charge balance converter
Abstract: Analog Devices VFC32 VFC32KP VFC32 VFC32BM VFC32KU VFC32SM
Text: VFC32 Voltage-to-Frequency and Frequency-to-Voltage CONVERTER FEATURES DESCRIPTION ● OPERATION UP TO 500kHz The VFC32 voltage-to-frequency converter provides an output frequency accurately proportional to its input voltage. The digital open-collector frequency
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VFC32
500kHz
VFC32
10kHz
100kHz
10kHz
500pF
charge balance converter
Analog Devices VFC32
VFC32KP
VFC32BM
VFC32KU
VFC32SM
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VFC32
Abstract: VFC32BM VFC32KP VFC32SM
Text: VFC32 Voltage-to-Frequency and Frequency-to-Voltage CONVERTER FEATURES DESCRIPTION ● OPERATION UP TO 500kHz The VFC32 voltage-to-frequency converter provides an output frequency accurately proportional to its input voltage. The digital open-collector frequency
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VFC32
500kHz
VFC32
10kHz
100kHz
VFC32BM
VFC32KP
VFC32SM
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VFC32KP
Abstract: Frequency-to-Voltage Converter VFC32
Text: VFC32 Voltage-to-Frequency and Frequency-to-Voltage CONVERTER FEATURES DESCRIPTION ● OPERATION UP TO 500kHz The VFC32 voltage-to-frequency converter provides an output frequency accurately proportional to its input voltage. The digital open-collector frequency
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VFC32
500kHz
10kHz
100kHz
VFC32
images/vfc32
VFC32,
VFC32BM
VFC32KP
Frequency-to-Voltage Converter
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Untitled
Abstract: No abstract text available
Text: VFC32 Voltage-to-Frequency and Frequency-to-Voltage CONVERTER FEATURES DESCRIPTION ● OPERATION UP TO 500kHz The VFC32 voltage-to-frequency converter provides an output frequency accurately proportional to its input voltage. The digital open-collector frequency
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VFC32
500kHz
10kHz
100kHz
VFC32
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"Voltage-to-Frequency Converter"
Abstract: Basic Halogen Converter VFC32 VFC32BM VFC32KP VFC32SM Frequency-To-Voltage Conversion 372G
Text: VFC32 Voltage-to-Frequency and Frequency-to-Voltage CONVERTER FEATURES DESCRIPTION ● OPERATION UP TO 500kHz The VFC32 voltage-to-frequency converter provides an output frequency accurately proportional to its input voltage. The digital open-collector frequency
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VFC32
500kHz
VFC32
10kHz
100kHz
"Voltage-to-Frequency Converter"
Basic Halogen Converter
VFC32BM
VFC32KP
VFC32SM
Frequency-To-Voltage Conversion
372G
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372G
Abstract: HIGH STABILITY MOTOR CONTROL. DIGITAL TACHOMETER
Text: VFC32 Voltage-to-Frequency and Frequency-to-Voltage CONVERTER FEATURES DESCRIPTION ● OPERATION UP TO 500kHz The VFC32 voltage-to-frequency converter provides an output frequency accurately proportional to its input voltage. The digital open-collector frequency
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VFC32
500kHz
10kHz
100kHz
VFC32
372G
HIGH STABILITY MOTOR CONTROL. DIGITAL TACHOMETER
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Untitled
Abstract: No abstract text available
Text: VFC32 Voltage-to-Frequency and Frequency-to-Voltage CONVERTER FEATURES DESCRIPTION ● OPERATION UP TO 500kHz The VFC32 voltage-to-frequency converter provides an output frequency accurately proportional to its input voltage. The digital open-collector frequency
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VFC32
500kHz
10kHz
100kHz
VFC32
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VFC32
Abstract: VFC32BM VFC32KP VFC32SM
Text: VFC32 Voltage-to-Frequency and Frequency-to-Voltage CONVERTER FEATURES DESCRIPTION ● OPERATION UP TO 500kHz The VFC32 voltage-to-frequency converter provides an output frequency accurately proportional to its input voltage. The digital open-collector frequency
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VFC32
500kHz
VFC32
10kHz
100kHz
VFC32BM
VFC32KP
VFC32SM
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Untitled
