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N CHANNEL jfet Low Noise Audio Amplifier

Catalog Datasheet MFG & Type PDF Document Tags

IC 741 OPAMP

Abstract: SAA 1251 trigger 2,5 Watt audio amplifier stereo low noise pre amplifier BCD to decade decoder opamp stereo low , ref source 2,5 Volt low voltage audio amplifier dual pre amplifier low noise dual low noise pre , TV sound channel opamp AF power amplifier low noise high speed prec. opamp dual 4-channel analog , lin. opamp ultra low noise microwave amplifier cascadeble FM/IF amplifier FM/IF amplifier low bias , low noise offset opamp dual low noise pre amplifier dual RS-232 transmitter/receiver test pattern
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IC 741 OPAMP SAA 1251 7106CPL TDA2620 SAA1121 LM 4440 AUDIO AMPLIFIER CIRCUIT 0002CH1 0002CN1 0022CD1 10CLN 12CLK 012CLP

slew rate LM307

Abstract: quad comparator LM3900 Operational Amplifier .2-202 Dual/Quad Low Noise , , MC33202, MC33204 MC33272, MC33274 F u n c tio n Page JFET Input Operational Amplifiers , . 2-15 Low Offset, Low Drift JFET Input Operational Amplifiers . Low Power JFET , Operational Am plifiers. 2-80 Dual Low Noise , Operational Amplifier .2-144 Quad Low Power Operational Am
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MC1490P MC1741 MC3505 slew rate LM307 quad comparator LM3900 LOW POWER operational amplifier LM324 LM311 slew rate Operational Amplifiers lm324 quad amplifier LF347 LF351 LF353 LF356 LF356B LF357B

lateral mosfet audio amplifier

Abstract: N CHANNEL jfet Low Noise Audio Amplifier Impedance N-Channel JFET Amplifier N-Channel Enhancement Mode MOSFET Low Noise, N-Channel JFET Switch Low Noise, N-Channel JFET Switch Low Noise, N-Channel JFET Switch Wideband, High Gain, Single, N- Channel , , Single, N- Channel JFET(SMT) Low Noise, Low Drift, Monolithic Dual, N-Channel JFET(SMT) Low Noise, Low , Switch(SMT) Low Noise, N-Channel JFET Switch(SMT) Wideband, High Gain, Monolithic Dual, N- Channel JFET , - Channel JFET Wideband, High Gain, Single, N- Channel JFET Low Noise, Low Drift, Monolithic Dual, N-Channel
Linear Integrated Systems
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lateral mosfet audio amplifier N CHANNEL jfet Low Noise Audio Amplifier N CHANNEL jfet ultra Low Noise Audio Amplifier J201 N-channel JFET super beta transistor JFET APPLICATIONS SD-SST211/213/215 SD211DE/SST211 SD211 SD214

diode ZENER A8

Abstract: N CHANNEL jfet Low Noise Audio Amplifier Impedance N-Channel JFET Amplifier N-Channel Enhancement Mode MOSFET Low Noise, N-Channel JFET Switch Low Noise, N-Channel JFET Switch Low Noise, N-Channel JFET Switch Wideband, High Gain, Single, N- Channel , , Single, N- Channel JFET(SMT) Low Noise, Low Drift, Monolithic Dual, N-Channel JFET(SMT) Low Noise, Low , Switch(SMT) Low Noise, N-Channel JFET Switch(SMT) Wideband, High Gain, Monolithic Dual, N- Channel JFET , - Channel JFET Wideband, High Gain, Single, N- Channel JFET Low Noise, Low Drift, Monolithic Dual, N-Channel
Linear Integrated Systems
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SST214 diode ZENER A8 P-Channel Depletion Mosfets ultra FAST DMOS FET Switches 2N4351 sst210 sot-143 SD-SST210/214 SD210DE SD214DE SST210 SD210DE/214DE

LM741 battery charger circuit

Abstract: LM741 AND LM386 Audio Amplifier Operational Amplifier LF357 JFET Input Operational Amplifier LF398 LF411 Low Offset, Low Drift JFET Input Operational Amplifier LF412 Low Offset, Low Drift Dual JFET Input Operational Amplifier LF442 Dual Low Power JFET Input Operational Amplifier LF444 Quad Low Power JFET Input Operational Amplifier LM10 , Reference Diode LM386 Low Voltage Audio Power Amplifier LM392 Low Power Operational Amplifier/Voltage , Reset Circuits LM828 Switched Capacitor Voltage Converter LM837 Low Noise Quad Operational Amplifier
National Semiconductor
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LM741 battery charger circuit LM741 AND LM386 Audio Amplifier frequency to voltage converter with LM555 timer 54ACT3301 LM741 audio amplifiers LM324 BATTERY CHARGER ADC0831 ADC0834 ADC08351 ADC0848 ADC08831 ADC08832

m1305 transistor

Abstract: w431 Low noise operational amplifier High slew rate J-FET input operational amplifier High output voltage , amplifier Low voltage audio power amplifier (1W ) Stereo m odulator Dolby B-type noise reduction processor , tow voltage audio power amplifier Dolby B-type noise reduction processor Dual low voltage audio power amplifier Active bass booster M O N O RA L MIC Amp. for VIDEO CAM ERA Low voltage audio power amplifier with , operational amplifier Programmable operational amplifier Low noise operational amplifier Low power operational
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m1305 transistor w431 MRF1421C NJT1946A Diode LT 4104 7082a NJMOP-07 NJM318 NJM741 NJM2107F NJM2130 NJM425

