P16HD8
Abstract: P16R4 preload decade counter transistor B1010 F159
Text: Equation and JEDEC Simulators User Manual Table of Contents Preface 1. Equation and JEDEC Simulation Equation and JEDEC File Simulation Test Vector Files . . . . . . . . . . How to Invoke Simulation . . . . The Simulator Model . . . . . . . JEDEC and .tmv Vectors . . . . .
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reset22a
P16HD8
P16R4
preload decade counter
transistor B1010
F159
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LM628
Abstract: AN-706 LM12 LM18293 LM629 POSITION DECODER ENCODER
Text: Table of Contents 1.0 INTRODUCTION 1.1 Application Note Objectives 5.2.1 PID Filter Difference Equation 5.2.2 Difference Equation with LM628/629 Coefficients 1.2 Brief Description of LM628/629 2.0 DEVICE DESCRIPTION 2.1 Hardware Architecture 2.2 Motor Position Decoder
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LM628/629
LM628/629
Host-LM628/629
an011018
LM628
AN-706
LM12
LM18293
LM629
POSITION DECODER ENCODER
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ups PURE SINE WAVE schematic diagram
Abstract: AD9854 DDS based CLOCK GENERATOR 10MHZ quality FM TRANSMITTER 16psk block diagram ups transformer winding formula Transistor based fm modulator ct UHf band upconverter LMX1501 lmx1501a disabling prescaler RF MMIC MARK CODE E4
Text: A Technical Tutorial on Digital Signal Synthesis Copyright 1999 Analog Devices, Inc. 1 Outline Section 1. Fundamentals of DDS technology Theory of operation Circuit architecture Tuning equation Elements of DDS circuit functionality and capabilities DAC integration
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ups PURE SINE WAVE schematic diagram
Abstract: ad9850 am modulation quality FM TRANSMITTER AD9854 DDS based CLOCK GENERATOR 10MHZ ad9850 fm modulation 74HC74 optical quadrature encoder ad9850 AD985X LMX1501A 3 phase ups PURE SINE WAVE schematic diagram
Text: A Technical Tutorial on Digital Signal Synthesis a Copyright 1999 Analog Devices, Inc. 1 Outline Section 1. Fundamentals of DDS technology Page 5 Overview DDS Advantages Theory of operation Circuit architecture Tuning equation Elements of DDS circuit functionality and capabilities
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AD9851
ups PURE SINE WAVE schematic diagram
ad9850 am modulation
quality FM TRANSMITTER
AD9854 DDS based CLOCK GENERATOR 10MHZ
ad9850 fm modulation
74HC74 optical quadrature encoder
ad9850
AD985X
LMX1501A
3 phase ups PURE SINE WAVE schematic diagram
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AN1149
Abstract: P N Junction diode
Text: application brief AB20 3A replaces AN1149 3A Advanced Electrical Design Models Table of Contents Diode Equation Forward Voltage Model 2 Derivation of Diode Model 2 Calculation of Diode Model Parameters 2 “Worst case” Diode Models 3 Advanced Thermal Modeling Equations
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AN1149
P N Junction diode
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Untitled
Abstract: No abstract text available
Text: Cable Assemblies Definition of Parameters Impedance - The characteristic impedance equation for a coaxial transmission line is expressed as follows: Impedance ≡ Zo = where: 138.06 √ ε Log 10 D/d D = diameter of outer conductor d = diameter of center conductor
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bubba oscillator
Abstract: bubba oscillator schematic bubba RC Phase shift Oscillator Three phase sine wave oscillator Wien Bridge Oscillator Wien Bridge Oscillator AGC lc oscillator PHASE SHIFT single supply Wien Bridge Oscillator
