Untitled
Abstract: No abstract text available
Text: ANALOG DEVICES □ FEATURES Complete, Fully-Calibrated Synthesis System All Standard Functions: Sin, Cos, Tan, Cosec, Sec, Cot, Arcsin, Arccos, Arctan, etc. Accurate Law Conformance Sine to 0.02% Angular Range of ±500° (Sine Mode) Function Programmable by Pin Strapping
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AD639*
AD639
AD639,
AD639
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frequency division multiplexing circuit diagram
Abstract: NE5080 application frequency division multiplexing circuit diagram a frequency division multiplexing circuit diagram i AN1950
Text: Application note Philips Semiconductors Linear Products Application of NE5080 and NE5081 with frequency deviation reduction Author: Prasanna M. Shah INTRODUCTION The triangle-to-sine wave converter circuitry converts the output of the current-controlled oscillator into a sine wave with about 2%
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NE5080
NE5081
NE5060
frequency division multiplexing circuit diagram
NE5080 application
frequency division multiplexing circuit diagram a
frequency division multiplexing circuit diagram i
AN1950
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Am29540
Abstract: No abstract text available
Text: Am29526 • Am29527 Am29528 • Am29529 High S peed Sine, Cosine G enerators DISTINCTIVE CHARACTERISTICS FUNCTIONAL DESCRIPTION • P rovides values for sine /co sin e functions in ir/2 04 8 increm ents • O utputs are 16-bit tw o 's com plem ent fractions
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Am29526
Am29527
Am29528
Am29529
16-bit
n72048.
11-bit
MIL-STD-883,
Am29540
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9374
Abstract: No abstract text available
Text: SINE WAVE SOURCES Q-TECH DUAL-IN-LINE CRYSTAL CLOCK OSCILLATORS 5.0 to 15Vdc - 10Hz to 450MHz CORPORATION Description The Q-Tech Sine Wave Sources encompasses state-ofthe-art sinewave source with low harmonic distortion and a precise sinewave output. A flexible design allows Q-Tech Corporation to offer
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15Vdc
450MHz
QT957S,
150MHz
QT957S8M,
10MHz,
12kHz
150MHz
9374
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XR-2211 IC
Abstract: application for xr-2208 XR-2211 application XR-2208 applications xR-2208 XR-2208 CIRCUIT XR-2211 pll xr2208 XR-2211 sine wave SCHEMATIC
Text: £*EX4R Application Note AN-11 A Universal Sine Wave Converter Using the XR-2208 and the XR-2211 INTRODUCTION sine converter is then applied to a variable-gain amplifier which sets the desired output amplitude. Since the oscillator section of the PLL is always running, the circuit also
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AN-11
XR-2208
XR-2211
XR-2211 IC
application for xr-2208
XR-2211 application
applications xR-2208
XR-2208 CIRCUIT
XR-2211 pll
xr2208
XR-2211
sine wave SCHEMATIC
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AVR449
Abstract: Motor Control 3 phase sine wave pwm c source code for atmel family AVR443 PID dc motor control with avr 3 phase sine wave pwm c source code pure sine wave microcontroller AT90PWM3 pmsm ATtiny861 sine
Text: AVR449: Sinusoidal driving of 3-phase permanent magnet motor using ATtiny261/461/861 Features • Three-phase sine waves - 192 steps per electrical revolution - 10-bit amplitude resolution • Hardware dead-time generation • Controlled by hall-sensors • Speed control through run-time scaling of sine wave amplitude
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AVR449:
ATtiny261/461/861
10-bit
8030B-AVR-10/07
AVR449
Motor Control
3 phase sine wave pwm c source code for atmel family
AVR443
PID dc motor control with avr
3 phase sine wave pwm c source code
pure sine wave microcontroller
AT90PWM3
pmsm
ATtiny861 sine
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9374
Abstract: No abstract text available
Text: SINE WAVE SOURCES Q-TECH DUAL-IN-LINE CRYSTAL CLOCK OSCILLATORS 5.0 to 15Vdc - 10Hz to 450MHz CORPORATION Description The Q-Tech Sine Wave Sources encompasses state-ofthe-art sinewave source with low harmonic distortion and a precise sinewave output. A flexible design allows Q-Tech Corporation to offer
