Networkable System Bridge Conditioners
Description
Networkable System Bridge Conditioners are devices designed to condition signals from various sensors and transducers, ensuring that the output is suitable for further processing or analysis. They provide several types of outputs, including variable levels of voltage or current, output frequencies, or pulse signals. Some advanced models include application software for real-time monitoring and mathematical and statistical functions, and they can interface with computers using various communication protocols such as Ethernet, DeviceNet, and IEEE 1394 .
Working Principle
Networkable System Bridge Conditioners work by filtering and amplifying the input signals from sensors. They use different filter architectures, such as analog filters with resistors and capacitors for low noise applications, and digital filters like finite impulse response (FIR) and infinite impulse response (IIR) filters. These filters can be programmable and may include features like anti-aliasing to correct signal misrepresentation during slow sampling. The conditioners also provide programmable gain, allowing the input signal to be multiplied by a specific factor, which can be adjusted via a touch screen, front panel display, or computer monitor .
Applications
Networkable System Bridge Conditioners are used in various applications where precise signal conditioning is required. Specific examples include interfacing with strain gauges in structural health monitoring systems, where accurate signal processing is crucial for detecting stress and strain in materials. They are also used in industrial automation systems to ensure that sensor data is accurately transmitted and processed for control and monitoring purposes .
Advantages over other Bridge Conditioners
One of the key advantages of Networkable System Bridge Conditioners is their ability to interface with computers using a variety of communication protocols, which enhances their versatility and integration capabilities in complex systems. Additionally, the inclusion of programmable filters and gain settings allows for greater flexibility and precision in signal conditioning compared to non-networkable bridge conditioners .
Limitations
Networkable System Bridge Conditioners may have limitations in terms of the complexity and cost associated with their setup and integration into existing systems. The need for specific communication protocols and software can also pose challenges in terms of compatibility and ease of use .
Considerations
When considering the use of Networkable System Bridge Conditioners, it is important to evaluate the initial costs, which can be higher due to the advanced features and capabilities. Operating expenses may also be influenced by the need for specialized software and maintenance. Durability and accuracy are critical factors, as these devices must reliably process signals over time without degradation. Replacement and maintenance costs should also be considered, particularly in environments where the devices are exposed to harsh conditions .
from Red Pitaya, d.o.o.
SDRlab 122-16 External clock is based on the SDRlab 122-16 model that is modified to be used with an external clock oscillator, which is important especially for RF applications that operate at other frequencies, require better quality clock or clock synchronization. [See More]
- Channels: 6
- Accuracy: 0.2000
- Differential Channels: Yes (optional feature)
- Form Factor: PC Board; Panel / Chassis Mount; Modular Bay or Slot System; DIN Rail; Stand-alone
from Red Pitaya, d.o.o.
SDRlab 122-16 was developed specifically for software-defined radio and more demanding RF applications. [See More]
- Channels: 6
- Accuracy: 0.2000
- Differential Channels: Yes (optional feature)
- Form Factor: PC Board; Panel / Chassis Mount; Modular Bay or Slot System; DIN Rail; Stand-alone
from Red Pitaya, d.o.o.
SIGNALlab 250-12 is most sophisticated Red Pitaya product, built for more demanding industrial applications and research, where robustness and performance matter more than cost. [See More]
- Channels: 6
- Accuracy: 0.2000
- Differential Channels: Yes (optional feature)
- Form Factor: PC Board; Panel / Chassis Mount; Modular Bay or Slot System; DIN Rail; Stand-alone
from Red Pitaya, d.o.o.
SIGNALlab 250-12 is most sophisticated Red Pitaya product, built for more demanding industrial applications and research, where robustness and performance matter more than cost. [See More]
- Channels: 6
- Accuracy: 0.2000
- Differential Channels: Yes (optional feature)
- Form Factor: PC Board; Panel / Chassis Mount; Modular Bay or Slot System; DIN Rail; Stand-alone
from Red Pitaya, d.o.o.
STEMlab 125-14 4 Inputs is based on STEMlab 125-14 board, but instead of 2 inputs and 2 output channels offers 4 Input channels that with improved performance. [See More]
- Channels: 8
- Accuracy: 0.2000
- Differential Channels: Yes (optional feature)
- Form Factor: PC Board; Panel / Chassis Mount; Modular Bay or Slot System; DIN Rail; Stand-alone
from Red Pitaya, d.o.o.
STEMlab 125-14 is our most versatile and popular product, which was introduced to the market in 2013 when Red Pitaya was established. Since then it has been used in a wide variety of contexts, from hobbyists and ham radio operators to industry, research, and space applications. [See More]
- Channels: 6
- Accuracy: 0.2000
- Differential Channels: Yes (optional feature)
- Form Factor: PC Board; Panel / Chassis Mount; Modular Bay or Slot System; DIN Rail; Stand-alone
from Red Pitaya, d.o.o.
STEMlab 125-14 is our most versatile and popular product, which was introduced to the market in 2013 when Red Pitaya was established. Since then it has been used in wide variety of contexts, from hobbyists and ham radio operators to industry, research and space applications. [See More]
- Channels: 6
- Accuracy: 0.2000
- Differential Channels: Yes (optional feature)
- Form Factor: PC Board; Panel / Chassis Mount; Modular Bay or Slot System; DIN Rail; Stand-alone
from Red Pitaya, d.o.o.
