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1-Wire Humidity Sensor: App Note 758: Maxim IC (application note added2/06) |
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1-Wire Tagging with XML: App Note 158: Maxim IC (application note added2/06) |
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1-Wire Thermocouple: App Note 991: Maxim IC (application note added2/06) |
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4-20mA Loop Powered Temperature Sensor: App Note 1873: Maxim IC (application note added2/06) |
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8-Lead LLP Thermal Performance and Design Guidelines: National Semiconductor Application Note (app note added
2/06) |
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A 1-Wire Humidity Sensor: App Note 758: Maxim IC (application note added2/06) |
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A Design and Manufacturing Guide for the Lead Frame Chip Scale Package: AN-772 Analog Devices Application Notes (app
note added 2/06) |
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A High Efficiency TEC Controller Solution: AN-695 Analog Devices Application Notes (app note added 2/06) |
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A Simple Thermistor Interface to an ADC: Maxim Application Notes / 1753 / Oct-03 (app note added 7/06) |
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A Thermoelectric Cooler Temperature Controller for Fiber Optic Lasers: AN89 Linear Technology This application note
presents circuitry for maintaining 0.01°C temperature control of fiber optic lasers over wide ambient range variations. The circuitry also features high efficiency power delivery, compact size
and low noise. Detailed descriptions of circuitry and results are given with special emphasis on rmal loop optimization. An appended section covers practical considerations for rmoelectric
cooler-based control loops. |
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Accelerometer Output gives Temperature Info: 11/19/98 EDN-Design Ideas / (added 3/03) |
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Accompanying Source Code : AN-661 Analog Devices Application Note (app note added 2/06) |
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Accuracies of the AD590: AN-272 Analog Devices Application Notes (app note added 2/06) Tables show maximum
errors by grade for applications involving limited temperature spans. |
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Achieving High Accuracy using MAX1298/MAX1299 Temperature Sensors: App Note 628: Maxim IC (application note
added2/06) |
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AD7416 Connects to the PIC16F84 via Emulated I²C™ Interface: AN-561 Analog Devices Application Notes (app note added
2/06) |
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AD7416/AD7417/AD7418 Power-On Reset Circuit: AN-588 Analog Devices Application Notes (app note added 2/06) If a
large number of decoupling capacitors are used on VDD line, re-applying power before VDD has discharged to 0 V can cause AD7416/AD7417/AD7418 to reset into an unknown. state. |
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ADC's Reference Improves RTD Measurements: 10/27/94 EDN-Design Ideas / (added 9/04) Temperature measurements using RTDs
(resistance-temperature detectors) generally employ bridge circuits with stable power supplies for signal conditioning. Unfortunately, this scheme generally produces nonlinear outputs. A
linear bridge configuration that uses two identical current sources depends on accuracy of matching sources.... |
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ADN8830-EVAL TEC Controller Instructions: AN-705 Analog Devices Application Notes (app note added 2/06) |
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ADUC814 to ADM1032 via I2C® Interface: AN-661 Analog Devices Application Notes (app note added 2/06) Even
though ADuC814 has an on-chip ±1.5°C temperature sensor, configured through on-board ADC registers, it is often required that a remote or external temperature sensor be used. |
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AN1001: IC Temperature Sensor Accuracy Compensation with a PICmicro Microcontroller: Microchip Application Note Published
14-Nov-05 (app note added 2/06) |
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AN-1201: 8-Lead LLP Thermal Performance and Design Guidelines: National Semiconductor Application Note (app
note added 2/06) |
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AN-1256: Tiny Temperature Sensors for Portable Systems: National Semiconductor Application Note (app note added
2/06) |
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AN-1262: Four-Speed Fan Control using Simple Remote Diode Temperature Sensor: National Semiconductor Application Note
