SIEMENS TEMPERATURE SENSOR Search Results

Siemens 1713

Abstract: STAEFA Siemens temperature sensor 1713 Siemens temperature sensor PFB-T1 Landis CA1N1836E 1713 siemens landis staefa siemens LANDIS
Contextual Info: 1 836 PFB-T1 Temperature sensor 1713 . Siemens Building Technologies Landis & Staefa Division CA1N1836E / 11.1998 1/2 1998 Siemens Building Technologies Ltd. CA1N1836E / 11.1998 2/2 Siemens Building Technologies Landis & Staefa Division

temperature sensor using arm

Abstract: KTY temperature sensor Siemens KTY
Contextual Info: SIEMENS 2 Technische Grundlagen Technical Basics Technische Grundlagen 2 Technical Basics Der von der Siemens AG entwickelte Tem­ peratursensor KTY basiert auf dem Prinzip des "Spreading-resistance". The KTY temperature sensor developed by Siemens AG is based on the principle of the

KTY temperature sensor

Abstract: EHA07245 KTY 15 KTY 14
Contextual Info: SIEMENS 5 Silicon Temperature Sensors 5.1 Introduction Silicon Temperature Sensors The KTY temperature sensor developed by Siemens is based on the principle of the Spreading Resistance. The expression “Spreading Resistance” derives from a method, called the “one-pointmethod” figure 18 used to measure the specific resistivity of semiconductor wafers.

KTY 88

Abstract: siemens k25 KTY 10-5 KTY temperature sensor k25 siemens
Contextual Info: Temperaturkompensation Temperature Compensation SIEMENS 6 Tem peraturkom pensation 6.1 Passiver Temperaturabgleich eines Drucksensors Temperature Compensation 6.1 Passive Tem perature Com pen­ sation of a Pressure Sensor Abgleichtemperaturen: T0 . T^, maximal

kty 110 15

Contextual Info: SIEMENS Silicon Spreading Resistance Temperature Sensor in Miniature Leaded Plastic Package K T 110, KT 210, KTY 11, KTY 21 Features • Temperature dependent Resistor with Positive Temperature Coefficient • Miniature plastic package for very small thermal time

10-25 L capacitor smd

Abstract: sot-23 Marking N5 sot 23-5 marking code
Contextual Info: SIEMENS Silicon Spreading Resistance Temperature Sensor in Surface Mount Technology Features j • Temperature dependent Resistor with Positive Temperature Coefficient • SMD plastic package for very small thermal time constants • Fast response • High reliability due to multilayer gold contacts

Contextual Info: SIEMENS Silicon Spreading Resistance Temperature Sensor in Miniature Metal Housing KTY 16-6 Features • Temperature dependent Resistor with Positive Temperature Coefficient • Small metal housing with insulated leadwires • Fast response • High reliability due to multilayer gold contacts

temperature DEPENDENT RESISTOR

Abstract: HCO2 KTY temperature sensor
Contextual Info: SIEMENS Silicon Spreading Resistance Temperature Sensor in Miniature Metal Housing K T Y 16-6 Features • Temperature dependent Resistor with Positive Temperature Coefficient • Small metal housing with insulated leadwires • Fast response • High reliability due to multilayer gold contacts

Contextual Info: SIEMENS Silicon Spreading Resistance Temperature Sensor in Robust Threaded Metal Housing KTY 19-6 M/Z Features • Temperature dependent Resistor with Positive Temperature Coefficient • Selected at 25 °C, Rzs = 2000 Q ± 1% • Corrosion resistant stainless steel housing with

KTY 19M

Abstract: KTY 19-6M kty 1000
Contextual Info: SIEMENS Silicon Spreading Resistance Temperature Sensor in Robust Threaded Metal Housing KTY 19-6 M/Z Features • Temperature dependent Resistor with Positive Temperature Coefficient • Selected at 25 °C, R25= 2000 Q. ± 1 % • Corrosion resistant stainless steel housing with

KTY 15-6

Abstract: KPY 10 KPY 31 KTY 10-8 microwave motion sensor microwave motion sensors KTY 16-6 Siemens KTY KTY 120
Contextual Info: Inhaltsverzeichnis Table of Contents SIEMENS Inhalt Table of Contents Seite Page Teil I: Parti: Si Temperature Sensors. 7 Allgemeine Qualitätsangaben. 9 Technische Grundlagen. 13