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15Vdc
450MHz
QT957S,
150MHz
QT957S8M,
10MHz,
12kHz
150MHz
9374
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PDF
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QT901S9M-20
Abstract: No abstract text available
Text: SINE WAVE SOURCES DUAL-IN-LINE CRYSTAL CLOCK OSCILLATORS 5.0 to 15Vdc - 10Hz to 450MHz Q-TECH CORPORATION Description The Q-Tech Sine Wave Sources encompasses state-of-the-art sinewave source with low harmonic distortion and a precise sinewave output. A flexible design allows Q-Tech Corporation to offer a
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15Vdc
450MHz
10kHz
20MHz,
QT957S,
150MHz
QT957S8M,
10MHz,
12kHz
QT901S9M-20
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PDF
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QT901S9M-20
Abstract: QT901S Q-Tech MIL-PRF-55310 EAR99 QT906S 9936 QT90
Text: SINE WAVE SOURCES DUAL-IN-LINE CRYSTAL CLOCK OSCILLATORS 5.0 to 15Vdc - 10Hz to 450MHz Q-TECH CORPORATION Description The Q-Tech Sine Wave Sources encompasses state-of-the-art sinewave source with low harmonic distortion and a precise sinewave output. A flexible design allows Q-Tech Corporation to offer a
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15Vdc
450MHz
10kHz
20MHz,
QT957S,
150MHz
QT957S8M,
10MHz,
12kHz
QT901S9M-20
QT901S
Q-Tech
MIL-PRF-55310
EAR99
QT906S
9936
QT90
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Am29540
Abstract: No abstract text available
Text: Am29526 • Am29527 Am29528 • Am29529 High Speed Sine, Cosine Generators D ISTINC TIVE C H A R A C TE R IS TIC S FU N C T IO N A L DESCR IPTIO N • Provides values for sine/cosine functions in 7J-/2048 increm ents • Outputs are 16-bit tw o's com plem ent fractions
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Am29526
Am29527
Am29528
Am29529
7J-/2048
16-bit
tt/2048.
11-bit
IL-STD-883,
Am29540
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SINE WAVE oscillator
Abstract: No abstract text available
Text: Application Note #4 CËSHÊICC , J&.TÈÈ- H IGH PË fifÔ R M A S C E Ä 0 Ö IN TEGR ATED CIRCUITS A Low Distortion Tuneable Sine Wave Oscillator A Low Distortion T\ineable Sine Wave Oscillator Summary of Performance Characteristics One can make a low distortion tuneable oscillator by
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EL2082Cs
EL2444C
EL4451C
z-300
LM337
SINE WAVE oscillator
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AD639 equivalent
Abstract: AD639AD sine wave generator using opamp ad639 examples using AD630 AD639BD AD639SD sine multiplier AD639B
Text: AN ALO G D E V IC E S FEATURES C om plete, Fully-Calibrated Synthesis System All Standard Functions: Sin, Cos, Tan, Cosec, Sec, Cot, Arcsin, Arccos, Arctan, etc. Accurate Law Conform ance Sine to 0.02% Angular Range of ± 5 0 0 ° (Sine M ode) Function P rogram m able by Pin Strapping
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AD639
AD639
AD639,
AD639 equivalent
AD639AD
sine wave generator using opamp
examples using AD630
AD639BD
AD639SD
sine multiplier
AD639B
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P241A
Abstract: AM29526PC AM29526PC-B AM29527PC AM29528PC AM29529PC
Text: Am29526 • Am29527 Am29528 • Am29529 H ig h Speed Sine, Cosine Generators D ISTINC TIVE C H A R A C TER ISTIC S FU N C TIO N A L DESCR IPTION • Provides values for sine/cosine functions in 77/2048 increm ents • O utputs are 16-bit tw o's com plem ent fractions
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Am29526
Am29527
Am29528
Am29529
w/204S
16-bit
Am29516/17
Am29510
P241A
AM29526PC
AM29526PC-B
AM29527PC
AM29528PC
AM29529PC
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th256
Abstract: sine wave pwm circuit TF255 TL63 tH255
Text: APPLICATION NOTE H8S/2400 Series Sine Wave Output Using 14-Bit PWM Timer Introduction This application note presents an example of using the 14-bit pulse width modulation PWM timer (PWMX) function to produce sine wave output. The PWMX can be used as a 14-bit D/A converter by connecting a low-pass filter to an external pin of the device.
