel clock distribution circuit Features • 2, 3 or 4 output buffered clock distribution ■ Single-ended square wave or sine wave clock input ■ Rail-to-rail (0 V to VTCXO) square wave output ■ Individual enable pin for each output
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STCD22x0,
STCD23x0,
STCD24x0
STCD23x0)
STCD22x0
STCD24x0)
KC2520
KC2520C
VTCXO
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Untitled
Abstract: No abstract text available
Text: STCD22x0, STCD23x0, STCD24x0 Multichannel clock distribution circuit Features • 2, 3 or 4 output buffered clock distribution ■ Single-ended square wave or sine wave clock input ■ Rail-to-rail (0 V to VTCXO) square wave output ■ Individual enable pin for each output
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STCD22x0,
STCD23x0,
STCD24x0
STCD23x0)
STCD22x0
STCD24x0)
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AN3252
Abstract: stm8l152c6 stm8l STM8L-DISCOVERY AN3117 UM0970 UM0991 stm8l152 stm8l dma
Text: AN3252 Application note Building a wave generator using STM8L-DISCOVERY Application overview This application note provides a short description of how to use the STM8L-DISCOVERY as a basic wave generator for various waveforms such as sine, sinc sin(x /x), square, ramp
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AN3252
AN3252
stm8l152c6
stm8l
STM8L-DISCOVERY
AN3117
UM0970
UM0991
stm8l152
stm8l dma
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ENE3127B
Abstract: NDK America STCD1040RDM6F STCD1020 STCD1020RDG6E STCD1030 STCD1040 TDFN12 TDFN-10 iact
Text: STCD1020, STCD1030, STCD1040 Multichannel clock distribution circuit Features • 2, 3 or 4 outputs buffered clock distribution ■ Single-ended sine wave or square wave clock input and output ■ Individual clock enable for each output ■ Lower fan-out on clock source
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STCD1020,
STCD1030,
STCD1040
STCD1020
STCD1030
10-lead
STCD1040
12-lead
ENE3127B
NDK America
STCD1040RDM6F
STCD1020RDG6E
TDFN12
TDFN-10
iact
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ENE3127B
Abstract: NDK America ndk TCXO STCD1020 STCD1020RDG6E STCD1030 STCD1040 STCD1040RDM6F TDFN12
Text: STCD1020, STCD1030, STCD1040 Multichannel clock distribution circuit Features • 2, 3 or 4 outputs buffered clock distribution ■ Single-ended sine wave or square wave clock input and output ■ Individual clock enable for each output ■ Lower fan-out on clock source
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STCD1020,
STCD1030,
STCD1040
STCD1020
STCD1030
10-lead
STCD1040
12-lead
ENE3127B
NDK America
ndk TCXO
STCD1020RDG6E
STCD1040RDM6F
TDFN12
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ene31
Abstract: No abstract text available
Text: STCD1020, STCD1030, STCD1040 Multichannel clock distribution circuit Features • 2, 3 or 4 outputs buffered clock distribution ■ Single-ended sine wave or square wave clock input and output ■ Individual clock enable for each output ■ Lower fan-out on clock source
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STCD1020,
STCD1030,
STCD1040
STCD1020
STCD1030
10-lead
STCD1040
12-lead
ene31
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ENE3127B
Abstract: STCD1040RDM6F TDFN12 TDFN-12L NDK America ndk 10MHz STCD1020 STCD1020RDG6E STCD1030 STCD1040
Text: STCD1020, STCD1030, STCD1040 Multi-channel clock distribution circuit Features • 2, 3 or 4 outputs buffered clock distribution ■ Single-ended sine wave or square wave clock input and output ■ Individual clock enable for each output ■ Lower fan-out on clock source
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STCD1020,
STCD1030,
STCD1040
STCD1020
STCD1030
10-lead
STCD1040
12-lead
ENE3127B
STCD1040RDM6F
TDFN12
TDFN-12L
NDK America
ndk 10MHz
STCD1020RDG6E
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Untitled
Abstract: No abstract text available