Text: Amplifiers: Op Amps Texas Instruments Incorporated Design of op amp sine wave oscillators By Ron Mancini Senior Application Specialist, Operational Amplifiers Criteria for oscillation system1 The canonical form of a feedback is shown in Figure 1, and Equation 1 describes the performance of
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SLYT164
bubba oscillator
bubba oscillator schematic
bubba
RC Phase shift Oscillator
Three phase sine wave oscillator
Wien Bridge Oscillator
Wien Bridge Oscillator AGC
lc oscillator
PHASE SHIFT
single supply Wien Bridge Oscillator
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10E431
Abstract: 10E131 10H131 AN1504 10E101 DL140 ECL 100151 DL140-D Rennie
Text: AN1504 Application Note Metastability and the ECLinPS Family Prepared by Rennie Wm. Dover Todd Pearson ECLinPS Applications Engineering This application note examines the concept of metastability and provides a theoretical discussion of how it occurs, including examples of the metastable condition. An equation
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AN1504
DL140
AN1504/D*
AN1504/D
10E431
10E131
10H131
AN1504
10E101
ECL 100151
DL140-D
Rennie
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panasonic capacitor FL
Abstract: zener diode 4.7V EKZE350ELL561MJ25S diode zener c26 vishay capacitors 5002 testpoint keystone CAPACITOR 1000pf PANASONIC SM0603 CAPACITORS CHEMICON SM TDSON-8
Text: ISL8106EVAL1Z User Guide Application Note Introduction February 16, 2009 AN1452.0 The value of RSEN can then be calculated by Equation 2: The ISL8106EVAL1Z evaluation board demonstrates the performances of the ISL8106, synchronous buck PWM controller with Intersil’s Robust Ripple Regulator R3
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ISL8106EVAL1Z
AN1452
ISL8106,
ISL8106
200kHz
600kHz.
panasonic capacitor FL
zener diode 4.7V
EKZE350ELL561MJ25S
diode zener c26
vishay capacitors
5002 testpoint keystone
CAPACITOR 1000pf PANASONIC
SM0603
CAPACITORS CHEMICON SM
TDSON-8
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TC1264VAB-3
Abstract: 200B AN761 DK-2750 TC1264 AN-761
Text: M AN761 LDO Thermal Considerations Author: The conservation of power, states that power in must equal power out. Consequently, input power is equal to the power delivered to the load plus the power dissipated in the LDO, Equation 1 : Paul Paglia, Microchip Technology Inc.
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AN761
D-81739
DS00761B-page
TC1264VAB-3
200B
AN761
DK-2750
TC1264
AN-761
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schematic diagram for thermistor
Abstract: 101 thermistor
Text: PSoC Creator Component Datasheet Thermistor Calculator 1.20 Features • Adaptable for majority of negative temperature coefficient NTC thermistors • Look-Up-Table (LUT) or equation implementation methods Selectable reference resistor, based on thermistor value
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Untitled
Abstract: No abstract text available
Text: PSoC Creator Component Data Sheet Thermistor Calculator 1.0 Features • Adaptable for majority of negative temperature coefficient NTC thermistors • Look-Up-Table (LUT) or equation implementation methods Selectable reference resistor, based on thermistor value
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AN765
Abstract: SS TRANSISTOR IN SOT 23 PACKAGING voltage regulator sot 223 LP2980 MIC5205 TC1070 TC1071 sot-23-5 Micropower Voltage Regulator AN-765
Text: AN765 Using Microchip’s Micropower LDOs Author: Paul Paglia, Microchip Technology Inc. EQUATION 1: V OUT = V REF [ R 1 ⁄ R 2 + 1 ] VREF INTRODUCTION Microchip Technology, Inc.’s family of micropower LDOs utilizes low-voltage CMOS process technology.
