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AE Techron

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  • AE Techron Model 9100 Series Power Amplifier

    AE Techron’s 9100 Series amplifiers are 200Vp, DC-to-250 kHz capable amplifiers that offer a unique combination of switch-mode efficiency and linear-amplifier-like fidelity in a single, compact package. They are able to drive virtually any type of load without a reduction in rated power, with low distortion and low DC drift. They are also fast enough to meet 5µs surge and dropout requirements.

    The 9100 series is a powerful and flexible partner when the environment is difficult or existing AC Mains options are limited. It is able to be powered from any normal single-phase AC mains voltage (100VAC — 250VAC). It is power-efficient, producing up to 2,000 watts output from a 20A, 120V AC mains supply, and up to 5 kW from 230V or 240V sources.

    This combination of features makes the 9100 series an ideal solution for a wide range of High-Current, Low-Voltage applications that require both DC power and quick surges or drop-outs, like those found in conducted immunity testing of DC-powered systems in the automotive and aviation markets.

    Features:

    • Bandwidth: DC to 250 kHz
    • Minimum Drop/Rise Time: 5µs
    • Slew Rate: Up to 300 V/µs
    • Max Voltage: 0 to 200 Vp
    • Max Current: Up to 50 to 150 Ap
    • Distortion:  <0.8%
    • Max Long-Term Power: 5 kW to 30 kW (up to 60kVA)
    • Stable when driving highly capacitive loads.
    • Four-quadrant operation

  • AE Techron Model 7224 Power Amplifier

    AE Techron’s 7224 Power Amplifiers are configurable and flexible making it the choice of many research and university labs. It can be field-configured to run well into loads from 100 ohms to as low as 0.5 ohms. Even with its small bench top size, the 7224 is able to produce as much as 50 amps of current and as much as 158 volts, providing serious power for a wide range of applications and experiments.

    When used with AE Techron’s T-Series coupling transformers (T1000, T2000 and T3700), the 7224 Power Amplifiers are ideal for use in the low-voltage conducted or radiated immunity tests needed for Aviation industry Standards like DO 160 (Section 18 and 19), MIL STD 461/462 (CS101 and RS101), Airbus and Boeing audio bandwidth electrical and magnetic tests.

    The 7224 amps are a perfect choice to drive small to medium Helmholtz coils and radiators like those specified in FMC1278 (RI140, RI150).

    • 900 watts RMS Power Output
    • Small signal Bandwidth to 600KHz
    • Stable when driving highly capacitive loads
    • Up to 16A at 13.5 VDC
    • Series or Parallel system capability

  • AE Techron Model 7234 Power Amplifier

    The AE Techron 7234 is a 4-quadrant Power Amplifier that runs from single-phase 120/230VAC. It features a DC to 1 MHz small-signal bandwidth, controlled-current or controlled-voltage modes of operation, and a wide range of field-configurable options. It can be field-configured to run well into loads from 100 ohms to as low as 0.5 ohms.

    When used with AE Techron’s T-Series coupling transformers (T1000, T2000 and T3700), the 7234 Power Amplifiers are ideal for use in the low-voltage conducted or radiated immunity tests needed for Aviation industry Standards like DO 160 (Section 18 and 19), MIL STD 461/462 (CS101 and RS101), Airbus and Boeing audio bandwidth electrical and magnetic tests.

    The 7234 amps are a perfect choice to drive small to medium Helmholtz coils and radiators like those specified in FMC1278 (RI140, RI150).

    • 900 watts RMS Power Output
    • Small signal response up to 1 MHz
    • Drop outs and surges as fast as 1.2?s
    • 13.5 VDC at up to 28A
    • Field-selectable ±40V, 75V or 150V potential
    • Series or Parallel system capability

  • AE Techron Model 7548 Power Amplifier

    AE Techron’s 7548 Power Amplifier is a 3300-VA, DC-enabled, High-Powered unit designed to provide very low noise, low harmonic distortion and fast slew rates. It can safely drive a wide range of Resistive, Inductive loads. Typical use includes as a power source for EMC testing in applications that require both continuous AC or DC signals and significant short term (burst) signals.