Text: STM SERIES 3.2X2.5 SMT 4 PAD ANALOG TCXO RoHS COMPLIANT PART NUMBERING GUIDE STM SERIES FEATURES STM 27 - 15.000MHz TR ±2.5ppm STABILITY ULTRA-MINIATURE PACKAGE CLIPPED SINE WAVE ANALOG COMPENSATION TAPE AND REEL RoHS COMPLIANT 2.7±0.135V
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000MHz
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Untitled
Abstract: No abstract text available
Text: STM SERIES 3.2X2.5 SMT 4 PAD ANALOG TCXO PART NUMBERING GUIDE STM SERIES FEATURES STM 30 27 - 15.000MHz TR ±2.5ppm STABILITY ULTRA-MINIATURE PACKAGE CLIPPED SINE WAVE ANALOG COMPENSATION TAPE AND REEL RoHS COMPLIANT 1.8±0.09V, 2.5±0.125V
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000MHz
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Untitled
Abstract: No abstract text available
Text: STM SERIES 3.2X2.5 SMT 4 PAD ANALOG TCXO RoHS COMPLIANT PART NUMBERING GUIDE STM SERIES FEATURES STM 27 - 15.000MHz TR ±2.5ppm STABILITY ULTRA-MINIATURE PACKAGE CLIPPED SINE WAVE ANALOG COMPENSATION TAPE AND REEL RoHS COMPLIANT 2.7±0.135V
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000MHz
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Untitled
Abstract: No abstract text available
Text: STM SERIES 3.2X2.5 SMT 4 PAD ANALOG TCXO RoHS COMPLIANT PART NUMBERING GUIDE STM SERIES FEATURES STM 27 - 15.000MHz TR ±2.5ppm STABILITY ULTRA-MINIATURE PACKAGE CLIPPED SINE WAVE ANALOG COMPENSATION TAPE AND REEL RoHS COMPLIANT 2.7±0.135V
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000MHz
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Untitled
Abstract: No abstract text available
Text: STM SERIES 3.2X2.5 SMT 4 PAD ANALOG TCXO PART NUMBERING GUIDE STM SERIES FEATURES STM 27 - 15.000MHz TR ±2.5ppm STABILITY ULTRA-MINIATURE PACKAGE CLIPPED SINE WAVE ANALOG COMPENSATION TAPE AND REEL RoHS COMPLIANT 2.7±0.135V TAPE AND REEL
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000MHz
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design sine wave power inverter
Abstract: L6386D Sine wave PWM DC to AC Inverter Circuits 3 phase sine wave generation ac motor SINE WAVE code for FUZZY MICROCONTROLLER hall effect sensor datasheet for measure MODIFIED SINE WAVE INVERTER CIRCUIT st9 technical AN1084
Text: AN1084 APPLICATION NOTE GETTING STARTED WITH THE ST92141 SOFTWARE LIBRARY VERSION 1.0 by V. Onde / Microcontroller Division Applications INTRODUCTION This Application Note describes the software library developed for the ST92141 MCU. This 8/ 16-bit microcontroller contains a cell dedicated to 3-phase sine wave generation, making it
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AN1084
ST92141
16-bit
design sine wave power inverter
L6386D
Sine wave PWM DC to AC Inverter Circuits
3 phase sine wave generation
ac motor SINE WAVE
code for FUZZY MICROCONTROLLER
hall effect sensor datasheet for measure
MODIFIED SINE WAVE INVERTER CIRCUIT
st9 technical
AN1084
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tacho generator
Abstract: fuzzy micro controller fuzzyTECH st9 technical tacho AN1084 AN1277 AN1367 ST92141 ST92E141
Text: AN1084 APPLICATION NOTE GETTING STARTED WITH THE ST92141 SOFTWARE LIBRARY VERSION 1.0 by V. Onde / Microcontroller Division Applications INTRODUCTION This Application Note describes the software library developed for the ST92141 MCU. This 8/ 16-bit microcontroller contains a cell dedicated to 3-phase sine wave generation, making it
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AN1084
ST92141
16-bit
tacho generator
fuzzy micro controller
fuzzyTECH
st9 technical
tacho
AN1084
AN1277
AN1367
ST92E141
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74V2T66
Abstract: 74V2T66CTR 74V2T66STR SOT323-8
Text: 74V2T66 DUAL BILATERAL SWITCH • ■ ■ ■ ■ ■ ■ HIGH SPEED: tPD = 0.6ns TYP. at VCC = 5V COMPATIBLE WITH TTL LEVEL LOW POWER DISSIPATION: ICC = 1µA(MAX.) at TA=25°C LOW ”ON” RESISTANCE: RON =10Ω (TYP.) AT VCC = 5V II/O = 1mA SINE WAVE DISTORTION:
