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Amplifier/signal amplifier: Precise amplification for demanding applications

Amplifiers/signal amplifiers are used when an original signal is too weak to be processed directly. They increase the amplitude of the signal without changing its time course, which is particularly important in laboratory measurement technology. An outstanding quality feature of these amplifiers is their linearity - this means, for example, that a doubling of the input voltage results in a proportional doubling of the output voltage. This ensures that the amplified signal corresponds exactly to the original, but with a higher amplitude.

Amplifiers/signal amplifiers are used when an original signal is too weak to be processed directly. They increase the amplitude of the signal without changing its time course, which is... read more »
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Amplifier/signal amplifier: Precise amplification for demanding applications

Amplifiers/signal amplifiers are used when an original signal is too weak to be processed directly. They increase the amplitude of the signal without changing its time course, which is particularly important in laboratory measurement technology. An outstanding quality feature of these amplifiers is their linearity - this means, for example, that a doubling of the input voltage results in a proportional doubling of the output voltage. This ensures that the amplified signal corresponds exactly to the original, but with a higher amplitude.

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Verivolt IsoBand V | view: front High Bandwidth Voltage Transducer with Galvanic...
Verivolt
VV-IsoBand-V-Serie

Input voltage: up to 2000 V, Output voltage: 5 V/10 V
Price on request
Verivolt IsoBlock I-ZF-Series | view: front right Zero Flux High Performance Current Sensor |...
Verivolt
VV-IsoBlock-I-ZF-Serie

Output voltage: 5 V / 10 V / 7 VAC, Input current: 20 A - 2000 A / 100 AAc - 2000 AAC
Price on request
Verivolt IsoBlock V-1c - View front right Voltage Sensor / Converter with Galvanic...
Verivolt
VV-ISOBLOCK-V-1C-Serie

Input: up to ±1500V, Output: ±10V, Accuracy: up to 0.2 % of value + 0.005 % of range + NIST Zertificate, Bandwidth: DC - 1...
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TB-A10160 High Frequency Amplifier TB-A10160 High Frequency Amplifier
Tabor Electronics
TB-A10160

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Content 1 piece(s)
€2,325.00 *
TB-A10150 High Frequency Amplifier TB-A10150 High Frequency Amplifier
Tabor Electronics
TB-A10150

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Content 1 piece(s)
€4,835.00 *
TB-9400 High-Voltage Amplifier TB-9400 High-Voltage Amplifier
Tabor Electronics
TB-9400

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Price on request
TB-9260 High-Frequency Amplifier TB-9260 High-Frequency Amplifier
Tabor Electronics
TB-9260

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Price on request
TB-9200 High-Voltage Amplifier TB-9200 High-Voltage Amplifier
Tabor Electronics
TB-9200

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Content 1 piece(s)
€4,285.00 *
TB-9100A High-Voltage Amplifier TB-9100A High-Voltage Amplifier
Tabor Electronics
TB-9100A

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Content 1 piece(s)
€4,070.00 *
TB-9100 High-Voltage Amplifier TB-9100 High-Voltage Amplifier
Tabor Electronics
TB-9100

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Content 1 piece(s)
€3,395.00 *
TB-3322 Signal Amplifier TB-3322 Signal Amplifier
Tabor Electronics
TB-3322

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Content 1 piece(s)
€1,735.00 *
TB-3180 High Voltage Amplifier TB-3180 High Voltage Amplifier
Tabor Electronics
TB-3180

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Content 1 piece(s)
€2,825.00 *
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Technical properties of amplifier/signal amplifier

Amplifiers/signal amplifiers are characterized by a number of technical properties that make them particularly valuable for precise applications in measurement technology:

  • Wide frequency range: These amplifiers are capable of amplifying signals over a wide frequency range, often from a few hertz to several megahertz.
  • High output voltage: Many of these amplifiers offer high output voltages, ensuring that even very weak signals can be amplified to a usable level.
  • Linear amplification: A key feature is linearity, where changes at the input are proportional to changes at the output. This minimizes distortion and ensures that the amplified signal matches the original signal as closely as possible.
  • Customized configurations: Many broadband amplifiers offer the ability to customize gain, input and output impedances, and other parameters to meet specific requirements. This makes them particularly flexible in various application scenarios.

Product presentations: Powerful amplifiers/signal amplifiers at a glance

Choosing the right amplifier/signal booster is crucial for the successful implementation of your measurement tasks. In the following, we present some selected broadband amplifiers that impress with their specific properties and possible applications:

  1. Tabor TB-9250: High Frequency Amplifier

The Tabor TB-9250 is a two-channel broadband amplifier that is ideal for applications with high-frequency and broadband signals. With a bandwidth of up to 30 MHz and an output voltage of up to 40 V, this amplifier offers high flexibility. It is particularly suitable for precise tests in laboratory environments where differential signals need to be amplified.

2. Tabor TB-9260: Amplifier with high bandwidth and high output Power

The Tabor TB-9260 is a powerful signal generator amplifier with a bandwidth of 45 MHz and an output voltage of up to 34 V. It is ideal for applications that require high signal strength, such as piezoelectronics or the characterization of transducers. Thanks to its robust design, this amplifier is particularly suitable for use in demanding laboratory environments.

        3. Tabor TB-9100: High Voltage Amplifier

For applications that require very high voltages, the Tabor TB-9100 is the right choice. With an output voltage of up to 300 V and a bandwidth of 500 kHz, this amplifier is ideal for complex signal applications where high amplitudes are required. It offers precise signal amplification and is particularly optimized for use with function generators in high-voltage technology.

Frequently asked questions about amplifiers/signal amplifiers

What distinguishes a signal amplifier from other amplifiers?

A signal amplifier is specially designed to amplify signals from signal generators or function generators. In contrast to conventional amplifiers, which are often used for audio or video signals, signal amplifiers focus on the precise amplification of high-frequency and complex signals without compromising the signal quality.

In which applications are broadband amplifiers used?

Broadband amplifiers are used in a variety of areas, including high-frequency technology, industrial measurement technology and sound level measurements. They are ideal for situations where signals need to be amplified over a wide frequency range, such as in the development of antennas, the analysis of sensor signals or the characterization of electronic components.

What advantages do amplifiers/signal amplifiers offer in measurement technology?

Amplifiers/signal amplifiers provide precise and linear amplification of signals, which is essential for accurate measurements and testing. Their ability to amplify weak signals enables detailed analysis and optimization in applications that require high signal quality.

Discover our range and contact us!

In our online store you will find a wide selection of amplifiers, signal amplifiers and broadband amplifiers that are suitable for a wide range of applications.

Contact us for individual advice and work with us to find the optimum solution for your specific needs.

Phone: +49(0)7032 / 895 93-3

E-Mail: sales@lxinstruments.com

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