    • 3,380 Watts RMS Power Output
    • Small signal response: 28V p-p to 200 kHz
    • Four-quadrant operation (source and sink).
    • Field-selectable controlled-voltage or controlled-current modes of operation
    • Over 12,000 watts peak for 40 ms and 5,500 Watts peak continuous into a 1-ohm load
    • Series or Parallel system capability

  • AE Techron 8700 Ultra Wide Band High Power Amplifier

    AE Techron’s 8700 Series Amplifiers are 400Vp, Low-Noise, DC to 250 kHz Switch-Mode Amplifiers. The 8700 series provides a unique combination of the advantages of switch-mode and linear amplifiers. Unlike traditional switch-mode amplifiers which have a ripple frequency between 80 kHz and 100 kHz, the 8700 series has an effective switch frequency of 1 MHz. This ultra-high-frequency switching gives the 8700 amplifier many benefits over both linear (dissipative) amplifiers and traditional switch-mode amplifiers. Switch-mode efficiency is combined with a Low Noise Floor and THD, while also benefiting from High Slew Rates and Wide Bandwidth. The 8700 series is also able to safely drive both reactive and resistive loads of varying impedances with no loss in rated output power.

    Features:

    • Bandwidth: DC to 250KHz
    • Voltage Output: 0 to 250 VRMS; 0 to 350 VDC
    • Current Output: Up to 60 to 360 ARMS
    • Power: 4 kW to 24 kW (up to 120kVA)
    • Slew rate: Up to 300 V/µs
    • Distortion: <0.8%
    • Power levels up to 5X rated power when driving Reactive Loads

  • AE Techron 8500 Wide Band High Power Amplifier

    AE Techron’s 8500 Series Amplifiers are 400Vp, Low-Noise, DC-to-50 kHz Switch-Mode Amplifiers. Unlike traditional switch-mode amplifiers which has a ripple frequency between 80 kHz and 100 kHz, the 8500 series has an effective switch frequency of 1 MHz. This ultra-high-frequency switching gives the 8500 amplifier many benefits over both linear (dissipative) amplifiers and traditional switch-mode amplifiers. Switch-mode efficiency is combined with a Low Noise floor and THD, while also benefitting from High Slew Rates and Wide Bandwidth. The 8500 series is also able to safely drive both reactive and resistive loads of varying impedances with no loss in rated output power.

    Features:

    • Bandwidth: DC to 50KHz
    • Voltage Output: 0 to 250 VRMS; 0 to 350 VDC
    • Current Output: Up to 80 to 480 ARMS
    • Power: 4 kW to 24 kW (up to 120kVA)
    • Slew rate: Up to 80 V/µs
    • Distortion: <0.2%
    • Power levels up to 5X rated power when driving Reactive Loads

  • AE Techron 8300 Wide Band High Power Amplifier

    AE Techron’s 8300 Series Amplifiers are 200Vp, Low-Noise, DC to 50 kHz Switch-Mode Amplifiers. Unlike traditional switch-mode amplifiers which has a ripple frequency between 80 kHz and 100 kHz, the 8300 series has an effective switch frequency of 1 MHz. This ultra-high-frequency switching gives the 8300 amplifier many benefits over both linear (dissipative) amplifiers and traditional switch-mode amplifiers. Switch-mode efficiency is combined with a Low Noise floor and THD, while also benefitting from High Slew Rates and Wide Bandwidth. The 8300 series is also able to safely drive both reactive and resistive loads of varying impedances with no loss in rated output power.