LM833M

Abstract: 2 channel 40 watt audio amplifier N a t i o n a l Semiconductor Audio Amps, Video Circuits and A/D and D/A Converters Audio Power , Single/Dual Leads Range TO-220 SOIC Conditions PDIP (°C) (%) — — LM380N Audio Power Amplifier 0.500 , 4 W @ VS = 22 V 12.0 V to 26 V Single N14 0 to +70 — LM386M-1 LM386N-1 Low Voltage Audio Power Amp 0.250 PO = 0.125 W @ VS = 6 V 4.0 V to 18 V Single M8, N8 0 to +70 — — LM386N-3 Low Voltage Audio Power Amp 0.250 PO = 0.125 W @ VS = 6 V 4.0 V to 18 V Single N8 0 to +70 — — LM386N-4 Low Voltage Audio
Allied Electronics Catalog
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LM3886T DAC0832LCWM LM833M 2 channel 40 watt audio amplifier adc1001ccj-1 LM384N LM1875T LM1877N-9 LM3875T LM3876T

Application Notes

Abstract: matched pair JFET flow in the channel of a JFET operating in this manner is called the drain saturation current. The JFET is normally operated in the saturated region when used as an amplifier. The application of an , JFET performs as a voltage controlled current amplifier. The JFET is preferred in many circuit , applications are: The most common configuration for the JFET as an amplifier is the common source circuit , S D VSS Figure 2 Basic Common Source Amplifier Circuit Biasing Configuration Basic JFET
InterFET
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Application Notes matched pair JFET igfet jfet transistor for VCR jfet differential transistor

matched pair JFET

Abstract: N CHANNEL jfet Low Noise Audio Amplifier audio system. The voltage gain of this circuit is then defined as: Figure 4 ­ Low noise JFET single , contribution of the JFET is from the shot noise of the gate leakage current, the thermal noise of the channel resistance, and the frequency noise of the channel. RD RD Vo ­ Vi + Vi RS VSS The JFET , Voltage controlled resistors Basic JFET amplifier configurations There are three basic JFET circuits , configuration for the JFET as an amplifier is the common source circuit. For an Nchannel device the circuit
Rhopoint Components
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jfet having voltage gain 741 opamp 741 op-amp transistor jfet field effect transistors opamp 741

LM1973M

Abstract: LM1973 The LM1973 is a digitally controlled 3-channel 76dB audio attenuator fabricated on a CMOS process , through its excellent Signal-to-Noise Ratio, extremely low (THD+N), and high channel separation. Each , Semiconductor Corporation DS011958 www.national.com LM1973 µPot 3-Channel 76dB Audio Attenuator with , Noise XTalk Inputs are AC Grounded VIN = 0.5 Vpk @ 0dB Attenuation SNR Crosstalk (Channel , from occurring, a JFET input op amp should be used as the buffer/amplifier. The performance of a µPot
National Semiconductor
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LM1973M LM1973N

a150 attenuator

Abstract: LM1973N through its excellent Signal-to-Noise Ratio extremely low (THD a N) and high channel separation Each mPot , LM1973 mPot TM 3-Channel 76dB Audio Attenuator with Mute General Description Key Specifications The LM1973 is a digitally controlled 3-channel 76dB audio attenuator fabricated on a CMOS , Semiconductor Corporation TL H 11958 RRD-B30M75 Printed in U S A LM1973 mPot 3-Channel 76dB Audio , Total Harmonic Distortion plus Noise VIN e 0 5 Vpk XTalk Crosstalk (Channel Separation) (Note
National Semiconductor
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a150 attenuator C1995 LF412ACN D-82256

LM1973N

Abstract: LF412 buffer/amplifier such as an LF412ACN. The LF412 has a high input impedance and exhibits both a low noise , The LM1973 is a digitally controlled 3-channel 76dB audio attenuator fabricated on a CMOS process , through its excellent Signal-to-Noise Ratio, extremely low (THD+N), and high channel separation. Each , Semiconductor Corporation DS011958 www.national.com LM1973 µPot 3-Channel 76dB Audio Attenuator with , prevent loading from occurring, a JFET input op amp should be used as the buffer/amplifier. The
National Semiconductor
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CSP-9-111C2 CSP-9-111S2

