PWM Microchip Speech
Abstract: DS00538 200B AN538 PIC17C42 lowpass filter 20khz
Text: Using PWM to Generate Analog Output AN538 Using PWM to Generate Analog Output FIGURE 2 - FREQUENCY SPECTRUM OF A PWM SIGNAL Pulse Width Modulated PWM waveforms which are basically digital waveforms, can be used as cheap Digital-to-Analog (D/A) converters with few external
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AN538
PWM Microchip Speech
DS00538
200B
AN538
PIC17C42
lowpass filter 20khz
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4570 opamp
Abstract: 200B AN538 DK-2750 PIC17C42 RG41 DS00538 PWM Microchip Speech
Text: AN538 Using PWM to Generate Analog Output Author: FIGURE 2: Amar Palacherla Microchip Technology Inc. Pulse Width Modulation PWM modules, which produce basically digital waveforms, can be used as cheap Digital-to-Analog (D/A) converters only a few external
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AN538
D-81739
4570 opamp
200B
AN538
DK-2750
PIC17C42
RG41
DS00538
PWM Microchip Speech
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Untitled
Abstract: No abstract text available
Text: A1359 Factory-Programmed Dual Output Linear Hall Effect Sensor IC With Analog and Pulse Width Modulated Outputs Features and Benefits Description • Dual tracking outputs: analog voltage output and pulse width modulated PWM output • Matched analog and PWM outputs enable user to detect
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A1359
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Untitled
Abstract: No abstract text available
Text: A1359 Factory-Programmed Dual Output Linear Hall Effect Sensor IC With Analog and Pulse Width Modulated Outputs Features and Benefits Description • Dual tracking outputs: analog voltage output and pulse width modulated PWM output • Matched analog and PWM outputs enable user to detect
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a1359
Abstract: D210D LINEAR OUTPUT HALL EFFECT SENSORS
Text: A1359 Factory-Programmed Dual Output Linear Hall Effect Sensor IC With Analog and Pulse Width Modulated Outputs Features and Benefits Description • Dual tracking outputs: analog voltage output and pulse width modulated PWM output • Matched analog and PWM outputs enable user to detect
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A1359
D210D
LINEAR OUTPUT HALL EFFECT SENSORS
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PWM Microchip Speech
Abstract: AN538 la log RC filter circuit SPEECH SYNTHESIS "D/A Converters" Microchip Speech 200B PIC17C42 PWM Microchip
Text: AN538 Using PWM to Generate Analog Output Author: FIGURE 2: Amar Palacherla Microchip Technology Inc. Pulse Width Modulation PWM modules, which produce basically digital waveforms, can be used as cheap Digital-to-Analog (D/A) converters only a few external
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AN538
DS00538C-page
PWM Microchip Speech
AN538
la log
RC filter circuit
SPEECH SYNTHESIS
"D/A Converters"
Microchip Speech
200B
PIC17C42
PWM Microchip
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AN538
Abstract: 4570 opamp PWM Microchip Speech 200B DK-2750 PIC17C42 RG41 Microchip Speech
Text: AN538 Using PWM to Generate Analog Output Author: FIGURE 2: Amar Palacherla Microchip Technology Inc. Pulse Width Modulation PWM modules, which produce basically digital waveforms, can be used as cheap Digital-to-Analog (D/A) converters only a few external
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AN538
AN538
4570 opamp
PWM Microchip Speech
200B
DK-2750
PIC17C42
RG41
Microchip Speech
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a1359
Abstract: No abstract text available
Text: A1359 Factory-Programmed Dual Output Linear Hall Effect Sensor IC With Analog and Pulse Width Modulated Outputs Features and Benefits Description • Dual tracking outputs: analog voltage output and pulse width modulated PWM output • Matched analog and PWM outputs enable user to detect
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A1359
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QT301-IS
Abstract: R104 Diode CAL Controls 6000 CAL Controls 8000 "Proximity Sensors" train 78L05 850C IN4148 QT301 QT301-D
Text: jfbkLQ CAPACITANCE PRELIMINARY QT301 TO ANALOG CONVERTER Capacitance to Analog Converter CAC IC Patented charge-transfer conversion method 1 Rescaleable PWM: wide dynamic range CAL_DN 2 SNS1 3 VSS 4 End-to-end calibration (gain, span) via CAL pins 100 kHz PWM
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QT301
QT301
QT301-IS
R104 Diode
CAL Controls 6000
CAL Controls 8000
"Proximity Sensors" train
78L05
850C
IN4148
QT301-D
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application note
