Vishay Precision Group - Foil Resistors - Related Documents - All Vishay Foil Resistors Related Documents

Related Documents:

Applications at a Glance (6)
Case Study (9)
Facts at a Glance (21)
General Information (2)
Promotional Material (5)
Product Training Module (2)
Technical Note (12)

Applications at a Glance [top]
Applications at a Glance - nr. 101	Seismic Instruments for Oil Exploration, Earthquake and Tsunami Detection Need Precision Resistors in their Analog Circuits
Applications at a Glance - nr. 102	What do Precision Resistors, Advanced Medical Applications, and the Baby Boom Generation All Have in Common?
Applications at a Glance - nr. 103	Precision Resistors for Energy, Transportation, and High-Temperature Applications
Applications at a Glance - nr. 104	What Do Alternative Energy, Precision Resistors, and MacGyver Have in Common?
Applications at a Glance - nr. 105	Discrete Resistors vs. Networks: Making the Right Choice!
Applications at a Glance - nr. 106	What Kind of Commercial-off-the-Shelf (COTS) Precision Resistor Should I use for a 4-20 mA Current Loop?

Case Study [top]
VFR Case Study	Developing a Multi-Channel DAC for High-End Audio Applications - Totaldac
VFR Case Study	Upgrading High-Pass Alignment Filter for Audio Systems - Verity Audio & Engineering
VFR Case Study	Developing a Multi-channel 24-bit ADC for Down Hole Seismic Applications - Texas Microelectronics Corporation
VFR Case Study	Thermoresistive Characterization of Composite Materials
VFR Case Study	Measurement accuracy and stability over time and temperature
VFR Case Study	Thermal Pressure Measurement of Fluids
VFR Case Study	Bulk Acoustic Wave Resonator Calibration in a Dilution Refrigerator
VFR Case Study	Highly stable, low-noise current source for laser diode
VFR Case Study	Wheatstone-Bridge Calibration Scale Adjustments Based on Precision Resistor Shunt Measurements

Facts at a Glance [top]
Facts at a Glance - nr. 050	The Invention and Evolution of The World’s Most Precise Resistor, The Legacy of Dr. Felix Zandman
Facts at a Glance - nr. 101	Bulk Metal Foil Trimming Potentiometers - Accutrim
Facts at a Glance - nr. 102	Precision Centers for Small Prototype Runs of Product Samples
Facts at a Glance - nr. 103	Ultra-High-Precision Resistors to be used for Secondary Standards and Reference Resistors
Facts at a Glance - nr. 104	Understanding the Risks of ESD
Facts at a Glance - nr. 105	How to Select Resistors for Precision Applications
Facts at a Glance - nr. 106	Selecting Resistors for Pre-Amp, Amplifier, and Other High-End Audio Applications
Facts at a Glance - nr. 107	How Strain Gage Bridges Work with Hermetically Sealed Precision Resistors Based on Z-Foil
Facts at a Glance - nr. 108	Component Selection and Layout Strategies for Avoiding Thermal EMF Noise
Facts at a Glance - nr. 109	What Kind of Trimmer is Best for My Precision Application?
Facts at a Glance - nr. 110	From Purchased Tolerance to End-of-Life Tolerance: You May be Buying Tighter Tolerance Precision Resistors Than You Really Need
Facts at a Glance - nr. 111	Introducing the New Bulk Metal Foil Resistors Demo Kit
Facts at a Glance - nr. 112	TCR (Temperature Coefficient of Resistance) and PCR (Power Coefficient of Resistance) Improvements for High-Temperature Use
Facts at a Glance - nr. 113	Linearity and Noise Capabilities of Ultra-High-Precision Bulk Metal® Foil Resistors
Facts at a Glance - nr. 114	Bulk Metal® Foil Resistors Introduces New Generation of Power Current Sense Resistor
Facts at a Glance - nr. 115	Solving Data Transmission Problems Using Vishay Foil Resistors Based on the New Z and Z1 Bulk Metal® Foil Technologies
Facts at a Glance - nr. 116	What is “long-term” stability and what are its limitations?
Facts at a Glance - nr. 117	Mirror, Mirror: What is the Trade-Off Between Price, Cost, and Risk, When Selecting a Precision Resistor?
Facts at a Glance - nr. 118	“Mind the Gap”: High Precision Bulk Metal® Foil Resistors, Their Imposters and Impersonators
Facts at a Glance - nr. 119	Obsolescence, Counterfeiting and COTS: understanding the consequences
Facts at a Glance - nr. 120	Precision Resistors (EEE-INST-002 and COTS) for More Electric Aircraft (MEA) and Fly by Wire (FBW): From the Drawing Board to Reality

General Information [top]
General Information	Map of Global Contacts for Vishay Foil Resistors
General Information	Customer Returns Policy

Promotional Material [top]
Flyer	Vishay Foil Resistors for Avionics, Military, and Space Applications
Market Overview	Introduction to High Precision Resistor Industry
10 Technical Reasons	Why to Choose Foil Resistors for Your Circuit
Design and Selector Guide for High-Precision Resistors	Full Portfolio Overview
General Info	Bulk Metal® Foil Technology Product Life Cycle

Product Training Module [top]
Product Training Module	High Temperature Resistors
Product Training Module	Advantages of Precision Resistance Networks for use in Sensitive Applications

Technical Note [top]
Technical Note	ESD Sensitivity of Precision Chip Resistors
Technical Note	Resistance Trimmers
Technical Note	Resistor Sensitivity to Electrostatic Discharge (ESD)
Technical Note	Recommended Soldering Profiles
Technical Note	Bulk Metal Foil Resistor Demonstration Background
Technical Note - nr. 101	"Panic Button" - Small-Quantity Prototype Service Delivers Any Type or Value to You in 5 Working Days or Less
Technical Note - nr. 104	Predicting Drift in Foil Resistors
Technical Note - nr. 105	The Effects of Short-Time Overload on Resistive Elements in Precision Resistors
Technical Note - nr. 106	Ultra High-Precision Bulk Metal® Z-Foil Resistors with TCR as Low as ±0.2 ppm/ºC and Power Coefficient of 0±5 ppm at Rated Power
Technical Note - nr. 107	Pulse Load Capability of Precision Chip Resistors
Technical Note - nr. 108	Non-Linearity of Resistance/Temperature Characteristic: Its Influence on Performance of Precision Resistors
Technical Note - nr. 109	Advantages of Precision Resistance Networks for Use in Sensitive Applications - Technical Note 109

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