    Features:

    • Bandwidth: DC to 50KHz
    • Voltage Output: 0 to 140 VRMS; 0 to 200 VDC
    • Current Output: Up to 65 to 300 ARMS
    • Power: 2 kW to 10 kW (up to 50kVA)
    • Slew rate: Up to 60 V/µs
    • Distortion: <0.2%
    • Power levels up to 5X rated power when driving Reactive Loads

  • AE Techron Model 7800 High Power Precision Amplifier

    The AE Techron 7800-Series AC power amplifiers are durable, four-quadrant, DC-enabled, low-noise, wide-bandwidth amplifiers. The 7800 Series Amplifiers are a great solution if bandwidth and/or system noise is a problem. They are able to drive low-impedance loads at frequencies of up to 60kHz. Because they utilise a linear circuit topology, the AE Techron 7800 series amplifiers have no switching noise in their output and very low radiated EMI. This results in THD and noise floors that are much lower than what is possible with traditional switch mode amplifiers, making them ideal for applications that require either high precision or, because of sensitive measurements, cannot tolerate the radiated noise associated with switch mode amplifiers.

    The 7800 series amplifiers are tough, both physically and electrically. The 7800 series models have been used for conducting experiments on a Navy warship, controlling a magnetic field in a fusion experiment, and driving DUTs while absorbing back EMF when there is a failure.

    • Bandwidth: DC to 60KHz
    • Voltage Output: 500Vp
    • Current Output: 400Ap (800Ap Short Period)
    • Power: 10kVA, 15kVA or 20kVA

  • AE Techron Model 7700 Audio Bandwidth Amplifier

    AE Techron’s 7700-Series amplifiers offer great power and flexibility. The series consists of three models; each model can be used as a free-standing gain block or combined in multiples to achieve high voltage (300 V RMS at 50 A RMS) or high current (up to 340A at 13.5 VDC continuously).

    The 7794 was designed with a very low output impedance and is able to produce up to 60A continuous at 13.8 VDC, making it an excellent battery substitute for transient immunity testing. It is also capable of producing the 80V surges required for DO-160G section 16.6.2.4 abnormal surge testing and is well suited for ISO 7637 pulse 2b and 4 testing.

    The 7796, when run in controlled-current mode, is a perfect choice to drive medium to large diameter Helmholtz coils and radiatiors like those specified in Ford FMC1278 (RI140, RI150).

    The 7796HC can be used to simulate ripple noise, drop outs, surges and ground shift noise as required by a variety of standards for DC powered electronics in the aviation and automotive industries. With configurations capable of up to 600A, a DC-150 kHz bandwidth, and the ability to both source and sink, the 7796HC is your best solution for high-current DC Conducted Immunity testing.

    • Up to 5000 watts RMS power output
    • Small signal response up to 250KHz
    • Up to 85A at 13.5 VDC
    • Series or Parallel system capability
    • Output voltages up to ±180 Vp

  • AE Techron Model DSR100 Dropout, Surge, Ripple Simulator & AC/DC Voltage Source

    AE Techron’s DSR 100 Series systems provide complete, single-box solutions for immunity testing. They include a simple-to-use yet powerful standards waveform generator matched with an industry leading power supply technology and come with an extensive library of tests for many automotive and industry standards.

    All models of the DSR 100 Series are 4-quadrant, allowing them to source and sink current. The DSR Series has power in reserve; each model provides continuous DC power as rated, and is able to provide 4X rated power for in-rush testing up to 200 mS, as is required in DO 160 Section 16.

    • Current Ranges: 0-200A
    • Peak Current to 800A
    • Signal Range: DC – 300KHz

  • AE Techron Model 3110 Audio Bandwidth Standards Waveform Generator

    The 3110 is a simple-to-use yet powerful standards waveform generator. It can be combined with other AE Techron products to quickly create a wide range of powerful and intelligent EMC test solutions.

    The 3110 comes with an extensive library of tests for many automotive and industry Standards. Tests can be modified and saved for future use in the 3110’s library, which has the space to store more than 300,000 tests total.

    The 3110 produces standard signals and waveforms with or without a DC offset. Frequency, amplitude and DC offset can be fixed or swept, and sweeps can be linear, logarithmic or exponential.* It can create dropouts and surges with rise and fall times under 1 µs. Individual signal duration can be as short as 50 µs or as long as 49 days. It can also produce ripple waveforms of up to 300 kHz.

