IOS Subsystems - Overview
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Overview
- 3B Series Model Definitions
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3B Series Overviews
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3B Overview
The 3B Series of Signal Conditioning I/O Subsystems provide a low-cost, versatile method of transferring analog transducer signals to a data acquisition, monitoring or control system without the inherent noise, non-linearity, drift and extraneous voltages. - 3B16 Narrow Bandwidth, Strain Gage Input
- 3B17 Wide Bandwidth, LVDT/RVDT Input
- 3B18 Wide-Bandwidth, Strain Gage Input
- 3B20 AC Strain Gage, Torque Transducer Input
- 3B30/3B31 Isolated Voltage Input
- 3B32 Isolated, Process Current Input
- 3B34 Isolated, Linearized RTD Input
- 3B37 Isolated, Thermocouple Input
- 3B39 Isolated Process Current Output
- 3B40/3B41 Isolated Wideband Voltage Input
- 3B42/3B43/3B44 Isolated AC Sine Wave Input
- 3B45/3B46 Isolated Frequency Input
- 3B47 Isolated, Linearized, Thermocouple Input
- Available 3B Series Modules
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3B Overview
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3B User's Manual
(pdf, 1495 kB)
The 3B Series Signal Conditioning I/O Subsystem - 5B Series Model Definitions
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5B Series Overviews
(pdf)
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5B Overview
The 5B Series represents an innovative generation of low cost, high performance plug-in signal conditioners. Designed for industrial applications, these modules incorporate highly reliable transformer-based isolation and automated surface-mount manufacturing technology. - 5B30/5B31 Millivolt and Voltage Input
- 5B32 Isolated Current Input
- 5B34 Isolated, Linearized RTD Input
- 5B35 Isolated, Linearized 4-Wire RTD Input
- 5B36 Isolated, Potentiometer Input
- 5B37 Isolated Thermocouple Input
- 5B38 Isolated, Wide-Bandwidth Strain Gage Input
- 5B39 Isolated Current Output
- 5B40/5B41 Isolated, Wide Bandwidth Millivolt and Voltage Input
- 5B42 Isolated, Process Current Input
- 5B45/5B46 Isolated, Frequency Input
- 5B47 Isolated, Linearized Thermocouple Input
- Available 5B Series Modules
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5B Overview
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6B Series Overviews
(pdf)
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6B Overview
The 6B Series delivers sensor-to-host signal-conditioning for remote applications. Software-configurable for a wide variety of sensor types, including: analog input, analog output, and digital I/0, the 6B Series is intended for remote data acquisition, machine monitoring, remote energy management and process monitoring and control applications. - 6B11/6B11HV Isolated, Field Configurable Analog Input
- 6B12/6B12HV Isolated, Field Configurable Analog Input
- 6B13/6B13HV Isolated, Field Configurable Analog Input
- 6B21 Isolated, Field Configurable Analog Input
- 6B50-1/6B50-2 Field Configurable Digital I/O
- Available 6B Series Modules and Digital Boards
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6B Overview
- 7B Series Model Definitions
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7B Series Overviews
(pdf)
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7B Overview
The 7B Series of signal conditioners feature small size, low cost and a wide output voltage range for a variety of applications including process control and factory-floor environments. The single-channel 7B modules accept inputs from a range of transducers and are fully rated over the extended -40C to + 85C industrial temperature range. - 7B14 Non-Isolated, Linearized RTD Inupt
- 7B21 Isolated, High Level Voltage Input
- 7B22 Isolated, High Level Voltage Output
- 7B27 Isolated, Thermocouple Input
- 7B30 Isolated, Voltage or Current Input
- 7B31 Isolated, Voltage Input
- 7B32 Isolated, Process Current Input
- 7B33 Isolated, Voltage or Current Input
- 7B34 Isolated, Linearized RTD Input
- 7B35 Isolated, Process Current Input with Loop Power
- 7B37 Isolated, Thermocouple Input
- 7B39 Isolated, Process Current Output
- 7B40 Isolated, Voltage or Current Input
- 7B41 Isolated, Voltage or Current Input
- 7B47 Isolated, Linearized Thermocouple Input
- Available 7B Series Modules
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7B Overview
- All Series Modules
- Analog Is Everywhere
- Compliance of IOS and ICI Products to the RoHS Initiative (pdf, 24 kB)
- IOS 3 Year Warranty (pdf, 23 kB)
- IOS Short From Brochure (pdf, 2298 kB)
- Leading Inside: A Series of Engineering Insights
- Selecting the Right Signal Conditioning Series for Your Application
- Tips for Improving High-Speed PCB Layout
To find Research and Documentation for a specific product, go to the product page