Op动画片图片
Amp Circuit Collection AN-31
Practical Differentiator
f c e
1
2q R2C1
f h e
1
梦里花张韶涵
2q R1C1
e
1
2q R2C2
f c m f h m f unity gain
TL H 7057–9
Integrator全国高血压日
V OUT e b
1
R1C1
t2
t1
V IN dt
f c e
1
2q R1C1
R1e R2
For minimum offt error due
to input bias current
TL H 7057–10
Fast Integrator
TL H 7057–11Current to Voltage Converter
V OUT e l IN R1
For minimum error due to
bias current R2e R1
TL H 7057–12
Circuit for Operating the LM101
without a Negative Supply
TL H 7057–13Circuit for Generating the
Second Positive Voltage
TL H 7057–14
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去上学英语
Neutralizing Input Capacitance to Optimize Respon Time
C N s R1
R2
C S
TL H 7057–15 Integrator with Bias Current Compensation
Adjust for zero integrator drift
Current drift typically0 1 n A C
over b55 C to125 C
temperature range
TL H 7057–16 Voltage Comparator for Driving
DTL or TTL Integrated Circuits
李秀成
TL H 7057–17 Threshold Detector for Photodiodes
TL H 7057–18
Double-Ended Limit Detector
V OUT e4 6V for
V LT s V IN s V UT
V OUT e0V for
V IN k V LT or V IN l V UT
TL H 7057–19 Multiple Aperture Window Discriminator
TL H 7057–20
Offt Voltage Adjustment for Inverting Amplifiers
Using Any Type of Feedback Element RANGE e g V
R2R1
J
TL H 7057–21
Offt Voltage Adjustment for Non-Inverting Amplifiers
Using Any Type of Feedback Element
RANGE e g V R2
R1J
GAIN
e 1a
R5R4a R2
TL H 7057–22
Offt Voltage Adjustment for Voltage Followers RANGE e g V
R3
R1J
TL H 7057–23
Offt Voltage Adjustment for Differential Amplifiers
R2e R3a R4RANGE e g V R5R4J R1
R1
a R3
J
GAIN e
R2
R1
TL H 7057–24
红岩的好词好句摘抄
Offt Voltage Adjustment for Inverting
Amplifiers Using 10k X Source Resistance or Less
R1e 2000R3U R4R4U R3s 10k X RANGE e g V
R3U R4R1
J
TL H 7057–25
SECTION2 SIGNAL GENERATION
Low Frequency Sine Wave Generator with Quadrature Output
跋扈飞扬TL H 7057–26 High Frequency Sine Wave Generator with Quadrature Output
f o e10kHz
TL H 7057–27