    The 3110 offers unique and powerful controls that make it easy to build complex tests containing repeating waveforms with up to four variables concurrently changing. Tests with non-linear or equation-driven frequency/ voltage/duration increments also can be created automatically using the csv import function. In addition, tests can be imported from the 3110 library and linked to form multi-test programs that can also be set to repeat, loop or wait for a trigger.

    • Current Ranges: 0-200A
    • Peak Current to 800A
    • Signal Range: DC – 300KHz

  • AE Techron Model T1000 Magnetic-Field Susceptibility Transformer

    The T1000 Magnetic-Field Susceptibility Transformer was designed to exceed the AF Magnetic Field susceptibility test requirements of DO 160 Section 19 and Boeing D6-16050 Section 7.2. It may also be used as a 10-to-1 step-down transformer for output current of up to 100ARMS.

    The T1000 transformer provides up to 300A-m and is able to generate up to 100ARMS. The turns ratio provides a ten-to-one step down to the secondary winding.

    The AE Techron Model  T1000 provides convenient input connectors via binding posts. Standard 0.75-inch spacing of binding posts allows use of standard plugs. Output is via Multi Contact 125A plugs.

    A 12-amp circuit breaker protects the unit against over-current conditions. A rugged, impact-resistant case and robust design protects the transformer from accidental damage.

     

    • Up to 100 ARMS secondary current
    • Small signal response up to 250KHz
    • Provides up to 300 A-m
    • Ten-to-one step-down
    • Output via Multi Contact 125A plugs
    • Testing to DO 160 Section 19 and Boeing D6-16050-5 Section 7.2 standards

  • AE Techron Model T2000 Low-Frequency Conducted Susceptibility Transformer

    The T2000 Audio-Bandwidth Conducted Susceptibility Transformer was designed to meet or exceed the LF conducted susceptibility test requirements of DO 160 Section 18. The T2000 is used to apply the required test signals to the lines under test for ripple voltage tests and continuous or transient conducted immunity tests. It may also be used as a 2-to-1 step-down transformer. The secondary can support up to 40AP.

    The T2000 transformer supports up to 200W and is able to pass up to 40AP on the secondary. The turns ratio provides a 2-to-1 step down.

    The T2000 provides convenient input connectors via binding posts. Standard 0.75-inch spacing of binding posts allows use of standard plugs. Output is via Multi Contact 125A plugs.

    A thermal breaker protects the unit against over-current conditions on the primary. A 35 ARMS breaker protects the unit against over-current conditions on the secondary. A rugged, impact-resistant case and robust design protects the transformer from accidental damage.

    • Frequency response: 10 Hz to 250 kHz
    • Up to 200W audio power
    • Up to 40 Ap AC or DC secondary current
    • Two-to-one step-down
    • Output via Multi Contact 125A plugs
    • Testing  to DO 160 Section 16 and 18 standard

  • AE Techron Model T3700 Electric Field Susceptibility Transformer

    The T 3700 Electric-Field Susceptibility Transformer was designed to meet or exceed the voltage requirements of DO 160 Section 19 and Boeing D6-16050 Section 7.2 testing. It may also be used as a 1-to-37 step-up transformer for voltages up to 3700 VRMS.

    The T 3700 transformer is able to generate up to a 3700 VRMS potential. It is withstand tested to 135% of rated output to ensure a long, trouble-free life. The turns ratio provides a 1-to-37 step up to the secondary winding.

    The AE Techron  T 3700 provides convenient input connectors via touch-proof, four-way binding posts. Standard 0.75-inch spacing of binding posts allows use of standard plugs.

    A 1-amp fuse protects the unit against over-current conditions. A rugged, impact-resistant case and robust design protects the transformer from accidental damage.

    The T 3700’s voltage output meets or exceeds the requirements of DO 160 Section 19 and Boeing D6-16050-5 Section 7.2. It is for use by experienced staff.

    • Up to 3700VRMS
    • Robust withstand testing to 5,000 VDC
    • 1-to-37 step-up
    • Frequency range: 250 Hz to 35 kHz
    • Output via LGH high-voltage connector
    • Testing  to DO 160 Section 19 and Boeing D6-16050-5 Section 7.2 standards
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