matched pair JFET
Abstract: N CHANNEL jfet Low Noise Audio Amplifier jfet differential transistor jfet having voltage gain 741 op-amp transistor jfet 741 opamp field effect transistors opamp 741 jfet idss 10 vp -6
Text: APPLICATION NOTES JFETS P R E C I S I O N I N E L E C T R O N I C S An introduction to Junction Field Effect Transistors JFETs The Junction Field Effect Transistor (JFET) exhibits characteristics which often make it more suited to a particular application than the bipolar transistor.
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Application Notes
Abstract: matched pair JFET N CHANNEL jfet Low Noise Audio Amplifier jfet transistor for VCR "voltage controlled resistor" JFET APPLICATIONS igfet jfet differential transistor jfet p channel switch FET differential amplifier circuit
Text: Databook.fxp 1/13/99 2:09 PM Page H-2 H-2 01/99 Junction Field Effect Transistors InterFET Application Notes Introduction T he field effect transistor was actually conceived before the more familiar bipolar transistor. Due to limited technology and later the
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vzac
Abstract: ZM31015
Text: ZMD31015 RBicdLiteTM Low-Cost Sensor Signal Conditioner with Diagnostics Datasheet Features • • • • • • • • • • • • • • • • • Digital compensation of sensor offset, sensitivity, temperature drift and non-linearity Programmable analog gain and digital gain; accommodates bridges with spans < 1mV/V and high offset
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polarized and nonpolarized electrodes in medical
Abstract: eeg amplifier eeg electrode eeg device electromyography cardiac pacemaker AD8224 nonpolarized EEG circuit emg amplifier
Text: Biopotential Electrode Sensors in ECG/EEG/EMG Systems By Stephen Lee and John Kruse Electrocardiography ECG , electromyography (EMG), and electroencephalography (EEG) systems measure heart, muscle, and brain activity (respectively) over time by measuring electric potentials
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0E12
Abstract: MOSFET Termination Structure
Text: Low Voltage Super Junction MOSFET Simulation and Experimentation Timothy Henson, Joe Cao International Rectifier 233 Kansas St, El Segundo, CA 90245 USA as presented at ISPSD Conference , April 2003 Abstract. The application of Super Junction concepts to a low voltage power MOSFET is
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DATASHEET OF IC 741
Abstract: LM1011 oscillator circuit with op amp 741 using ic 741 The Monolithic Operational Amplifier A Tutorial oscillator circuit with op amp 741 its output NPN Transistor 6A 70V 1G Linear Applications Handbook National Semiconductor sine wave Oscillator jfet circuit 741 dual op amp
Text: National Semiconductor Appendix A A December 1974 Invited Paper IEEE Journal of Solid-State Circuits Vol SC-9 No 6 Abstract A study is made of the integrated circuit operational amplifier IC op amp to explain details of its behavior in a simplified and understandable manner Included are
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zmd31015
Abstract: No abstract text available
Text: ZMD31015 RBicdLiteTM Low-Cost Sensor Signal Conditioner with Diagnostics Datasheet PRELIMINARY Features • • • • • • • • • • • • • • • • • Digital compensation of sensor offset, sensitivity, temperature drift and non-linearity
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ZMD31010
Abstract: 5-30V 800H J107 MMBF4392 ZACwire ZMDA
Text: ZMD31010 RBicLiteTM Low-cost Sensor Signal Conditioner PRELIMINARY Datasheet Features Brief Description • The RBicLiteTM is a CMOS integrated circuit for highlyaccurate amplification and sensor-specific correction of bridge sensor signals. Digital compensation of
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eeg amplifier examples
Abstract: eeg amplifier Brain wave signal sensor eeg input amplifier examples application of chopper amplifier EeG sensor DP83640 LMP8358 eeg device SIGNAL PATH designer
Text: SIGNAL PATH designer Expert tips and techniques for energy-efficient design No. 120 Going Beyond the Front End — By Soufiane Bendaoud, Technical Engineer Difference Between Auto-Zeroing and Chopping One of the key differences between chopping and autozeroing is that chopping is a modulation technique, which
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Abstract: No abstract text available
Text: ZMD31015 RBicdLiteTM Low-Cost Sensor Signal Conditioner with Diagnostics Datasheet PRELIMINARY Features • • • • • • • • • • • • • • • • • Digital compensation of sensor offset, sensitivity, temperature drift and non-linearity
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Text: ZMD31015 RBicdLiteTM Low-Cost Sensor Signal Conditioner with Diagnostics Datasheet PRELIMINARY Features • • • • • • • • • • • • • • • • • Digital compensation of sensor offset, sensitivity, temperature drift and non-linearity
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Text: ZMD31015 RBicdLiteTM Low-Cost Sensor Signal Conditioner with Diagnostics Datasheet PRELIMINARY Features • • • • • • • • • • • • • • • • • Digital compensation of sensor offset, sensitivity, temperature drift and non-linearity
