Dr. Hubert A1110-16-QE 4-Quadrant Voltage and Current Amplifier Datasheet

The Dr. Hubert A1110-16-QE datasheet details a 4‑quadrant voltage and current amplifier with up to 75 V peak output and 28 A peak current, plus…


Dr. Hubert A1110-16-QE 4-Quadrant Voltage and Current Amplifier Datasheet - cover page
Brand
Dr. Hubert
Category
Power Amplifier
Document type
Datasheet
Language
English
Pages
17
File format
PDF
File size
682 KB
Published
01 October, 2026
Updated
01 October, 2026
MD5 checksum
460C97820038CEB7B5821C5EAA367302

About this manual

The A1110-16-QE is a linear, extreme‑broadband 4‑quadrant voltage and current amplifier that can operate as either a voltage or a current source. It offers configurable output ranges, auto‑commutating voltage supply, USB control (LAN optional) and built‑in protection such as over‑temperature disconnection, power‑loss calculation and absolute‑current monitoring.

The datasheet provides full electrical specifications, performance graphs, a block diagram and a list of optional modules such as custom current compensation networks, internal current measurement, Ethernet interface and isolation amplifier. Contact information for Dr. Hubert GmbH and document revision history are also included.

What's inside

  • Product Description
  • Features
  • Applications
  • Control Software
  • Current Amplifier
  • Specifications
  • Block Diagram
  • Product Options
  • Contact
  • Document History

Specifications

Maximum output voltage75 V peak
Maximum output current28 A peak
Peak output current (short burst)55 A peak / 500 ms
Slew rate100 V/µs
Continuous power (8 Ω load)400 W

Frequently asked questions

What is the maximum output voltage of the A1110-16-QE?

The amplifier can deliver up to 75 V peak output voltage.

Which control interfaces are provided with the amplifier?

A USB port is standard and a LAN interface is optional.

What protection features are built into the device?

It includes over‑temperature disconnection, power‑loss calculation and absolute‑current monitoring for short‑circuit and overload protection.

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