Abstract: No abstract text available
Text: VFC32 Voltage-to-Frequency and Frequency-to-Voltage CONVERTER FEATURES DESCRIPTION ● OPERATION UP TO 500kHz The VFC32 voltage-to-frequency converter provides an output frequency accurately proportional to its input voltage. The digital open-collector frequency
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VFC32
500kHz
10kHz
100kHz
VFC32
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detector circuit using 741 OP-AMP
Abstract: "frequency to Voltage Converter" Tachometer speed display circuit Microprocessor tachometer rpm analog display driver DAC-03 dac03 Voltage multiplier using 741 opamp current to voltage converter using 741 TC9400 fsk "Frequency To Voltage"
Text: APPLICATION NOTE 10 APPLICATIONS OF THE TC9400 VOLTAGE-TO-FREQUENCY/ FREQUENCY-TO-VOLTAGE CONVERTER APPLICATIONS OF THE TC9400 VOLTAGE-TO-FREQUENCY/ FREQUENCY-TO-VOLTAGE CONVERTER AN-10 By Michael O. Paiva RATIOMETRIC MEASUREMENT Analog Division LATCH V1
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TC9400
AN-10
detector circuit using 741 OP-AMP
"frequency to Voltage Converter"
Tachometer speed display circuit Microprocessor
tachometer rpm analog display driver
DAC-03
dac03
Voltage multiplier using 741 opamp
current to voltage converter using 741
TC9400 fsk
"Frequency To Voltage"
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L4971
Abstract: L4971D SB360 SO16W D97IN749A 126uH
Text: L4971 1.5A STEP DOWN SWITCHING REGULATOR UP TO 1.5A STEP DOWN CONVERTER OPERATING INPUT VOLTAGE FROM 8V TO 55V PRECISE 3.3V ±1% INTERNAL REFERENCE VOLTAGE OUTPUT VOLTAGE ADJUSTABLE FROM 3.3V TO 50V SWITCHING FREQUENCY ADJUSTABLE UP TO 300KHz VOLTAGE FEEDFORWARD
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L4971
300KHz
SO16W
L4971D
500KHz
L4971
L4971D
SB360
SO16W
D97IN749A
126uH
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L5971
Abstract: L5971D SO16W 713R3
Text: L5971 1.5A STEP DOWN SWITCHING REGULATOR UP TO 1.5A STEP DOWN CONVERTER OPERATING INPUT VOLTAGE FROM 6.5V TO 28V PRECISE 1.26V ±1% INTERNAL REFERENCE VOLTAGE OUTPUT VOLTAGE ADJUSTABLE FROM 1.26V TO 20V SWITCHING FREQUENCY ADJUSTABLE UP TO 300KHz VOLTAGE FEEDFORWARD
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L5971
300KHz
SO16W
L5971D
300KHz
L5971
L5971D
SO16W
713R3
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L5971
Abstract: L5971D SO16W 3L40U
Text: L5971 1.5A STEP DOWN SWITCHING REGULATOR UP TO 1.5A STEP DOWN CONVERTER OPERATING INPUT VOLTAGE FROM 6.5V TO 28V PRECISE 1.26V ±1% INTERNAL REFERENCE VOLTAGE OUTPUT VOLTAGE ADJUSTABLE FROM 1.26V TO 20V SWITCHING FREQUENCY ADJUSTABLE UP TO 500KHz VOLTAGE FEEDFORWARD
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L5971
500KHz
SO16W
L5971D
500KHz
L5971
L5971D
SO16W
3L40U
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L4971d
Abstract: L4971 SB360 SO16W
Text: L4971 1.5A STEP DOWN SWITCHING REGULATOR UP TO 1.5A STEP DOWN CONVERTER OPERATING INPUT VOLTAGE FROM 8V TO 55V PRECISE 3.3V ±1% INTERNAL REFERENCE VOLTAGE OUTPUT VOLTAGE ADJUSTABLE FROM 3.3V TO 50V SWITCHING FREQUENCY ADJUSTABLE UP TO 500KHz VOLTAGE FEEDFORWARD
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L4971
500KHz
SO16W
L4971D
500KHz
L4971d
L4971
SB360
SO16W
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33n10
Abstract: 100nf 100 capacitor D97IN596
Text: L5971 1.5A STEP DOWN SWITCHING REGULATOR UP TO 1.5A STEP DOWN CONVERTER OPERATING INPUT VOLTAGE FROM 6.5V TO 28V PRECISE 1.26V ±1% INTERNAL REFERENCE VOLTAGE OUTPUT VOLTAGE ADJUSTABLE FROM 1.26V TO 20V SWITCHING FREQUENCY ADJUSTABLE UP TO 500KHz VOLTAGE FEEDFORWARD
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L5971
500KHz
L5971
33n10
100nf 100 capacitor
D97IN596
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capacitor 100nf 63v Thomson
Abstract: L4971 capacitor 100nf 63v SB360 diode L4971D SB360 SO16W
Text: L4971 1.5A STEP DOWN SWITCHING REGULATOR UP TO 1.5A STEP DOWN CONVERTER OPERATING INPUT VOLTAGE FROM 8V TO 55V PRECISE 3.3V ±1% INTERNAL REFERENCE VOLTAGE OUTPUT VOLTAGE ADJUSTABLE FROM 3.3V TO 40V SWITCHING FREQUENCY ADJUSTABLE UP TO 500KHz VOLTAGE FEEDFORWARD
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L4971