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74V2T66
74V2T66
74V2T66CTR
74V2T66STR
SOT323-8
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Untitled
Abstract: No abstract text available
Text: M74HC4016 QUAD BILATERAL SWITCH • ■ HIGH SPEED: tPD = 9ns TYP. at VCC = 6V LOW POWER DISSIPATION: ICC = 1µA(MAX.) at TA=25°C LOW "ON" RESISTANCE: RON = 60Ω TYP. AT VCC = 9V, II/O = 100 µA WIDE OPERATING VOLTAGE RANGE VCC (OPR) = 2V TO 12V SINE WAVE DISTORTION:
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M74HC4016
M74HC4016B1R
M74HC4016M1R
M74HC4016RM13TR
M74HC4016TTR
M74HC4016
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74V2T66
Abstract: 74V2T66STR 261-I
Text: 74V2T66 DUAL BILATERAL SWITCH • ■ ■ ■ ■ ■ ■ HIGH SPEED: tPD = 0.6ns TYP. at VCC = 5V COMPATIBLE WITH TTL LEVEL LOW POWER DISSIPATION: ICC = 1µA(MAX.) at TA = 25°C LOW "ON" RESISTANCE: RON =10Ω (TYP.) AT VCC = 5V II/O = 1mA SINE WAVE DISTORTION:
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74V2T66
74V2T66
74V2T66STR
261-I
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74V2T66
Abstract: 74V2T66STR JESD97
Text: 74V2T66 Dual bilateral switch Features • High speed: – tPD = 0.6ns Typ at VCC = 5V ■ Compatible with TTL level ■ Low power consumpition – ICC = 1mA(Max.) at TA = 25°C ■ Low "ON" resistance: – RON = 10Ω (Typ.) at VCC = 5V II/O = 1mA ■ Sine wave distortion:
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74V2T66
OT23-8L
74V2T66
74V2T66STR
JESD97
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STMicroelectronics SOT23 DATE CODE
Abstract: 74V2T66 74V2T66STR JESD97
Text: 74V2T66 Dual bilateral switch Features • High speed: – tPD = 0.6ns Typ at VCC = 5V ■ Compatible with TTL level ■ Low power consumpition – ICC = 1mA(Max.) at TA = 25°C ■ Low "ON" resistance: – RON = 10Ω (Typ.) at VCC = 5V II/O = 1mA ■ Sine wave distortion:
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74V2T66
OT23-8L
74V2T66
STMicroelectronics SOT23 DATE CODE
74V2T66STR
JESD97
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8038 ic pin diagram
Abstract: ic 8038 APPLICATIONS 8038 APPLICATIONS ic 8038 of ic 8038 ci 8038 8038 ic applications 8038 frequency modulation fm circuit of ic 8038 signAL GENERATOR 8038
Text: K IS H » , W G -8 0 3 8 Precision ^JniMriffgi°Snn Waveform Generator L-JUIKnnalr®UIL Voltage Controlled Oscillator GENERAL DESCRIPTION FEATURES • Low Frequency D rift With Temperature — 50ppm /°C Max. • Sim ultaneous O utputs — Sine-Wave, Square-Wave and Triangle.
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50ppm
G-8038
8038 ic pin diagram
ic 8038 APPLICATIONS
8038 APPLICATIONS
ic 8038
of ic 8038
ci 8038
8038 ic applications
8038 frequency modulation fm
circuit of ic 8038
signAL GENERATOR 8038
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TCVCXO
Abstract: "Voltage Controlled Crystal Oscillator"
Text: Microelectronics U-Type Temperature-Compensated Voltage-Controlled Crystal Oscillator TCVCXO Description The AT&T U-Type Temperature-Compensated Voltage-Controlled Crystal Oscillator (TCVCXO) is designed for use in both CMOS, TTL and low-power sine wave applications. It has a maximum operational
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14-pin
TCVCXO
"Voltage Controlled Crystal Oscillator"
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Untitled
Abstract: No abstract text available
Text: XR-8038A ¡T E X A R .the analog plus Precision W aveform G enerator company TM April 1997-4 FEATURES APPLICATIONS • Precision Waveform Generation Simultaneous Sine, Triangle, and Square Wave Outputs • Sweep and FM Generation • Tone Generation •
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XR-8038A
200KHz
50ppm/Â
-8038A
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