http://www.jinstartech.com/

General Attributes:

AE Techron 8600 Series very good price

8600 Series

10 kW to 60 kW (up to 120 kVA), up to 480A continuous

AE Techron’s 8600 Series amplifiers are 400Vp, low-noise, DC-to-50 kHz switch-mode amplifiers. The 8600 Series provides a unique combination of the advantages of switch-mode and linear amplifiers. Switch-mode efficiency is combined with a low noise floor and THD, while also benefitting from high slew rates and wide bandwidth. The 8600 Series is also able to safely drive both reactive and resistive loads of varying impedances with no loss in rated output power.

Key Performance Capabilities:

• Bandwidth: DC to 50 kHz
• Voltage: 0 to 260 V_RMS; 0 to 400 VDC
• Slew rate: Up to 80 V/µs
• Current: Up to 80 A_RMS*
• Distortion: <0.2%
• Power: 10 kW to 60 kW
• Power levels up to 2X rated power when driving reactive loads
• High power efficiency and density

8600 Series Model Pages:     8610     8620     8630     8640     8650     8660

OVERVIEW

8600 series amplifiers pack a lot of power into a small package. They are able to produce surge power ratings at up to 20kW, and process apparent power at levels up to 2X the continuous power ratings.

This makes an 8600 series amplifier an ideal choice for applications that require wide bandwidth, high power and great value. The 8600 series is also AC and DC capable, useful for producing power with quick surges or drop-outs, like those required for conducted immunity testing of AC or DC power systems found in military, commercial, or general aviation.

Features:

Lower magnitude, higher frequency ripple noises: The reduction in output filter component size also makes it easier to implement more complex, higher-order low-pass filters, to greatly reduce output ripple noise. The 8600 series uses this advantage to create output voltages of up to 400 Vp with 1 MHz ripple noises that are less than 2 Vp, with in-band noise specifications similar to low-noise linear amplifiers. If even lower noise floors are needed, simple, small, external filtering can reduce this noise even further.

Optimized for transient waveforms and reactive loads: The 8600 Series of amplifiers are compact and capable. They are able to drive purely resistive loads, at rated power, continuously, but really excel when it comes to reproducing short-duration waveforms and/or driving reactive loads.

Scalable: The 8600 series is scalable, available in power levels from a 10 kW, 3U bench-top model to mini rack systems that can deliver up to 120 kVA of power into reactive loads at currents of up to 480 A_RMS.

Configurable:

A key to everyday product usability is quick and easy product (re)configuration. The 8600 series provides all key configuration controls on the back panel of the unit. Configuration options available include:

• GAIN: Fixed or variable gain (0.16 to 40)
• CURRENT LIMIT: From 5% to rated limit (to protect fragile DUTs or where specified in the Standard)
• DC CONTROL: DC enabled or DC blocked and DC Servo (for driving transformer-coupled loads or coils)
• INPUT: Balanced and/or unbalanced
• MODE: Voltage source or current source
• OUTPUT IMPEDANCE: Variable from 0 to 1 ohm (Voltage mode)
• REMOTE SENSE: Correction to voltage drops between amplifier and the load

SPECIFICATIONS

Performance Specifications (all models)

• Operating Modes: AC, DC and AC + DC
• Frequency, AC Mode Output (-3 dB): DC – 50 kHz
• Max Voltage Ranges (no load):
  • AC: 0 – 260 VRMS
  • AC + DC: 0 – ±400 VP
• Load Regulation (full scale): <0.025%, DC to 100 Hz; <0.05%, 10 Hz to 10 kHz
• Line Regulation (full scale): <0.1% for 10% line change
• External Sense: Voltage-drop compensation sense line
• Harmonic Distortion (80 kHz, low-passed): Less than 0.3% from 10 Hz to 30 kHz; 0.5% up to 50 kHz
• Harmonic Distortion (30 kHz, low-passed): Less than 0.1% from 10 Hz to 50 kHz
• DC Offset: <10 mV
• Distortion: <0.2%
• THD: .02% at 1kHz
• Voltage Slew Rate: Load dependent; up to 80V per µs, typically 10 µs to 30 µs for 10% to 90% of full-scale change depending on load and power
• Propagation Delay: 8 µsec
• Efficiency: 89%, typical
• Power Factor: .92, typical
• Source Impedance: 7 mΩ + 3 µH
• Cooling: Internal forced-air fans
• Protection: Over/under voltage, over current, over temperature
• Input, Signal In:
  • Unbalanced: BNC connector
  • Balanced: Terminal strip
• Output: 3/8-inch high-current post connectors

Operating Environment

• Temperature: 5 °C to 50 °C (41 °F to 122 °F);
  • Maximum output power derated above 30 °C (86 °F)
• Humidity: Maximum relative humidity 80% for temperatures up to 31 °C decreasing linearly to 50% relative humidity at 40 °C
• Altitude: 3000 m Maximum
• Environment: Indoor Use Only, Pollution degree 2
• Equipment Class: Group 1 Class A
• Transient Overvoltage: Overvoltage Category II