Microstar Laboratories, Inc. Datasheets for Data Acquisition
Data acquisition is the digitizing and processing of multiple sensor or signal inputs for the purpose of monitoring, analyzing and/or controlling systems and processes. Signal conditioning includes the amplification, filtering, converting, and other processes required to make sensor output suitable for rereading by computer boards.
Data Acquisition: Learn more
| Product Name | Notes |
|---|---|
| Isolated 16-Bit Analog Output Signal Interface Module, part number MSXB 075, provides isolated analog outputs for Data Acquisition Processor (DAP) systems. Use these modules to eliminate ground currents – a... | |
| The DAP 5200a model brings many more real-time data acquisition and control applications within the scope of Windows systems. Its onboard 400 MHz processor substantially increases the real-time processing power... | |
| The DAP 5216a model adds 16-bit resolution to the proven capabilities of the DAP 5200a line. It has the same real-time processing power as the DAP 5200a. Real-time processing functions... | |
| The DAP 5400a model, a board optimized for simultaneous sampling at extreme speeds, has eight A/D converters that sample simultaneously with 14-bit resolution at 1.25M samples per second each, for... | |
| The DAP 840 has all of the features needed for an entry-level data acquisition or control application with light real-time processing, and provides all of the benefits of onboard intelligence. | |
| The iDSC 1816 board combines 16-bit resolution on eight simultaneous channels of data acquisition with brick-wall anti-alias filters on each channel. The iDSC 1816 samples analog inputs at a throughput... | |
| The Microstar Laboratories Filtered Analog Input Expansion Board, part number MSXB 048, provides filtered analog input expansion for Analog Backplane systems. The Filtered Analog Input Expansion Board is compatible with... | |
| The Microstar Laboratories Isolated 16-Bit Analog Output Signal Interface Module, part number MSXB 076, provides isolated analog outputs for Data Acquisition Processor (DAP) systems. Use these modules to eliminate ground... | |
| The MSXB 056 16-bit Analog Output Expansion Board provides 4 additional analog outputs with 16-bit resolution. Up to 16 Analog Output Expansion Boards can be connected to a single DAP... | |
| The MSXB 080 Isolated 16-Bit Analog Input Signal Interface (SI) Module provides differential inputs programmable gain simultaneous sampling channel-to-channel isolation MSXB 080 provides isolated analog inputs for DAP systems. Use... | |
| The MSXB 081 Channel-to-Channel Isolated 4-20 mA Input Signal Interface (SI) Module provides isolated analog inputs for DAP systems and lets you acquire data from a number of 4-20 mA... | |
| The MSXB 082 Isolated 16-Bit Analog Input Signal Interface (SI) Module provides differential inputs programmable gain simultaneous sampling channel-to-channel isolation MSXB 082 provides isolated analog inputs for DAP systems. Use... | |
| The MSXB 084 Isolated Analog Input Signal Interface Modules provides isolated analog inputs for DAP systems. Use these modules to eliminate ground currents – a potential source of noise in... | |
| These Analog Input Expansion Boards provide differential analog inputs. MSXB 060 offers 32 differential inputs per board. MSXB 061 offers 64 differential inputs per board. Up to 4 MSXB 061... | |
| To create affordable, high-channel-count systems that sample inputs simultaneously, choose the DAP 5380a, a mid-range board designed to work well in multiples. Each DAP 5380a has an onboard 233 MHz... | |
| Use the DAP 4000a in applications that require light-to-moderate real-time processing. Call us to find out how real-time processing can benefit your application. The DAP 4000a models have an onboard... | |
| What it is The Analog Input Expansion Board, part number MSXB 037, provides analog input expansion for xDAP USB data acquisition systems and DAP PCI data acquisition boards. What it... | |
| When your application needs Pentium-powered real-time processing under Windows, choose the DAP 5000a. Even at maximum sampling rates, the combination of a fast processor with low latency allows computation in... | |
| When your application needs Pentium-powered, real-time processing and 16-bit sampling under Windows, choose the DAP 5016a. Even at maximum sampling rates, the combination of a fast processor with low latency... | |
| xDAP 7400 Features Self-contained, with USB connectivity to host 8 analog-to-digital converter devices clocked simultaneously 16 multiplexed analog differential input channels 16-bit resolution on each channel, no missing codes 1... | |
| xDAP 7410 Features Self-contained, with USB connectivity to host 8 analog-to-digital converter devices clocked simultaneously 1 million samples per second capture on each converter 8 million samples per second sustainable... | |
| xDAP 7420 Features Up to 2 million samples per second capture each converter Self-contained, with USB connectivity to host 8 analog-to-digital converter devices clocked simultaneously 8 million samples per second... |