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H8S/2400
14-Bit
H8S/2472,
H8S/2463,
H8S/2462
REJ06B0817-0100/Rev
th256
sine wave pwm circuit
TF255
TL63
tH255
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sin cos encoder
Abstract: No abstract text available
Text: Signal Processing Precision sine multiplier Conversion of sin/cos encoder signals into multiplied sin/cos output signals HEAG 159 Features – Conversion of sin/cos signals into multiplied sin/cos signals – Multiplying factor 1.128 – Offset and amplitude adjustment
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HM04M26711
sin cos encoder
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Untitled
Abstract: No abstract text available
Text: EOL - Not Recommended for New Designs; Alternate Solution is VTM48Ex030y070A00 VTM Current Multiplier VT048A030T070FP S C NRTL US Voltage Transformation Module Features • 100°C baseplate operation • ZVS / ZCS isolated sine amplitude converter • 48 V to 3 V Converter
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VTM48Ex030y070A00
VT048A030T070FP
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VTM 48
Abstract: PRM48AH480T200A00 VTM48EH040
Text: VI Chip PRM Regulator and VTM®Current Multiplier Product Description 6,73 0.265 22,0 0.87 Features • Sine Amplitude Converter VTM • High efficiency up to 97% • ZVS buck-boost regulator (PRM) • Low profile 0.265” • Regulation 0.2% (Remote Sense)
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Untitled
Abstract: No abstract text available
Text: EOL - Not Recommended for New Designs; Alternate Solution is VTM48Ex096y025A00 VTM Current Multiplier VT048A096T025FP S C NRTL US Voltage Transformation Module Features • 100°C baseplate operation • ZVS / ZCS isolated sine amplitude converter • 48 V to 9.6 V Converter
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VTM48Ex096y025A00
VT048A096T025FP
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Untitled
Abstract: No abstract text available
Text: EOL - Not Recommended for New Designs; Alternate Solution is VTM48Ex240y012A00 VTM Current Multiplier VT048A240T012FP S C NRTL US Voltage Transformation Module Features • 100°C baseplate operation • ZVS / ZCS isolated sine amplitude converter • 48 V to 24 V Converter
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VTM48Ex240y012A00
VT048A240T012FP
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Untitled
Abstract: No abstract text available
Text: EOL - Not Recommended for New Designs; Alternate Solution is VTM48Ex080y030A00 VTM Current Multiplier VT048A080T030FP S C NRTL US Voltage Transformation Module Features • 100°C baseplate operation • ZVS / ZCS isolated sine amplitude converter • 48 V to 8 V Converter
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VTM48Ex080y030A00
VT048A080T030FP
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Untitled
Abstract: No abstract text available
Text: EOL - Not Recommended for New Designs; Alternate Solution is VTM48Ex120y025A00 VTM Current Multiplier VT048A120T025FP S C NRTL US Voltage Transformation Module Features • 100°C baseplate operation • ZVS / ZCS isolated sine amplitude converter • 48 V to 12 V Converter
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VTM48Ex120y025A00
VT048A120T025FP
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Untitled
Abstract: No abstract text available
Text: EOL - Not Recommended for New Designs; Alternate Solution is VTM48Ex160y015A00 VTM Current Multiplier VT048A160T015FP S C NRTL US Voltage Transformation Module Features • 100°C baseplate operation • ZVS / ZCS isolated sine amplitude converter • 48 V to 16 V Converter
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VTM48Ex160y015A00
VT048A160T015FP
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Untitled
Abstract: No abstract text available
Text: EOL - Not Recommended for New Designs; Alternate Solution is VTM48Ex040y050B00 VTM Current Multiplier VT048A040T050FP S C NRTL US Voltage Transformation Module Features • 100°C baseplate operation • ZVS / ZCS isolated sine amplitude converter • 48 V to 4 V Converter
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VTM48Ex040y050B00
VT048A040T050FP
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Untitled
Abstract: No abstract text available
Text: EOL - Not Recommended for New Designs; Alternate Solution is VTM48Ex480y006A00 VTM Current Multiplier VT048A480T006FP S C NRTL US Voltage Transformation Module Features • 100°C baseplate operation • ZVS / ZCS isolated sine amplitude converter • 48 V to 48 V Converter
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VTM48Ex480y006A00
VT048A480T006FP
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