PLATINUM TEMP SENSOR Search Results

Contextual Info: ECONOMICAL RTD ELEMENTS PLATINUM, NICKEL, NICKEL IRON TEMPERATURE RATING UP TO 500°C PTC SERIES Tf r:-t= rcc FEATURES High temperature RTD Resistance Temperature Detector elements are designed for the toughest industrial applications. PTC sensors feature an all-welded construction for increased

Contextual Info: ECONOMICAL RTD ELEMENTS PLATINUM, NICKEL, NICKEL IRON TEMPERATURE RATING UP TO 500°C RESISTORS ’ CAPS A COILS ’ DELAY UNES High temperature RTD Resistance Temperature Detector elements are designed fo r the toughest industrial applications. PTC sensors feature an all-welded construction for increased

ptc 270 ohm

Abstract: PTC 3850 ptc 1000 ptc 150 temp sensors ptc 270 M ptc 120- 250 STA 5150
Contextual Info: ECONOMICAL RTD ELEMENTS PLATINUM, NICKEL, NICKEL IRON TEMPERATURE RATING UP TO 500°C PTC SERIES ÍL L ', FEATURES High tem perature RTD Resistance Temperature Detector elements are designed for the toughest industrial applications. PTC sensors feature an all-welded construction for increased

PTFC101B000

Abstract: Pt 1000 thin film pt 1000 temperature sensor PTFC1 willow ptfc Platinum Resistance Temperature sensor PTRB
Contextual Info: WILLOW Technologies Sensors Thin Film Platinum Temperature Sensors Special developments include high temperature version up to 1000°C and low temperature version at -200°C. Please ask for details Ordering PT F C 101 B 000 1 2 3 4 5 6 Order Code Makeup 1 Platinum Series

platinum temp sensor

Contextual Info: PTL Series - Pt-Sensors Vishay Beyschlag Leaded Platinum Temperature Sensor FEATURES • Advanced platinum thin film technology  Standardized according IEC 60751  Outstanding stability of temperature characteristics  Short reaction times down to t0.9  8 s

Contextual Info: PTL Series - Pt-Sensors Vishay Beyschlag Leaded Platinum Temperature Sensor FEATURES • Advanced platinum thin film technology  Standardized according IEC 60751  Outstanding stability of temperature characteristics  Short reaction times down to t0.9  8 s

MURATA MW 20

Abstract: erie .33 400 platinum temp sensor din 43760 murata erie ceramic
Contextual Info: MURATA ERIE NORTH AMERICA 31E D • bBTflfltS 0QQ3Eb5 1 ■ ~ J Z k5-.l3 MURATA ERIE HIGH AC CU R ACY THIN-FILM PLATINUM TEMPERATURE SENSORS Platinum sensors, using thin-film tech­ niques, find wide application when tem­ peratures must be measured precisely

Contextual Info: PTL Series - Pt-Sensors Vishay Beyschlag Leaded Platinum Temperature Sensor FEATURES • Advanced platinum thin film technology  Standardized according IEC 60751  Outstanding stability of temperature characteristics  Short reaction times down to t0.9  8 s

IEC60751

Abstract: IEC-60751
Contextual Info: PTL Series - Pt-Sensors Vishay Beyschlag Leaded Platinum Temperature Sensor FEATURES • Advanced platinum thin film technology  Standardized according IEC 60751  Outstanding stability of temperature characteristics  Short reaction times down to t0.9  8 s

din 43760

Abstract: 3750 rtd rtd platinum 100 sensor PPG101B1 PPG101C1 PPG102A1 PPG101A1 Platinum Resistance Temperature sensor 0118 PPG102C1
Contextual Info: Thin Film Platinum RTD's U.S. Sensor’s thin film platinum resistance temperature detectors Pt-RTD consist of a thin film platinum deposited on a ceramic substrate. Thin film Pt-RTD’s provide cost advantages when compared to wire wound Pt-RTD’s because of their lower material cost factor.

Contextual Info: Bolt-on Temperature Sensors Dimensions W x L x T max. 0.50 x 1.00 x 0.188" (12.7 x 25.4 x 4.8 mm) w/ 0.161" (4.1 mm) diameter hole 0.29 x 1.25 x 0.188" (7.4 x 31.8 x 4.8 mm) with 0.161" (4.1 mm) hole Temp. range Element options -70 to 500°C PD, PF, PW (-94 to 932°F)

BS1904

Abstract: DIN43760
Contextual Info: OMEGAFILM RTD Element For Fast Response! C Model 100W30 The 100W30 Platinum Resistance Temperature Detector has been developed to provide the typical high quality of platinum RTD sensors at lower cost. The 100W30 is equivalent in size to standard elements, and