Abstract: A918CY-220M NJU8754 SSOP10 CC1F GRM31MB11E105
Text: NJU8754 APPLICATION NOTE Analog Signal Input Monaural Class D Power Amplifier ! GENERAL DESCRIPTION The NJU8754 is an Analog signal input monaural class D power amplifier. The IC incorporates the PWM modulator, which converts an analog signal to a 1-bit PWM signal, and the class D operation power MOSFET
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NJU8754
application note
A918CY-220M
SSOP10
CC1F
GRM31MB11E105
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A918CY-220M
Abstract: NJU8755 SSOP20 AS355 rf modulator mosfet class d
Text: NJU8755 APPLICATION NOTE Analog Signal Input Stereo Class D Power Amplifier ! GENERAL DESCRIPTION The NJU8755 is an Analog signal input stereo class D power amplifier. The IC incorporates the PWM modulator, which converts an analog signal to a 1-bit PWM signal, and the class D operation power MOSFET
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NJU8755
A918CY-220M
SSOP20
AS355
rf modulator
mosfet class d
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CAL Controls 8000
Abstract: 78L05 CAL Controls 6000 QPROX 850C IN4148 QT301 QT301-D QT301-IS QPROX qt301
Text: jfbkLQ CAPACITANCE QT301 TO ANALOG CONVERTER Capacitance to Analog Converter CAC IC Patented charge-transfer conversion method 1 Rescaleable PWM: wide dynamic range CAL_DN 2 SNS1 3 VSS 4 End-to-end calibration (gain, span) via CAL pins 100 kHz PWM Spread spectrum acquisition bursts for low noise
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QT301
QT301
CAL Controls 8000
78L05
CAL Controls 6000
QPROX
850C
IN4148
QT301-D
QT301-IS
QPROX qt301
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AAT1101A
Abstract: AAT1101 T1101AA DD 127 D transistor marking chc TSSOP-16 MARKING EA1 marking AAT1101A T1101C
Text: Advanced Analog Technology, Inc. AAT1101 Series Details are subject to change without notice TRIPLE OUTPUT TFT LCD PWM CONTROLLER Features General Description z Complete PWM Power Control Circuitry The z Precision Reference: 1.25V±1% 25 o C triple-channel pulse width modulation (PWM) solution
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AAT1101
AAT1101/A
AAT1101/AAT1101A/AAT1101C:
500kHz
TSSOP16
AAT1101
AAT1101A
T1101AA
DD 127 D transistor
marking chc
TSSOP-16
MARKING EA1
marking AAT1101A
T1101C
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Binary Weighted DAC
Abstract: r2r dac audio various PWM techniques Z8F08200100KIT Z8F64200100KIT MAX406 Z8F642 Low-pass Passive Filter Design Techniques Passive Low-pass Filter
Text: Application Note Digital to Analog Conversion Using PWM in the Z8 Encore! MCU AN015002-1103 ZiLOG Worldwide Headquarters • 532 Race Street • San Jose, CA 95126 Telephone: 408.558.8500 • Fax: 408.558.8300 • www.ZiLOG.com Application Note Digital to Analog Conversion Using PWM in the Z8 Encore!® MCU
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AN015002-1103
Binary Weighted DAC
r2r dac audio
various PWM techniques
Z8F08200100KIT
Z8F64200100KIT
MAX406
Z8F642
Low-pass Passive Filter Design Techniques
Passive Low-pass Filter
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pwm 2003
Abstract: ALE300L
Text: PRELIMINARY APPLICATION NOTE H8/300L PWM as a DAC DAC Introduction Pulse Width Modulation (PWM) is a powerful technique for driving analog circuits with micro-controller’s digital outputs. It is popular in areas such as DC motor drive control and digital-to-analog conversion in bit stream DACs. This application note
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H8/300L
H8/300L
H8/38024F
AN0303004/Rev1
pwm 2003
ALE300L
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sine wave pwm circuit
Abstract: pwm Sine wave generation sine PWM renesas pwm Sine wave generation microcontroller
Text: PRELIMINARY APPLICATION NOTE H8/300L PWM Sine Wave Generation SineWave Introduction Pulse Width Modulation (PWM) is a powerful technique for driving analog circuits with micro-controller’s digital outputs. It is popular in areas such as DC motor drive control and digital-to-analog conversion in bit stream DACs. This application note
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H8/300L
H8/300L
H8/38024F
AN0303003/Rev1
sine wave pwm circuit
pwm Sine wave generation
sine PWM renesas
pwm Sine wave generation microcontroller
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Untitled
Abstract: No abstract text available
Text: AIC1568 4-bit DAC, Step-Down PWM Power Controller FEATURE DESCRIPTION Compatible with HIP6008. Simple Voltage-Mode PWM Control. Fast Transient Response. ±1.5% 4-Bit Digital-to-Analog Output Voltage. Adjustable Current Limit without External Sense Resistors.