(app note added 7/06) |
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AN-18: Thermometer Applications of the REF-02: AN-18 Analog Devices Application Notes (app note added 2/06) |
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AN-214:
Ground Rules for High Speed Circuits: AN-214 Analog Devices Application Notes (app note added 2/06) Layout and Wiring Are Critical in Video Converter Circuits. |
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AN-225: IC Temperature Sensor Provides Thermocouple Cold-Junction Compensation: National Semiconductor Application Note
(app note added 2/06) |
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AN-272: Accuracies of the AD590: AN-272 Analog Devices Application Notes (app note added 2/06) Tables show
maximum errors by grade for applications involving limited temperature spans. |
|
AN-273: Use of the AD590 Temperature Transducer in a Remote Sensing Application: AN-273 Analog Devices Application Notes
(app note added 2/06) |
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AN-274: Taking the Uncertainty Out of Thermocouple Temperature Measurement: AN-274 Analog Devices Application Notes
(app note added 2/06) |
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AN290 Practical Temperature Measurement: Aligent App Note (added 2/06) |
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AN-345: Grounding for Low-and-High-Frequency Circuits: AN-345 Analog Devices Application Notes (app note added 2/06)
Know Your Ground and Signal Paths for Effective Designs. Current Flow Seeks Path of Least Impedance-Not Just Resistance.... |
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AN-347: Shielding and Guarding: AN-347 Analog Devices Application Notes (app note added 2/06) How to Exclude
Interference-Type Noise. What to do and Why to do it-A Rational Approach |
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AN-348: Avoiding Passive-Component Pitfalls: AN-348 Analog Devices Application Notes (app note added 2/06) The
Wrong Passive Component Can Derail Even Best Op Amp or Data Converter. Here Are Some Basic Traps to Watch For. |
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AN-349: Keys to Longer Life for CMOS: AN-349 Analog Devices Application Notes (app note added 2/06) Here's How CMOS Can be Protected Against Abuse |
|
AN-354: Ask the
Applications Engineer 1-Multi Troubles: AN-354 Analog Devices Application Notes (app note added 2/06) Addresses problems often encountered with LOG Circuits, Time
Division Analog Multiplexing, and ADC Power Strobing |
|
AN-369: Thermocouple Signal Conditioning using the AD594/AD595: AN-369 Analog Devices Application Notes (app note
added 2/06) This application note reviews rmocouple basics and illustrates circuit designs for rmocouple signal conditioning using AD594/AD595. |
|
AN38 Basic introduction to the use of the ZNI1000 Nickel Temperature Sensor: Zetec Semiconductors Applications Notes
This application note describes ZNI1000 temperature sensor, which uses a nickel element connected between 2 pins of a SOT23 package to measure temperature accurately. Temperature can be
measured to within ± 2°C down to -55°C and to within ± 1.5°C up to +150°C. (app note added 2/06) |
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AN-395: Interfacing the AD22100 Temperature Sensor to a Low Cost Single-Chip Microcontroller: AN-395 Analog Devices
Application Notes (app note added 2/06) The AD22100 is a new monolithic silicon temperature sensor with several unique attributes. These attributes make it easier to interface
AD22100 to microcontrol-lers than or temperature sensor ICs. |
|
AN-460: LM34/LM35 Precision Monolithic Temperature Sensors: National Semiconductor Application Note (app note
added 2/06) |
|
AN512: Implementing Ohmmeter/Temperature Sensor: Microchip Application Note Published 26-Aug-97 (app note added
2/06) |
|
AN-561: AD7416 Connects to the PIC16F84 via Emulated I²C™ Interface: AN-561 Analog Devices Application Notes (app
note added 2/06) |
|
AN-588: AD7416/AD7417/AD7418 Power-On Reset Circuit: AN-588 Analog Devices Application Notes (app note added 2/06)
If a large number of decoupling capacitors are used on VDD line, re-applying power before VDD has discharged to 0 V can cause AD7416/AD7417/AD7418 to reset into an unknown. state. |
|
AN-655: Tunable Laser Reference Design for Designers with the ADUC832/ADN8830/ADN2830: AN-655 Analog Devices Application
Notes (app note added 2/06) |
|
AN-661 Accompanying Source Code: AN-661 Analog Devices Application Notes (app note added 2/06)
Accompanying Source Code |
|
AN-661: ADUC814 to ADM1032 via I2C® Interface: AN-661 Analog Devices Application Notes (app note added 2/06)