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1N5231B
Abstract: 1N751 1N914 SPT9693 SPT9693SCC SPT9693SCP SPT9693SCU
Text: SPT9693 WIDE INPUT VOLTAGE, JFET COMPARATOR TECHNICAL DATA MARCH 1, 2001 FEATURES APPLICATIONS • Common mode range –3.0 to +8.0 V • Low input bias current <100 pA • Propagation delay 1.5 ns max • Low offset ±25 mV • Low feedthrough and crosstalk
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complementary JFET
Abstract: 1N5231B 1N751 1N914 SPT9693 SPT9693SCC SPT9693SCJ SPT9693SCP SPT9693SCU jfet n channel ultra low noise
Text: SPT SPT9693 WIDE INPUT VOLTAGE, JFET COMPARATOR SIGNAL PROCESSING TECHNOLOGIES FEATURES APPLICATIONS • • • • • • • • • • • • • • Common Mode Range -3.0 to +8.0 V Low Input Bias Current <100 pA Propagation Delay 1.5 ns max Low Offset ±25 mV
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SPT9693SCU
jfet n channel ultra low noise
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mu24 dc
Abstract: SWT-2
Text: APR F*r88uct Specifications Linear Integrated RFA120 Raytheon RFA120 Linear FET Macrocell Array General Features • ■ ■ ■ ■ 8 FET macrocells 4 bipolar macrocells Dual-layer metallization for high integration
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RFA120
mu24 dc
SWT-2
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Abstract: No abstract text available
Text: & & P S T P T 9 6 9 3 WIDE INPUT VOLTAGE, JFET COMPARATOR SIGNAL PROCESSING TECHNOLOGIES FEATURES APPLICATIONS Common Mode Range -3.0 to +8.0 V Low Input Bias Current <100 pA Propagation Delay 1.5 ns max Low Offset ±25 mV Low Feedthrough and Crosstalk Differential Latch Control
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Text: TO KO @ AMERICA/ S P b2E D SIGNAL • 6 2 46 ^1 7 D D 0 2 4 5 b T2T B I S P T SPT9Ó 91 T SIGNAL PROCESSING TECHNOLOGIES WIDE INPUT VOLTAGE, JFET COMPARATOR FEATURES Common Mode Range -4.0 to +8.0 V Low Input Bias Current <100 pA Propagation Delay 2.7 ns max
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SPT9691
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plji
Abstract: 1N5231B 1N751 1N914 SPT9693 eZ 719
Text: SPT9693 @ S P T WIDE INPUT VOLTAGE, JFET COMPARATOR SIGNAL PROCESSING TECHNOLOGIES FEATURES APPLICATIONS Common Mode Range -3.0 to +8.0 V Low Input Bias Current <100 pA Propagation Delay 1.5 ns max Low Offset ±25 mV Low Feedthrough and Crosstalk Differential Latch Control
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plji
1N5231B
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Text: JU L 2 4 19« SPT SPT9 6 9 I SIGNAL PROCESSING TECHNOLOGIES WIDE INPUT VOLTAGE, JFET COMPARATOR APPLICATIONS FEATURES Automated Test Equipment High Speed Instrumentation Window Comparators High Speed Timing Line Receivers High Speed Triggers Threshold Detection
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SPT9691SCJ
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Text: S P T9 6 9 I fà S P T WIDE INPUT VOLTAGE, JFET COMPARATOR SIGNAL PROCESSING TECHNOLOGIES FEATURES APPLICATIONS Common Mode Range -4.0 io +8.0 V Low Input Bias Current <100 pA Propagation Delay 2.5 ns max 300 MHz Minimum Tracking Bandwidth Low Offset ±25 mV
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Text: SPT969 I @ e s SIGNAL PROCESSING TECHNOLOGIES WIDE INPUT VOLTAGE, JFET COMPARATOR FEATURES Common Mode Range -4.0 to +8.0 V Low Input Bias Current <100 pA Propagation Delay 2.7 ns max 300 MHz Minimum Tracking Bandwidth Low Offset ±25 mV Low Feedthrough and Crosstalk
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diodes t25 4 l7
Abstract: B0907 1N5817 1N914 SPT9691 A24Ai
Text: SPT969 I @ 5 P r WIDE INPUT VOLTAGE, JFET COMPARATOR SIGNAL PROCESSING TECHNOLOGIES FEATURES APPLICATIONS Common Mode Range -4.0 to +8.0 V Low Input Bias Current <100 pA Propagation Delay 2.5 ns max 300 MHz Minimum Tracking Bandwidth Low Offset ±25 mV Low Feedthrough and Crosstalk
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Q003Q50
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jfet n channel ultra low noise
Abstract: SPT9693 SPT9693SCC SPT9693SCJ SPT9693SCP SPT9693SCU
Text: SPT9693 @ S P T WIDE INPUT VOLTAGE, JFET COMPARATOR SJGAtAl PROCESSING TECHNOLOGIES APPLICATIONS FEATURES Automated Test Equipment High Speed Instrumentation Window Comparators High Speed Timing Line Receivers High Speed Triggers Threshold Detection Peak Detection
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jfet n channel ultra low noise
SPT9693SCC
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npn transistor w19
Abstract: w19 transistor
Text: U h # HARRIS HTA2000 SEMICONDUCTOR • RCA • GE • INTERSIL VHF Tile Array June 1990 Advance Information Features Overview • Supported on Harris Bipolar Analog FASTRACK Design System The Harris HTA2000 Tile Array provides the analog system designer with a fast turn, low cost tile array methodology for
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npn transistor w19
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