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AIC1568
HIP6008.
200KHz
350KHz.
AIC1568
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HIP6020A
Abstract: 593D HIP6020ACB TB363 TB379
Text: HIP6020A TM Data Sheet September 2001 Advanced Dual PWM and Dual Linear Power Controller The HIP6020A includes an Intel-compatible, TTL 5-input digital-to-analog converter DAC that adjusts the core PWM output voltage from 1.3VDC to 2.05VDC in 0.05V steps and
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HIP6020A
HIP6020A
28-pin
CH-1009
593D
HIP6020ACB
TB363
TB379
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HIP6020A
Abstract: 593D HIP6020ACB TB363 TB379
Text: HIP6020A TM Data Sheet November 2000 Advanced Dual PWM and Dual Linear Power Controller The HIP6020A includes an Intel-compatible, TTL 5-input digital-to-analog converter DAC that adjusts the core PWM output voltage from 1.3VDC to 2.05VDC in 0.05V steps and
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HIP6020A
HIP6020A
28-pin
593D
HIP6020ACB
TB363
TB379
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7030AL
Abstract: XC1765D ADMC330 ADMC330BST ADSP-2100 ADSP2171 ADSP-2172 AT17C65 IFC15 pwm variable frequency drive circuit diagram chop
Text: a FEATURES Seven Analog Input Channels Acquisition Synchronized to PWM Switching Frequency Three-Phase 12-Bit PWM Generator Programmable Deadtime and Narrow Pulse Deletion 2.5 kHz Minimum Switching Frequency ECM Control Mode Output Control for Space Vector Modulation
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12-Bit
ADMC330
C3043
80-Lead
ST-80)
7030AL
XC1765D
ADMC330
ADMC330BST
ADSP-2100
ADSP2171
ADSP-2172
AT17C65
IFC15
pwm variable frequency drive circuit diagram chop
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clarke transformation
Abstract: 3 phase sine wave pwm c source code adsp admc200ap ADMC200 ADSP-2100 AN-407 AN-409 source code for park transformation
Text: a FEATURES Analog Input Block 11-Bit Resolution Analog-to-Digital A/D Converter 4 Single-Ended Simultaneously Sampled Analog Inputs 3.2 s Conversion Time/Channel 0 V–5 V Analog Input Range Internal 2.5 V Reference PWM Synchronized Sampling Capability
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11-Bit
12-Bit
ADMC200
68-Lead
P-68A)
clarke transformation
3 phase sine wave pwm c source code adsp
admc200ap
ADSP-2100
AN-407
AN-409
source code for park transformation
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3 phase sine wave pwm c source code adsp
Abstract: dsp PWM inverter 3 phase sine wave pwm c source code for atmel family ECM 2.3 Motor PWM ADMC330KP pwm variable frequency drive circuit diagram chop gsm based speed control of any motor lb1617 atmel sine wave pwm circuit
Text: Single Chip OSP Motor Controller ADMC330 ANALOG DEVICES FEATURES Seven Analog Input Channels Acquisition Synchronized to PWM Switching Frequency Three-Phase 12-Bit PWM Generator Programmable Deadtime and Narrow Pulse Deletion 2.5 kHz Minimum Switching Frequency
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12-Bit
ADMC330
68-Lead
P-68A)
3 phase sine wave pwm c source code adsp
dsp PWM inverter
3 phase sine wave pwm c source code for atmel family
ECM 2.3 Motor PWM
ADMC330KP
pwm variable frequency drive circuit diagram chop
gsm based speed control of any motor
lb1617
atmel sine wave pwm circuit
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Sawtooth wave generator
Abstract: 3 phase sine wave pwm c source code for atmel family
Text: Single Chip DSP Motor Controller ADMC330 ANALOG DEVICES FEATURES Seven Analog Input Channels Acquisition Synchronized to PWM Switching Frequency Three-Phase 12-Bit PWM Generator Programmable Deadtim e and N arrow Pulse Deletion 2.5 kHz Minim um Switching Frequency
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12-Bit
SP-2101
ADSP-211
ADMC330
80-Lead
Sawtooth wave generator
3 phase sine wave pwm c source code for atmel family
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Untitled
Abstract: No abstract text available
Text: ANALOG DEVICES Single Chip DSP Motor Controller ADMC330 FEATURES Seven Analog Input Channels Acquisition Synchronized to PWM Switching Frequency Three-Phase 12-Bit PWM Generator Programmable Deadtim e and N arrow Pulse Deletion 2.5 kHz M inim um Switching Frequency
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ADMC330
12-Bit
80-Lead
ST-80)
10Hjtf
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