Even though ADuC814 has an on-chip ±1.5°C temperature sensor, configured through on-board ADC registers, it is often required that a remote or external temperature sensor be used. |
|
AN679: Temperature Sensing Technologies: Microchip Application Note Published 10-Aug-99 (app note added 2/06) |
|
AN684: Single Supply Temperature Sensing with Thermocouples: Microchip Application Note Published 10-Aug-99
(app note added 2/06) |
|
AN685: Thermistors in Single Supply Temperature Sensing Circuits: Microchip Application Note Published 27-Jul-04
(app note added 2/06) |
|
AN-686: Implementing an I2C® Reset: AN-686 Analog Devices Application Notes (app note added 2/06) |
|
AN687: Precision Temperature Sensing with RTD Circuits: Microchip Application Note Published 27-Jul-04 (app
note added 2/06) |
|
AN-695: A High Efficiency TEC Controller Solution: AN-695 Analog Devices Application Notes (app note added 2/06) |
|
AN-699: Noise Filtering and the ADT7461: AN-699 Analog Devices Application Notes (app note added 2/06) |
|
AN-702: Using the ADT7461 as a Multichannel Temperature Sensor: AN-702 Analog Devices Application Notes (app note
added 2/06) |
|
AN-702: Using theADT7461 as a Multichannel Temperature Sensor: AN-702 Analog Devices Application Note (app note
added 7/06) |
|
AN-705: ADN8830-EVAL TEC Controller Instructions: AN-705 Analog Devices Application Notes (app note added 2/06) |
|
AN720: Measuring Temperature using the Watch Dog Timer (WDT): Microchip Application Note Published 28-Feb-01
(app note added 2/06) |
|
AN761: LDO Thermal Considerations: Microchip Application Note Published 12-Nov-02 (app note added 2/06) |
|
AN762: AN762 Applications of the TC62X Solid-state Temperature Sensors: Microchip Application Note Published 23-Jun-04
(app note added 2/06) |
|
AN-772: A Design and Manufacturing Guide for the Lead Frame Chip Scale Package: AN-772 Analog Devices Application Notes
(app note added 2/06) |
|
AN773: Application Circuits of the TC620/TC621 Solid-State Temperature Sensors: Microchip Application Note Published
16-Aug-04 (app note added 2/06) |
|
AN828: Measuring Temperature with the PIC16F84A Watchdog Timer Application Note: Microchip Application Note Published
19-Feb-02 (app note added 2/06) |
|
AN850: Inductively Coupled Thermistor: Microchip Application Note Published 21-Jul-02 (app note added 2/06) |
|
AN867: Temperature Sensing with a Programmable Gain Amplifier: Microchip Application Note Published 26-Jun-03
(app note added 2/06) |
|
AN871: Solving Thermal Measurement Problems using the TC72 and TC77 Digital Silicon Temperature Sensors: Microchip
Application Note Published 15-Aug-03 (app note added 2/06) |
|
AN895: Oscillator Circuits for RTD Temperature Sensors: Microchip Application Note Published 17-May-04 (app
note added 2/06) |
|
AN897: Thermistor Temperature Sensing with MCP6S2X PGA: Microchip Application Note Published 11-Feb-04 (app
note added 2/06) |
|
AN897: Thermistor Temperature Sensing with MCP6SX2 PGAs: Microchip Application Note Published 21-Oct-04 (app
note added 2/06) |
|
AN913: Interfacing the TC77 Thermal Sensor to a PICmicro® Microcontroller: Microchip Application Note Published 3-Mar-04
(app note added 2/06) |
|
AN929: Temperature Measurement Circuits for Embedded Applications: Microchip Application Note Published 6-May-04
(app note added 2/06) |
|
AN938: Interfacing the TC1047A Analog Output Temperature Sensor to a PICmicro® Microcontroller: Microchip Application Note
Published 22-Feb-05 (app note added 2/06) |
|
AN940: Interfacing the TC72 SPI™ Digital Temperature Sensor to a PICmicro® MCU: Microchip Application Note Published
16-Aug-04 (app note added 2/06) |
|
AN981: Interfacing a MCP9700 Analog Temperature Sensor to a PICmicro Microcontroller: Microchip Application Note Published
1-Apr-05 (app note added 2/06) |
|
AN988: Interfacing the MCP9800 I2c Digital Temperature Sensor to a Picmicro Microcontroller: Microchip
Application Note Published 16-May-05 (app note added 7/06) |
|
Application Circuits of the TC620/TC621 Solid-State Temperature Sensors: Microchip Application Note Published 16-Aug-04
(app note added 2/06) |
|
Applications of the TC62X Solid-state Temperature Sensors: Microchip Application Note Published 23-Jun-04 (app
note added 2/06) |
|
Applying and using the DS1620 in Temperature Control Applications: App Note 67: Maxim IC (application note added2/06) |
|
Ask the Applications
Engineer 1-Multi Troubles: AN-354 Analog Devices Application Notes (app note added 2/06) Addresses problems often encountered with LOG Circuits, Time Division Analog
Multiplexing, and ADC Power Strobing |
|
AT89C2051 Digital Thermometer and Clock: (electronic (schematic / circuit added 4/02) |
|
