SILICON MICROSTRUCTURES Search Results

Silicon Microstructures

Abstract: MEDICAL PRESSURE die SM5102 OEM PRESSURE SILICON DIE
Contextual Info: SM5102 SILICON MICROSTRUCTURES INCORPORATED • OEM Silicon Pressure Die OEM SILICON PRESSURE SENSOR DIE DESCRIPTION Compensated The SM5102 is a silicon micro-machined, piezoresistive pressure-sensing chip. These devices are available in full-scale ranges

Silicon Microstructures

Abstract: OEM PRESSURE SILICON DIE SM5112 harsh pressure die Microstructures
Contextual Info: SM5112 SILICON MICROSTRUCTURES INCORPORATED • • Harsh Environment Absolute Silicon Pressure Die OEM ABSOLUTE SILICON PRESSURE SENSOR DIE FOR HARSH ENVIRONMENTS REAR ENTRY FOR PROTECTION OF THE PIEZORESISTIVE BRIDGE NETWORK – ONLY SILICON AND GLASS EXPOSED

SM-7130

Abstract: Accelerometer 300g capacitive accelerometer Silicon Microstructures accelerometer
Contextual Info: 2EPEX4R SILICON MICROSTRUCTURES DIVISION SM-7130 Capacitive Accelerometer October 1997-1 DESCRIPTION The EXAR Model SM-7130 series is a cali­ brated, amplified silicon capacitive accel­ erometer. Based on a very stable silicon capacitive sensor element and an ASIC

Contextual Info: 1BTEXAR SILICON MICROSTRUCTURES DIVISION SM5102 OEM Pressure Silicon Die October 1997-1 DESCRIPTION The SM5102 is a silicon micro-machined, piezoresistive pressure sensing chip. These devices are available in full-scale ranges from 5 to 300 psi and are ideal for

Contextual Info: 2£»EX4R SILICON MICROSTRUCTURES DIVISION s m -5106 Low Cost OEM Pressure Silicon Die April 1997-4 DESCRIPTION The SM-5106 is a very small 1,56mm x 1,56mm silicon micromachined piezoresistive pressure sensing chip that has been optimized to provide the highest

SM-7130

Abstract: Accelerometer 300g Silicon Microstructures accelerometer capacitive accelerometer 7130 voltage regulator 7130
Contextual Info: Ü£*EX4R SM-7130 SILICON MICROSTRUCTURES DIVISION Capacitive Accelerometer April 1997-4 DESCRIPTION The EXAR Model SM-7130 series is a cali­ brated, amplified silicon capacitive accel­ erometer. Based on a very stable silicon capacitive sensor element and an ASIC

OEM PRESSURE SILICON DIE

Abstract: SM5103 Silicon Microstructures Microstructures
Contextual Info: SM5103 SILICON MICROSTRUCTURES INCORPORATED • Low-Pressure Die HIGH SENSITIVITY, LOW-PRESSURE SILICON DIE DESCRIPTION The SM5103 is a silicon micro-machined, piezoresistive low pressure sensing chip. These devices are available in full-scale ranges from 0.3 to 3.0 psi and are ideal for

Contextual Info: r €T EX4R SILICON MICROSTRUCTURES SM-5103 DIVISION Low Pressure Silicon Die April 1997-4 DESCRIPTION The SM-5103 is a silicon micro-machined, piezoresistive low pressure sensing chip. These devices are available in full-scale ranges from 0.3 to 3.0 psi and are ideal for

Contextual Info: 2£»EX4R SILICON MICROSTRUCTURES DIVISION SM-5102 O EM Pressure Silicon Die April 19 9 7 -4 DESCRIPTION The SM-5102 is a silicon micro-machined, piezoresistive pressure sensing chip. These devices are available in full-scale ranges from 5 to 300 psi and are ideal for

SM5108

Abstract: Silicon Microstructures low PRESSURE die pressure sensor die mm
Contextual Info: SM5108 SILICON MICROSTRUCTURES INCORPORATED • • Ultra-Small, Low-Cost, OEM Pressure Die For Extremely High-Volume Applications Ultra-Small, Low Cost OEM Pressure Die DESCRIPTION The SM5108 is a extremely small 0.65 mm x 0.65 mm silicon micromachined

Silicon Microstructures

Abstract: SM5106 tire pressure sensor low PRESSURE die
Contextual Info: SM5106 SILICON MICROSTRUCTURES INCORPORATED • Low Cost OEM Pressure Die Small, Low Cost OEM Pressure Die DESCRIPTION The SM5106 is a very small 1.56mm x 1.56mm silicon micromachined piezoresistive pressure sensing chip that has been optimized to provide the highest

SM5430

Abstract: SM5470 MEDICAL PRESSURE die
Contextual Info: SILICON MICROSTRUCTURES INCORPORATED • SM5430/SM5470 Low Cost Packaged Pressure Sensors SURFACE MOUNT AND DIP PRESSURE SENSORS LOW-COST PACKAGED DIE DESCRIPTION Silicon Microstructures provides its two most popular pressure sensor die in surface mount dual in-line package SO-16