STEMlab 125-14 Edu Pack is based on Red Pitaya's best-selling DAQ platform and with the chosen accessories a perfect fit for educational purposes. [See More]
- Channels: 6
- Accuracy: 0.2000
- Differential Channels: Yes (optional feature)
- Form Factor: PC Board; Panel / Chassis Mount; Modular Bay or Slot System; DIN Rail; Stand-alone
from Red Pitaya, d.o.o.
STEMlab 125-14 External clock is based on the STEMlab 125-14 model that is modified to be used with an external clock oscillator, which is important especially for RF applications that operate at other frequencies, require better quality clock or clock synchronization. With this modification, users... [See More]
- Channels: 6
- Accuracy: 0.2000
- Differential Channels: Yes (optional feature)
- Form Factor: PC Board; Panel / Chassis Mount; Modular Bay or Slot System; DIN Rail; Stand-alone
from Red Pitaya, d.o.o.
Based on the STEMlab 125-14 Starter kit and it comes with individual ISO17025 certificate. [See More]
- Channels: 6
- Accuracy: 0.2000
- Differential Channels: Yes (optional feature)
- Form Factor: PC Board; Panel / Chassis Mount; Modular Bay or Slot System; DIN Rail; Stand-alone
from Red Pitaya, d.o.o.
STEMlab 125-14 Low Noise Bare OEM is the ultimate solution for customization and adaptability in your electronic project. This board, which comes without the usual connectors, provides unparalleled freedom and versatility to tailor your designs according to your specific needs. [See More]
- Channels: 6
- Accuracy: 0.2000
- Differential Channels: Yes (optional feature)
- Form Factor: PC Board; Panel / Chassis Mount; Modular Bay or Slot System; DIN Rail; Stand-alone
from Red Pitaya, d.o.o.
STEMlab 125-14 Low Noise is based on a STEMlab 125-14 board that is populated with additional linear analog power for analog power supplies to reduce RF inputs and outputs noise and consequently increase ENOB. [See More]
- Channels: 6
- Accuracy: 0.2000
- Differential Channels: Yes (optional feature)
- Form Factor: PC Board; Panel / Chassis Mount; Modular Bay or Slot System; DIN Rail; Stand-alone
from Red Pitaya, d.o.o.
We are setting the industry standard in product quality and customer support, our STEMlab OEM boards are easy to integrate and available in multiple hardware and software configurations. [See More]
- Channels: 6
- Accuracy: 0.2000
- Differential Channels: Yes (optional feature)
- Form Factor: PC Board; Panel / Chassis Mount; Modular Bay or Slot System; DIN Rail; Stand-alone
from Red Pitaya, d.o.o.
STEMlab 125-14 is our most versatile and popular product, which was introduced to the market in 2013 when Red Pitaya was established. Since then it has been used in wide variety of contexts, from hobbyists and ham radio operators to industry, research and space applications. [See More]
- Channels: 6
- Accuracy: 0.2000
- Differential Channels: Yes (optional feature)
- Form Factor: PC Board; Panel / Chassis Mount; Modular Bay or Slot System; DIN Rail; Stand-alone
from Red Pitaya, d.o.o.
STEMlab 125-14 is our most versatile and popular product, which was introduced to the market in 2013 when Red Pitaya was established. Since then it has been used in wide variety of contexts, from hobbyists and ham radio operators to industry, research and space applications. [See More]
- Channels: 6
- Accuracy: 0.2000
- Differential Channels: Yes (optional feature)
- Form Factor: PC Board; Panel / Chassis Mount; Modular Bay or Slot System; DIN Rail; Stand-alone
from Red Pitaya, d.o.o.
STEMlab 125-14 X-Channel System is designed for applications that require multi-channel RF signal acquisition and generation. It enables the user to stream analog and digital signals from/to the client's PC. X-Channel System consists of multiple STEMlab 125-14 devices that are modified and comes... [See More]
- Channels: 6
- Accuracy: 0.2000
- Differential Channels: Yes (optional feature)
- Form Factor: PC Board; Panel / Chassis Mount; Modular Bay or Slot System; DIN Rail; Stand-alone
from Red Pitaya, d.o.o.
STEMlab 125-14Z7020 Low Noise is based on a STEMlab 125-14 Z7020 board that is populated with additional linear analog power for analog power supplies to reduce RF inputs and outputs noise and consequently increase ENOB. [See More]
- Channels: 6
- Accuracy: 0.2000
- Differential Channels: Yes (optional feature)
- Form Factor: PC Board; Panel / Chassis Mount; Modular Bay or Slot System; DIN Rail; Stand-alone
from Red Pitaya, d.o.o.
STEMlab 125-14Z7020 Low Noise is based on a STEMlab 125-14 Z7020 board that is populated with additional linear analog power for analog power supplies to reduce RF inputs and outputs noise and consequently increase ENOB. [See More]
- Channels: 6
- Accuracy: 0.2000
- Differential Channels: Yes (optional feature)
- Form Factor: PC Board; Panel / Chassis Mount; Modular Bay or Slot System; DIN Rail; Stand-alone