S&V Signal conditioner

Signal conditioning and amplification greatly improve the performance and reliability of your measurement system. From multi-pin signal conditioners for microphones, CCLD conditioners, and charge conditioners, our signal conditioning systems provide quality benefits to your setup.

CCLD (IEPE) signal conditioner

CCLD Signal Conditioners and amplifiers ranging from small battery powered conditioners to full-scale systems providing 16 channels with multiplexer output.

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Charge signal conditioner

Charge Amplifiers and Signal Conditioners by HBK deliver enhanced signal quality for field and laboratory measurement systems, and is ideal for industrial measurement applications.

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Microphone signal conditioner

Multi‐pin signal conditioners for measurement microphones provide robust operation and enhanced quality whether in the field, laboratory, or industrial measuring systems.

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NEXUS

The NEXUS™ concept is based on a single mainframe, a number of input/output channels, and different filter options. This makes it highly flexible, as you can configure your conditioning amplifier to your needs.

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SIGNAL CONDITIONING AND AMPLIFICATION

Signal conditioning and amplification greatly improves the performance and reliability of your measurement system. From multi-pin signal conditioners for microphones, CCLD conditioners, and charge conditioners, our signal conditioning systems provide quality benefits to your setup.

WHAT IS SIGNAL CONDITIONING

A typical signal conditioning system includes the signal conditioning hardware, which works as an interface between the raw signals and transducer outputs and the measurement device. In turn, a signal conditioning unit supplies functions such as signal amplification, attenuation, electrical isolation, filtering, powering, overload detection and Transducer Electronic Data Sheet (TEDS).

SIGNAL CONDITIONING HARDWARE

When deciding which conditioner to use, you should consider the type of transducer as well as the conditioner's benefits to the measurement system, including the following critical features and characteristics.

Number of Channels: For multi-channel tests, having more channels in the signal conditioner makes for a simpler system (for example, one power supply or battery for all the conditioned channels).

Channel Control: For units with adjustable settings, manual control is the easiest way to change configuration. In automated or multi-channel systems, computer control offers big time savings.

For very large systems, it is desirable to control as many channels as possible from a single PC.

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