KTY 10-6

Abstract: KTY10 KTY temperature sensor 10-62 Q62705-K110 temperature DEPENDENT RESISTOR Q62705-K331 KTY10 Siemens
Contextual Info: SIEMENS Silicon Spreading Resistance Temperature Leaded Plastic Package lorin K T 100 KTY10 Features • Temperature dependent Resistor with Positive Temperature Coefficient • Small plastic package • Fast response • High reliability due to multilayer gold contacts

KTY 10-6

Abstract: Siemens kty84-130 temperature sensor
Contextual Info: SIEMENS KT- and KTY-Series Temperature Sensors General Technical Data: KT- and KTY-Series Tem perature Sensors These temperature sensors are designed for the measurement, control and regulation of air, gases and liquids within the temperature range of - 5 0 ° C to + 1 5 0 ° C . The

KTY temperature sensor

Abstract: KTY 15-6 kty 1000 Siemens KTY KTY 110 KTY 10-6 Silicon temperature sensors KTY 10-5 KTY 15
Contextual Info: Silicon Temperature Sensors 5 Silicon Temperature Sensors 5.1 Introduction The KTY temperature sensor developed by Siemens is based on the principle of the Spreading Resistance. The expression “Spreading Resistance” derives from a method, called the “one-pointmethod” figure 18 used to measure the specific resistivity of semiconductor wafers.

KPY 45-A

Contextual Info: SIEMENS Silicon Piezoresistive Absolute Pressure Sensor KPY 42-A .KPY47-A • • • • Low pressure and temperature hysteresis Fast response High sensitivity and linearity Fatigue free monocrystaline silicon diaphragm giving high load cycle stability

Hall Siemens ksy10

Contextual Info: SIEMENS Position Hall Sensor KSY10 Features • • • • • High sensitivity High operating temperature range High linearity Low offset voltage Low TC of sensitivity and internal resistance • Plastic-encapsulated miniature package Typical applications

KPY 16

Abstract: 4647A KPY47-A KPY 4 SO 42 P
Contextual Info: SIEMENS Silicon Piezoresistive KPY 42-A .KPY47-A Absolute Pressure Sensor • • • • Low pressure and temperature hysteresis Fast response High sensitivity and linearity Fatigue free m onocrystaline silicon diaphragm giving high load cycle stability

KTY 10-8

Abstract: KTY 10-6 KTY 10-62 KTY 10-7 KTY10 Q62705-K107 Siemens KTY K111 KTY temperature sensor KTY 5
Contextual Info: SIEMENS KTY10 Spreading Resistance Silicon Temperature Sensor • • • • • Small plastic package Fast response High reliability due to m ultilayer gold contacts n-conducting silicon crystal Polarity independent due to symmetrical construction Type Marking

siemens D1010

Abstract: siemens PTC thermistor D1010 siemens thermistor PTC 100 thermistors ptc fuel level sensor ptc thermistor level sensor ptc thermistor as level sensor
Contextual Info: Ceramic PTC thermistors as sensors Level measurement made easy The reference temperature or Curie point of a PTC thermistor depends on the composition of the ceramic material. Siemens Matsushita Components offers PTC thermistors with reference temperatures from

Contextual Info: SIEMENS Position Hall Sensor KSY 10 Features • • • • • High sensitivity High operating temperature range High linearity Low offset voltage Low TC of sensitivity and internal resistance • Plastic-encapsulated miniature package Typical applications

KPY 10

Abstract: kpy 12 68AK 62-AK KPY 14 AK MARKING
Contextual Info: SIEMENS Silicon Piezoresistive Absolute Pressure Sensor KPY 62-AK KPY69-AK • • • • Low pressure and temperature hysteresis Fast response High sensitivity and linearity Fatigue free m onocrystaiine silicon diaphragm giving high load cycle stability

marking AK

Abstract: AK marking
Contextual Info: SIEMENS Silicon Piezoresistive Absolute Pressure Sensor KPY 52-AK .KPY 56-AK • • • • Low pressure and temperature hysteresis Fast response High sensitivity and linearity Fatigue free monocrystaline silicon diaphragm giving high load cycle stability

piezoresistive pressure sensor

Abstract: KPY 16 Siemens temperature sensor 62RK
Contextual Info: SIEMENS Silicon Piezoresistive Pressure Sensor KPY 62-RK KPY 66-RK Features • • • • Low pressure and temperature hysteresis Fast response High sensitivity and linearity Fatigue free monocrystaline silicon diaphragm giving high load cycle stability

kpy 12

Contextual Info: SIEMENS Silicon Piezoresistive Relative Pressure Sensor KPY 41 -R KPY 46-R Features • • • • Low pressure and temperature hysteresis Fast response High sensitivity and linearity Fatigue free monocrystaline silicon diaphragm giving high load cycle stability