500R

Abstract: PTS060301B100RP100 IEC 60751 72091
Contextual Info: PTS Series - Pt-Sensors Vishay Beyschlag Platinum SMD Flat Chip Temperature Sensor FEATURES • Standardized characteristics according to IEC 60751 • Advanced thin film technology • Short reaction times down to t0.9 ≤ 2 s in air • Outstanding stability of temperature

Contextual Info: TEMPERATURE SENSITIVE ECONOMY PLATINUM SENSORS TCR’S FROM +150 TO +7000 PPM RESISTORS *CAPS4CO LS*D ELAVU N ES LPT SERIES 300°C RATING FEATURES Platinum performance at economy prices! □ Excellent linearity, TC of +3500ppm/°C. □ Miniature size provides fast response time typically 9 sec.

HIH-3602-A

Abstract: HIH-3605-A-CP HIH-3602-C HIH-3605-B-CP
Contextual Info: Humidity Sensors HIH Series Relative Humidity FEATURES • Linear voltage output vs % RH • Laser trimmed interchangeability • High accuracy, fast response • Chemically resistant • Stable, low drift performance • Built-in static protection • Ideal for dew point and absolute

500R

Abstract: PTS060301B100RP100 f032b
Contextual Info: PTS Series - Pt-Sensors Vishay Beyschlag Platinum SMD Flat Chip Temperature Sensor FEATURES • Standardized characteristics according to IEC 60751  Advanced thin film technology  Short reaction times down to t0.9  2 s in air  Outstanding stability of temperature

IEC 60751

Contextual Info: PTS Series - Pt-Sensors Vishay Beyschlag Platinum SMD Flat Chip Temperature Sensor FEATURES • Standardized characteristics according to IEC 60751  Advanced thin film technology  Short reaction times down to t0.9  2 s in air  Outstanding stability of temperature

Contextual Info: PTS Series - Pt-Sensors Vishay Beyschlag Platinum SMD Flat Chip Temperature Sensor FEATURES • Standardized characteristics according to IEC 60751  Advanced thin film technology  Short reaction times down to t0.9  2 s in air  Outstanding stability of temperature

S665PDZ40B

Abstract: S667 DIN43760 S665PFY40AC S651PDY24A minco s651 S665PFY40BC S665PDZ40BC S25FAY36B S665PFY40A
Contextual Info: Thermal-Tab and Thermal-Ribbon™ Sensors Install these compact sensors anywhere for accurate point sensing and fast response. All Thermal-Tab modules use a thin-film RTD element. All Thermal-Ribbon models conform to EN60751 Class B tolerance when ordered with a PD platinum element.

sensor PT100

Abstract: SEM104 PT100 in head PT100 Platinum Resistance Thermometer probe Platinum Resistance Temperature FRO 021 DM500X DM400X DM420 pt100 sensors
Contextual Info: ASSOCIATED PRODUCTS SEM205P ‘Smart’ Low cost Pt-100 in head Temperature transmitter The SEM205P accepts Pt-100 platinum resistance temperature sensors and converts the output to the 4-20mA industry standard. They are easily programmed using the software package RCPW running under Windows

circuit with thermocouple application

Abstract: thermocouple seebeck thermocouple J AN430 chromel alumel REF01 APP430 MAX873 REF02
Contextual Info: Maxim > App Notes > TEMPERATURE SENSORS and THERMAL MANAGEMENT VOLTAGE REFERENCES Keywords: MAX873, REF02, REF01, thermocouple compensation, thermocouple references, thermocouple voltage references Nov 01, 2000 APPLICATION NOTE 430 Voltage Reference Compensates Reference Junction

ZACwire

Abstract: 501F TSic ZACwire TSicTM tsic 506
Contextual Info: TSic 506F/503F/501F High precision, longterm stable temperature sensor IC • Product The TSic™ series of temperature sensor ICs were specifically designed as a low power solution for temperature sensing in building automation, measurement devices, industrial, medical/pharma technology and mobile applications.

TSIC series

Abstract: ZACwire TSic ZACwire
Contextual Info: TSic 206/203/201/306/303/301 Low power, easy to integrate Temperature Sensor IC Product The TSic™ series of temperature sensor ICs were specifically designed as a low power solution for temperature sensing in building automation, measurement devices, industrial, medical/pharma technology and mobile applications.

Contextual Info: F E N W A L D E L E C T R O N IC S I N C O R P O R A T E D APPLICATION NOTE 1 SENSOR COMPARISONS There are a num ber of temperature Th e change of resistance w ith temperature measuring systems available that exploit different is extremely sensitive. Typical changes are m inus