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AN765
lo536-4803
DS00765B-page
AN765
SS TRANSISTOR IN SOT 23 PACKAGING
voltage regulator sot 223
LP2980
MIC5205
TC1070
TC1071
sot-23-5 Micropower Voltage Regulator
AN-765
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NTC thermistors MEDICAL
Abstract: No abstract text available
Text: PSoC Creator Component Data Sheet Thermistor Calculator 1.10 Features • Adaptable for majority of negative temperature coefficient NTC thermistors • Look-Up-Table (LUT) or equation implementation methods Selectable reference resistor, based on thermistor value
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swra169
Abstract: SmartRF04EB radar distance measurement RFID matlaB design DN018 CC2500 SWRA046A CC2500EM ERCOS 2445MHz
Text: Design Note DN018 Range Measurements in an Open Field Environment By Tor-Inge Kvaksrud Keywords • • • Friis Equation Ground Model Range 1 Introduction • • Sensitivity Transmission Budget Range is one of the most important parameters of any radio system. Datarate, output power, receiver sensitivity,
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DN018
swra169
SmartRF04EB
radar distance measurement
RFID matlaB design
DN018
CC2500
SWRA046A
CC2500EM
ERCOS
2445MHz
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Untitled
Abstract: No abstract text available
Text: Microcomputer Based IR Temperature Transducers Charles E. Everest, Everest Interscience, Inc. systems, an increment of radiant power dWD is transmitted from the detector’s sensitive area to the target spot according to the equation: ⑀DC1 dWD = d
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Matching MOSFET Drivers to MOSFETs
Abstract: POWER MOSFET 4600 TC4422 AN799 Matching MOSFET Drivers to MOSFETs fet 4816 multiple mosfet gate driver Dual Gate MOSFET graphs an799 mosfet cross reference MOSFET A3
Text: AN799 Matching MOSFET Drivers to MOSFETs Author: Jamie Dunn Microchip Technology Inc. 2. Power dissipation due to quiescent current draw of the MOSFET driver. EQUATION 2: INTRODUCTION There are many MOSFET technologies and silicon processes in existence today, with new advances being
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AN799
r4-7200
D-85737
NL-5152
DS00799B-page
Matching MOSFET Drivers to MOSFETs
POWER MOSFET 4600
TC4422
AN799 Matching MOSFET Drivers to MOSFETs
fet 4816
multiple mosfet gate driver
Dual Gate MOSFET graphs
an799
mosfet cross reference
MOSFET A3
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VARISTOR k275
Abstract: K95 varistor S20 K275 varistor varistor s20 k275 "Surge Arresters" pspice siemens automotive relay dc 12v S20K275 sm 323 module Siemens varistor s20k275 k275 varistor
Text: 3 Application and design examples 3.1 Switching off inductive loads The discharge of an inductor produces high voltages that endanger both the contact breaker switching transistor and the like and the inductor itself. According to equation 16 the energy stored
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TI-34
Abstract: F0123456789 DAE 1ST YEAR
Text: Order of Operations The TI-34 Ö uses EOSé Equation Operating System to evaluate expressions. TI.34 x Explorer Plusé Scientific Calculator Copyright 1999 Texas Instruments General Information Examples: See the last page of these instructions for keystroke examples that demonstrate many of the TI-34 Ö
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TI-34
F0123456789
x10M65
TI-34
F0123456789
DAE 1ST YEAR
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Untitled
Abstract: No abstract text available
Text: Cable Assemblies Definition of Parameters Impedance - The characteristic impedance equation for a coaxial transmission line is expressed as follows: 138.06 Impedance = Zo= - — - \e where: Log 10 D/d D = diameter of outer conductor d = diameter of center conductor
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VHC244F
Abstract: No abstract text available
Text: TOSHIBA 5. [5] Other Electrical Characteristics Other Electrical Characteristics 5-1 Power Dissipation The power dissipation is given as the sum of the quiescent supply current and the dynamic operating current. Therefore, it can be obtained from the following equation:
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Ta-25
-50pF
74VHC
VHC244F)
VHC244F
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Untitled
Abstract: No abstract text available
Text: Cable Assemblies Definition of Parameters Impedance - The characteristic impedance equation for a coaxial transmission line is expressed as follows: 138.06 Im p e d a n c e where: = Z o= - - — - L o g 10 D /d D = diam eter of outer conductor
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milli farad capacitor
Abstract: n2200 CAPACITOR 100 nano FARAD 25 VOLT
Text: fk The Capacitor Potential Change — A capacitor is a reactive component GENERAL INFORMATION which reacts against a change in potential across it. This is shown by the equation for the linear charge of a capacitor: A capacitor is a component which is capable of storing elec
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ad625a
Abstract: No abstract text available
Text: ANALOG DEVICES Programmable Gain Instrumentation Amplifier □ 1.1 AD625 Scope. This specification covers the detail requirements for a programmable gain instrumentation amplifier. The 2Rf gain equation is -= — +1. Kg 1.2 Part Number. The complete part number per Table 1 of this specification is as follows:
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AD625
AD625S
/883B
ADI-M-1000:
E-20A
16-Pin
20-Terminal
MIL-STD-883
ad625a
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