Contextual Info: 2P E X 4R SM5103 SILICON MICROSTRUCTURES DIVISION Low Pressure Die October 1997-1 DESCRIPTION The SM5103 is a silicon micro-machined, piezoresistive low pressure sensing chip. These devices are available in full-scale ranges from 0,3 to 3.0 psi and are ideal for

impatt diode

Abstract: IMPATT-Diode Dielectric Constant Silicon Nitride N00014-87-K-0243 "x-ray detector" electrochemical gas sensors datasheet Zinc sulfide SCI mttf impatt transistor b 1238
Contextual Info: Custom Product Papers and Briefs PECVD Diamond Films for Use in Silicon Microstructures John A. Herb and Michael G. Peters—Crystallume, Menlo Park, CA Stephen C. Terry and J. H. Jerman—IC Sensors, Milpitas, CA ABSTRACT and 3 times higher than silicon nitride. In addition, the dry

low PRESSURE die

Contextual Info: OEM Pressure Silicon Die Model 5102 Description The 5102 is a silicon micro­ machined, piezoresistive pressure sensing chip. These devices are available in full-scale ranges from 5 to 300 PSI and are ideal for OEM and high volume applications. Provided in die form, these sensors

smi 5502

Abstract: SM5502 AN5500 Silicon Microstructures barometric pressure sensor SM-5502
Contextual Info: SILICON MICROSTRUCTURES INCORPORATED • SM5501/SM5502 Standard Pressure, Constant Current Standard Pressure, Constant Voltage OEM PRESSURE TRANSDUCER FULLY TEMPERATURE COMPENSATED AND CALIBRATED DESCRIPTION Pressure sensor models SM5501 and SM5502 are fully temperature-compensated

SM5502

Contextual Info: JE’ EXQR SM5501/SM5502 SILICON MICROSTRUCTURES Standard Pressure, Constant Current Standard Pressure, Constant Voltage DIVISION October 1997-1 OEM Pressure Transducer Fully Temperature Compensated and Calibrated DESCRIPTION Pressure sensor models SM5501 and SM5502

AN5500

Abstract: sm5502 Silicon Microstructures
Contextual Info: EX4R SM5501 /S M5502 SILICON MICROSTRUCTURES Standard Pressure, Constant Current Standard Pressure, Constant Voltage DIVISION October 1997-1 OEM Pressure Transducer Fully Temperature Compensated and Calibrated DESCRIPTION • * Pressure sensor models SM5501 and SM5502

sm5650

Abstract: sm5652 Microstructures SM5651 5651 tube sm5562
Contextual Info: SILICON MICROSTRUCTURES INCORPORATED • SM5651/SM5652 Low Pressure, Constant Current DIP Low Pressure, Constant Voltage DIP LOW PRESSURE TRANSDUCER FULLY TEMPERATURE COMPENSATED AND CALIBRATED DUAL-IN-LINE PACKAGE DESCRIPTION The SM5650 Series of OEM pressure

SM5502

Contextual Info: Z * EX4R SM5501 /SM5502 SILICON MICROSTRUCTURES Standard Pressure, Constant Current Standard Pressure, Constant Voltage DIVISION October 1997-1 OEM Pressure Transducer Fully Temperature Compensated and Calibrated DESCRIPTION • ■ Pressure sensor models SM5501 and SM5502

Silicon Microstructures

Abstract: SM5600 SM5611 SM5612 barometric pressure sensor
Contextual Info: SILICON MICROSTRUCTURES INCORPORATED • SM5611/SM5612 OEM Pressure, Constant Current DIP OEM Pressure, Constant Voltage DIP OEM PRESSURE TRANSDUCER FULLY TEMPERATURE COMPENSATED AND CALIBRATED DUAL-IN-LINE PACKAGE DESCRIPTION The SM5600 Series of OEM pressure

1551h

Abstract: UT 10246 m555
Contextual Info: Z * EX4R SM5551 /SM5552 SILICON MICROSTRUCTURES DIVISION Low Pressure, Constant Current Low Pressure, Constant Voltage N o vem ber 1998-2 Low Pressure Transducer Fully Temperature Compensated and Calibrated DESCRIPTION Pressure sensor models SM5551 and SM5552

SM5652

Contextual Info: SILICON MICROSTRUCTURES DIVISION SM5611 SM5651 SM5612 SM5652 Pressure DIP Low Pressure DIP Pressure DIP Low Pressure DIP November 1998-2 DESCRIPTION The SM5600 Series of OEM pressure sensors are fully calibrated, temperature compensated pressure sensors in dual

SM5502

Abstract: M5501
Contextual Info: æ*EXAR SILICON MICROSTRUCTURES DIVISION SM-5501 Constant Current SM-5502 Constant Voltage April 1997-4 OEM Pressure Transducer Fully Temperature Compensated and Calibrated DESCRIPTION Pressure sensor models SM-5501 and SM-5502 are fully temperature-compensated