DC To 10KHz AC Strain Amplifier

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DC To 10KHz AC Strain Amplifier Specification

Harmonic Distortion
< 0.02%

Heatsink
Integrated

Voltage
15V DC (internal circuits)

Low Impedance
Yes

Material
Aluminum enclosure

Frequency (MHz)
DC to 10 kHz (wideband)

Channels
1

Power
230V AC, 50 Hz

S/N Ratio
>85 dB

Noise Level
< 5 V rms (referred to input, 0.1 Hz to 10 kHz)

Input Signal
Up to 10 mV/V (from strain gauge transducers)

Weight (kg)
2

Color
Light Grey

Dimension (L*W*H)
230 x 200 x 70 mm

Application
For precise signal amplification from strain gauges, load cells, and bridge sensors

Filter Type
Butterworth low-pass filter, switch selectable

Output Signal
5V or 10V (adjustable)

Operating Temperature
0C to 50C

Connector Type
BNC and screw terminals

Mounting
Tabletop/bench mount design

Gain Range
Selectable, typically x10 to x10000

Input Impedance
>10 M

About DC To 10KHz AC Strain Amplifier

Experience unparalleled performance with our DC to 10KHz AC Strain Amplifier-a classic solution for professionals seeking opulent precision in signal amplification. This amplifier is perfect for advancing your measurement applications with selectable gain range (x10 to x10000), both BNC and screw terminal connections, and special rate offers available via advance purchase. Integrated with a Butterworth low-pass filter, its limited stock ensures exclusive access to unmatched quality. The robust light grey aluminum enclosure and tabletop design exemplify reliability, while limited harmonic distortion (<0.02%) and high S/N ratio deliver uncompromised results for your demanding projects.

Key Applications and Advantages of DC To 10KHz AC Strain Amplifier

This classic amplifier is designed for precise signal amplification in strain gauges, load cells, and bridge sensors, making it indispensable in research laboratories and industrial settings. With selectable gain and integrated Butterworth filtering, it ensures accurate, noise-free data. Its opulent features such as high input impedance and low harmonic distortion provide users with reliability and flexibility across a range of applications, enhancing the efficiency of measurement and testing processes.

Payment Terms, Sample Availability, and Supply Ability

Our DC to 10KHz AC Strain Amplifier is offered at a special rate with accommodating payment terms to facilitate smooth order completion. Customers may request a sample for evaluation, ensuring the product meets exact requirements before purchase. With efficient transportation and robust supply capability, we guarantee timely delivery across India, allowing clients to secure their limited-stock unit without delay. Advance purchase is encouraged to take advantage of immediate availability.

FAQ's of DC To 10KHz AC Strain Amplifier:

Q: How does the selectable gain feature benefit users?

A: The selectable gain range (x10 to x10000) allows users to tailor amplification to specific sensor output levels, optimizing signal clarity and analysis in various measurement scenarios.

Q: What types of sensors is this amplifier best suited for?

A: This amplifier is ideally used with strain gauge transducers, load cells, and bridge sensors, delivering reliable and precise signal amplification required for demanding measurement tasks.

Q: What is the process for placing an advance purchase order?

A: To secure a unit, customers can contact our sales team to arrange an advance purchase, ensuring they benefit from the special rate and limited stock availability.

Q: Where can this amplifier typically be mounted?

A: With its tabletop/bench mount design, the amplifier is convenient for laboratory benches and test stations, fitting seamlessly into professional workspaces.

Q: When should the Butterworth low-pass filter be used?

A: The switch-selectable Butterworth low-pass filter can be used when it is necessary to suppress high-frequency noise, providing cleaner output signals for precise measurements.

Q: How does the amplifier ensure a high signal-to-noise ratio?

A: By employing a design with low input noise (<5 V rms) and integral low-pass filtering, the amplifier achieves a signal-to-noise ratio exceeding 85 dB, facilitating accurate data acquisition.

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