Automatic Fan Control Techniques: Trends in Cooling High-Speed Chips: App Note 3173: Maxim IC (application note
added2/06) |
|
Automatic Heat Detector: (electronic circuit added 4/05) |
|
Avoiding Passive-Component Pitfalls: AN-348 Analog Devices Application Notes (app note added 2/06) The Wrong
Passive Component Can Derail Even Best Op Amp or Data Converter. Here Are Some Basic Traps to Watch For. |
|
Bangbang Thermostat is Simple and Efficient: 11/06/97 EDN-Design Ideas / (added 10/04) Perhaps simplest and oldest
feedback loop is nonproportional, all-or-nothing, "bang-bang" rmostat. Fully turning on a heater when temperature is below setpoint and off when it's above setpoint is a
straightforward example of a servomechanism. Yet, elementary and crude as servomechanisms are, examples surround us in virtually every household-room rmostat, clos dryer, oven, and aquarium
heater, to name a few. The version in Figure 1 preserves best features of old bang-bang: low cost, simplicity, and efficiency combined with setpoint stability. |
|
Basic introduction to the use of the ZNI1000 Nickel Temperature Sensor: Zetec Semiconductors Applications Notes This
application note describes ZNI1000 temperature sensor, which uses a nickel element connected between 2 pins of a SOT23 package to measure temperature accurately. Temperature can be
measured to within ± 2°C down to -55°C and to within ± 1.5°C up to +150°C. (app note added 2/06) |
|
Battery operated remote temperature sensor Drives 4 to 20 mA Current loop: 12/17/04 EDN Design Ideas / (added
1/05) You can remotely measure temperature using a 4to 20-mA current loop as long as 4000 feet and a battery-powered, white-light LED driver. You usually configure this equipment to
provide a programmable, constant current to an LED from a battery source. The TPS62300 series of ICs, for example, converts a battery voltage of 2.... |
|
Book of iButton Standards: App Note 937: Maxim IC (application note added2/06) |
|
Bridge-temperature measurement Allows software compensation: 08/17/00 EDN-Design Ideas / (circuit design added 7/06)
|
|
Celsius to digital thermometer Works with remote sensor: 04/15/04 EDN Design Ideas / (added 1/05) You can
use a single-supply system to precisely measure temperature at a remote location with less than 1°C error over a 0 to 100°C range (Figure 1). The circuit includes T1, a low-cost AD590
temperature sensor; IC1, an AD8541 rail-to-rail amplifier; four resistors; a trimming potentiometer; and an ADC.... |
|
Circuit Activates Fan When Processor Heats Ups: App Note 481: Maxim IC (application note added2/06) |
|
Circuit Converts PWM Fan Drive to Linear and Reduces Acoustic Noise: App Note 3530: Maxim IC (application note
added2/06) |
|
Circuit Converts PWM to Amplified and Buffered Linear Signal: App Note 3149: Maxim IC (application note added2/06) |
|
Circuit Forms Multichannel Temperature Monitor: 03/04/04 EDN Design Ideas / (added 1/05) You can use an
ADT7461 single-channel temperature monitor, an ADG708 low-voltage, low-leakage CMOS 8-to-1 multiplexer, and three standard 2N3906 pnp transistors to measure the temperatures of three separate
remote thermal zones (Figure 1). Multiplexers have an inherent-resistance on-resistance; the channel matching and flatness of this resistance normally results in a varying temperature
offset.... |
|
Circuit Generates Analog FAN-Speed Control: App Note 1125: Maxim IC (application note added2/06) |
|
Circuit Inverts Temperature-Sensor Output with Accuracy: App Note 1129: Maxim IC (application note added2/06) |
|
Circuit Linearizes Converts Thermistor Data: 12/07/95 EDN-Design Ideas / (added 3/03) |
|
Circuit Monitors Board, Air, and CPU Temperature to Protect System from Overheating: App Note 941: Maxim IC
(application note added2/06) |
|
Circuit Protects Systems from Overheating: App Note 1126: Maxim IC (application note added2/06) |
|
Circuit provides cold junction compensation: 11/28/02 EDN Design Ideas / (added 10/03) The accuracy
of any circuit or system that uses a thermocouple to determine the temperature of a process is limited by the accuracy of the method used to perform cold-junction compensation. In a
thermocouple measurement, two wires of dissimilar metal join together at the "hot," or measurement, junction.. |
|
Cold Activated Switch: A simple thermistor triggered cold switch with adjustable threshold. (added 10/05) |
|
Compact DWDM laser Temperature Control with the MAX8521: App Note 3264: Maxim IC (application note added2/06) |
|
Compensating for Ideality Factor and Series Resistance Differences between Thermal Sense Diodes: App Note 1057: Maxim IC
(application note added2/06) |
|
Curve Fitting the Error of a Bandgap-Based Digital Temperature Sensor: App Note 208: Maxim IC (application note
added2/06) |