LM1972

Abstract: LM1972M buffer/amplifier such as an LF412ACN. The LF412 has a high input impedance and exhibits both a low noise , LM1972 µPotTM 2-Channel 78dB Audio Attenuator with Mute General Description The LM1972 is a digitally controlled 2-channel 78dB audio attenuator fabricated on a CMOS process. Each channel has , low (THD+N), and high channel separation. Each µPot contains a mute function that disconnects the , ratio (ref. 4 Vrms): 110dB (min) Channel separation: 100dB (min) Features n n n n 3
National Semiconductor
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LM1972M LM1972N

LM1972

Abstract: LF412 both a low noise floor and low THD+N throughout the audio spectrum which maintains signal integrity , LM1972 µPotTM 2-Channel 78dB Audio Attenuator with Mute General Description Key Specifications The LM1972 is a digitally controlled 2-channel 78dB audio attenuator fabricated on a CMOS process , excellent Signal-to-Noise Ratio, extremely low (THD+N), and high channel separation. Each µPot contains a , ): 110dB (min) Channel separation: 100dB (min) Features n n n n 3-wire serial interface
National Semiconductor
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datasheet LM1972

C1995

Abstract: LF412 demonstrated through its excellent Signal-to-Noise Ratio extremely low (THD a N) and high channel separation , amplifier such as an LF412ACN The LF412 has a high input impedance and exhibits both a low noise floor and low THD a N throughout the audio spectrum which maintains signal integrity and linearity for the , LM1973 mPot TM 3-Channel 76dB Audio Attenuator with Mute General Description Key Specifications The LM1973 is a digitally controlled 3-channel 76dB audio attenuator fabricated on a CMOS
National Semiconductor
Original

LM1972

Abstract: 11978 Signal-to-Noise Ratio extremely low (THD a N) and high channel separation Each mPot contains a mute function that , LM1972 mPot TM 2-Channel 78dB Audio Attenuator with Mute General Description Key Specifications The LM1972 is a digitally controlled 2-channel 78dB audio attenuator fabricated on a CMOS , RRD-B30M75 Printed in U S A LM1972 mPot 2-Channel 78dB Audio Attenuator with Mute April 1995 , Noise VIN e 0 5 Vpk XTalk Crosstalk (Channel Separation) SNR Signal-to-Noise Ratio AM
National Semiconductor
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11978

lm1972n

Abstract: a high input impedance and exhibits both a low noise floor and low THD +N throughout the audio , LM1972 Pot 2-Channel 78dB Audio Attenuator with Mute November 2006 LM1972 PotTM 2-Channel 78dB Audio Attenuator with Mute General Description The LM1972 is a digitally controlled 2-channel 78dB audio attenuator fabricated on a CMOS process. Each channel has attenuation steps of 0.5dB from , demonstrated through its excellent Signal-to-Noise Ratio, extremely low (THD+N), and high channel separation
National Semiconductor
Original

LM1972

Abstract: n channel jfet buffer amplifier LM1972 PotTM 2-Channel 78dB Audio Attenuator with Mute General Description Key Specifications The LM1972 is a digitally controlled 2-channel 78dB audio attenuator fabricated on a CMOS process , Signal-to-Noise Ratio, extremely low (THD+N), and high channel separation. Each Pot contains a mute function , www.national.com LM1972 Pot 2-Channel 78dB Audio Attenuator with Mute November 2006 LM1972 Soldering , plus Noise VIN = 0.5 Vpk @ 0dB Attenuation XTalk Crosstalk (Channel Separation) 0dB
National Semiconductor
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n channel jfet buffer amplifier

transistor 2n5088 equivalent

Abstract: transistor fn 1016 generated in the resistive channel portion of the JFET as identified in equation (1). Shot Noise Region - , , except in the 1/f n region, closely approximates the equivalent thermal noise voltage of the channel , resistance RG: e n 2 ) i n 2 R G2 dB 4kTR GB (11) When JFET noise is expressed in terms of , noise at source impedances as low as 5 kW . With higher source impedances, common in sensitive transducers, the JFET amplifiers exhibit dramatically lower noise figures. A close examination of bipolar
Temic Semiconductors
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AN106 transistor 2n5088 equivalent transistor fn 1016 2N5088 equivalent 2N5088 SIMILAR 2n930 equivalent JFETs Junction FETs

2N5088 equivalent

Abstract: siliconix FET AUDIO AMPLIFIER Noise Region ­ Represents the noise generated in the resistive channel portion of the JFET as identified , "analog world." Common JFET amplifier applications Siliconix 10-Mar-97 Contemporary JFETs have noise , impedances as low as 5 kW . With higher source impedances, common in sensitive transducers, the JFET amplifiers exhibit dramatically lower noise figures. A close examination of bipolar and JFET specification , Source impedance effect on circuit NF. Defining the JFET Noise Figure Figure 1 represents the basic
Temic Semiconductors
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2N4393 siliconix FET AUDIO AMPLIFIER siliconix fet siliconix FET DESIGN Siliconix AN106 Siliconix "low noise jfet" monolithic amplifier MAR 3 app note ST201/ SST204 PN4393 SST4393 U401/U404/
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