Showing results: 2251 - 2265 of 3314 items found.
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50-297-003 -
Pickering Interfaces Ltd.
The 50-297 provides a simple solution for applications requiring accurate simulation of resistive sensors. The 50-297 is available in a variety of resistance ranges and resolution capabilities that meet the needs of most functional test systems.
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50-297-001 -
Pickering Interfaces Ltd.
The 50-297 provides a simple solution for applications requiring accurate simulation of resistive sensors. The 50-297 is available in a variety of resistance ranges and resolution capabilities that meet the needs of most functional test systems.
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50-297-101 -
Pickering Interfaces Ltd.
The 50-297 provides a simple solution for applications requiring accurate simulation of resistive sensors. The 50-297 is available in a variety of resistance ranges and resolution capabilities that meet the needs of most functional test systems.
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50-297-103 -
Pickering Interfaces Ltd.
The 50-297 provides a simple solution for applications requiring accurate simulation of resistive sensors. The 50-297 is available in a variety of resistance ranges and resolution capabilities that meet the needs of most functional test systems.
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50-297-102 -
Pickering Interfaces Ltd.
The 50-297 provides a simple solution for applications requiring accurate simulation of resistive sensors. The 50-297 is available in a variety of resistance ranges and resolution capabilities that meet the needs of most functional test systems.
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MS332 -
Electro-Sensors, Inc.
Modes include zero-cumulative-error Ratio-Follower (electronic gearing) and zero-cumulative-error Index-Follower (mechanical event/phase synchronization). Features include Forward-only and Forward/Reverse settings for uni/ bi-directional control, multiple setpoints and many programmable contact-closure input and NPN output functions. Builds numerous machine synchronizing / follower processes. Works with quadrature incremental shaft encoders (all modes) and prox, photo-eye and other presence/event sensors (Index-Follower mode).
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Fuji Electric Co., Ltd.
FUJI developed the first infrared gas analyzer in Japan to use mass-flow sensors. Since then, we have supplied customers with various types of gas analyzers to support environmental preservation and control efforts. These efforts include measurements of atmospheric pollution and detection of low density of SOx and NOx, generated by incinerating facilities and boilers. FUJI's gas analyzers are widely used to monitor the atmosphere to help maintain a cleaner natural environment.
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Power Manager II -
Lattice Semiconductor
*Up to 12 differential voltage sensors with immunity to noise on ground plane*Voltage trimming to within 1%*Ruggedized CPLD with up to 48 macrocells for sequencing and supervisory signal logic*Large operating power supply range (3.3 V + 20% to 3.3 V -15%)*Up to 4 High-Voltage MOSFET Driver Outputs*Voltage Measurement with 10-bit ADC through I2C*Up to 8 On-chip DACs for Margining and Trimming
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9840 -
Interface Inc.
The 9840 is suitable for use in calibration labs, field service, or anywhere high accuracy is important. Features include a bipolar 6-digit 2-line display, remote sense, low noise, 22-bit resolution, USB port with RS232 communication, mV/V calibration and the ability to store up to 25 different sensors. 6-point linearization, unit conversion, front-panel tare. Self calibration via TEDS Plug & Play ready IEEE1451.4 compliance.
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LBC SERIES -
Transducer Techniques, Inc
The LBC Series (Load Button) load cells are offered for compression only applications where space is limited. The matching surface must be flat and at least the diameter of (D1). The loading diameter (D2) is slightly convex for accurate load distribution. Counter bored mounting holes are provided for fastening down from the top. These sensors are manufactured from heat treated 17-4ph stainless steel and sealed for use in most industrial environments.
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975MR -
Emerson
The Rosemount 975MR multi-spectrum infrared flame detector is based on accurately analyzing the multi-spectral signals by utilizing three separate IR sensors. The 975MR detects fuel and gas fires at long distances. For example, this product will detect a 1 ft2 (0.1m2) gasoline pan fire at 215 ft (65 m) in less than 5 seconds. The 975MR also provides the highest immunity to false alarms and enhanced overall coverage range.
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90323 -
HITEC Sensor Solutions Inc.
The model 90323 Peak Track Instrument is a general-purpose sensor readout device designed to complement our AutoID line of load cells and torque sensors. AutoID is a term that indicates that the calibration information for a sensor is stored on a chip inside the sensor’s connector. AutoID allows true “plug and play” operation without manual calibration procedures of any kind. The unit is also equipped with a 2-line alpha-numeric display and single button operation for simplicity.
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IMR 1440FL -
IMR Environmental Equipment, Inc.
The exhaust gas analyzer, IMR 1440FL/COFL, is designed to measure exhaust gases of Forklift Trucks that are powered by a variety of fuels. According to US regulations, the IMR 1440FL/COFL can measure soot and CO for Forklift Trucks. If state regulations require NOx, the IMR 1440FL/COFL can be equipped with a NOx sensor. The IMR 1440COFL is equipped with two CO sensors. One CO sensor operates in the low range and another CO sensor operates in the high range.
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ABB Ltd.
Rough environmental conditions, hazardous areas, space-saving installation and flexible assembly are only some examples of the skills of our daily proven and reliable temperature sensors. With direct sensor output or 4 to 20 mA HART, PROFIBUS, FOUNDATION Fieldbus or WirelessHART communication, including device configuration with LCD display. Available without thermowell or with welded or drilled thermowell for sensor protection. Available also for non-invasive temperature measurements with high precision.
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Acces I/O Products, Inc.
Sensors that are used to collect the data from the environment often don’t produce signal of characteristics optimal for an analog to digital converter (ADC) to translate to digital data. Additionally, these signals can be subject to electromagnetic interference (EMI) that introduces noise, having a negative impact on the reliability of the data. To make this analog input readable for the processing unit and dependable enough to give the desired quality of data the signal has to undergo a process of signal conditioning.