500KHz
SO16W
L4971D
500KHz
capacitor 100nf 63v Thomson
L4971
capacitor 100nf 63v
SB360 diode
L4971D
SB360
SO16W
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TC9401
Abstract: No abstract text available
Text: TC9400/9401/9402 Voltage-to-Frequency / Frequency-to-Voltage Converters Features: General Description: VOLTAGE-TO-FREQUENCY The TC9400/9401/9402 are low-cost Voltage-to-Frequency V/F converters, utilizing low-power CMOS technology. The converters accept a variable analog
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TC9400/9401/9402
TC9400/9401/9402
TC9401:
TC9400:
TC9402:
DS21483D-page
TC9401
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transistor SMD .v05
Abstract: D97IN749A L4971 L4971D SB360 SO16W 126uH
Text: L4971 1.5A STEP DOWN SWITCHING REGULATOR UP TO 1.5A STEP DOWN CONVERTER OPERATING INPUT VOLTAGE FROM 8V TO 55V PRECISE 3.3V ±1% INTERNAL REFERENCE VOLTAGE OUTPUT VOLTAGE ADJUSTABLE FROM 3.3V TO 50V SWITCHING FREQUENCY ADJUSTABLE UP TO 500KHz VOLTAGE FEEDFORWARD
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L4971
500KHz
L4971
transistor SMD .v05
D97IN749A
L4971D
SB360
SO16W
126uH
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0-K75
Abstract: 77120 L4971 L4971D SB360 SO16W
Text: L4971 1.5A STEP DOWN SWITCHING REGULATOR UP TO 1.5A STEP DOWN CONVERTER OPERATING INPUT VOLTAGE FROM 8V TO 55V PRECISE 3.3V ±1% INTERNAL REFERENCE VOLTAGE OUTPUT VOLTAGE ADJUSTABLE FROM 3.3V TO 50V SWITCHING FREQUENCY ADJUSTABLE UP TO 300KHz VOLTAGE FEEDFORWARD
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L4971
300KHz
SO16W
L4971D
300KHz
0-K75
77120
L4971
L4971D
SB360
SO16W
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ST L4978D
Abstract: L4978 L4978D SB560 SO16W
Text: L4978 2A STEP DOWN SWITCHING REGULATOR UP TO 2A STEP DOWN CONVERTER OPERATING INPUT VOLTAGE FROM 8V TO 55V PRECISE 3.3V ±1% INTERNAL REFERENCE VOLTAGE OUTPUT VOLTAGE ADJUSTABLE FROM 3.3V TO 50V SWITCHING FREQUENCY ADJUSTABLE UP TO 300KHz VOLTAGE FEEDFORWARD
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L4978
300KHz
SO16W
L4978D
300KHz
ST L4978D
L4978
L4978D
SB560
SO16W
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L4978
Abstract: No abstract text available
Text: L4978 2A STEP DOWN SWITCHING REGULATOR UP TO 2A STEP DOWN CONVERTER OPERATING INPUT VOLTAGE FROM 8V TO 55V PRECISE 3.3V ±1% INTERNAL REFERENCE VOLTAGE OUTPUT VOLTAGE ADJUSTABLE FROM 3.3V TO 50V SWITCHING FREQUENCY ADJUSTABLE UP TO 500KHz VOLTAGE FEEDFORWARD
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L4978
500KHz
L4978
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126uH
Abstract: CC12V
Text: L4971 1.5A STEP DOWN SWITCHING REGULATOR UP TO 1.5A STEP DOWN CONVERTER OPERATING INPUT VOLTAGE FROM 8V TO 55V PRECISE 3.3V ±1% INTERNAL REFERENCE VOLTAGE OUTPUT VOLTAGE ADJUSTABLE FROM 3.3V TO 50V SWITCHING FREQUENCY ADJUSTABLE UP TO 500KHz VOLTAGE FEEDFORWARD
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L4971
500KHz
L4971
126uH
CC12V
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Frequency-to-Voltage Converter
Abstract: No abstract text available
Text: VFC32 BUR R - BROWN Voltage-to-Frequency and Frequency-to-Voltage CONVERTER FEATURES DESCRIPTION OPERATION UP TO 500kHz The VFC32 voltage-to-frequency converter provides an output frequency accurately proportional to its input voltage. The digital open-collector frequency
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VFC32
500kHz
10kHz
100kHz
VFC32
200kHz,
Frequency-to-Voltage Converter
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CD4538 applications
Abstract: CD4538 teledyne transistor cross reference TC9400
Text: W TELEDYNE COMPONENTS TC9400 TC9401 TC9402 VOLTAGE-TO-FREQUENCY/FREQUENCY-TO-VOLTAGE CONVERTERS FEATURES Voltage-to-Frequency APPLICATIONS Voltage-to-Frequency • ■ ■ Temperature Sensing and Control ■ |j.P Data Acquisition ■ Instrumentation ■ ' 13-Bit Analog-to-Digital Converters
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TC9400
TC9401
TC9402
TC9401.
TC9400.
TC9402.
CD4538 applications
CD4538
teledyne transistor cross reference
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