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AE Techron创始于1992年8月，主要产品为覆盖研发，军事和工业等领域的电子产品，并且可提供高品质，低量的定制化服务。拥有一系列的标准化功放电源产品，以及为方便快速化定制的电子模块化的库存。专注于复杂环境下的功放系统的快速解决方案。
1. EMC电源敏感度测试，带宽DC-300kHz，复现直流，交流，和直流偏置的交流波形，Ford标准CS2009推荐型号7224
2. 交流功率放大器，标准型号包括单相和三相，1Hz至4kHz，10至90kVA，定制型号可达250kVA，性价比极高。
3. 放大器系统，7000系列多路放大器系统可以提供500V有效值或360A输出
4. 保护继电器测试，100A，200V，0.1度相位准确度，型号7548RLY
AE Techron的产品广泛应用于EMC的音频敏感度测试，直流上叠加的交流噪声，和高功率快变化率测试如福特CS2009，ISO16750-2，GMW3172-07，ANSI315-T1，GR Core 1089，DO160，Mil-Std-461，DCS12.3
AE Techron的产品还应用于科学研究，提供了低噪声，快转换速率，可靠的设计，和直流叠加交流输出。

另外在核磁共振和继电器测试中有应用。

7224

 

 

四象限功放在单相120/230VAC输入，很小的2U高度的体积内提供更大的工业功放能力。直流至300 KHz带宽，电流或电压控制模式，以及较宽范围的临床配置选项。可用于EMC的传导和辐射测试，科研机构和学校实验室。

 

DC - 300kHz: The Industry-standard Audio Bandwidth Power Amplifier for EMC Compliance and Pre-compliance Testing

 

Features 
The 7224 is a 4-quadrant power amplifier that offers the features of larger industrial amplifiers in a smaller 2U size that runs from single phase 120/230VAC. It features DC - 300 kHz bandwidth, controlled-current or controlled-voltage modes of operation and has a wide range of field-configurable options.

EMC
The 7224 is recognized by Ford Motor Company for use in CS2009 EMC testing; specifically for doing Radiated Immunity measurements in sections RI 140 RI 150 and doing conducted immunity sections CI 210, CI 230, CI 250, and CI 260. It is also recognized as valid for use in similar conducted and radiated immunity tests found in MIL STD 1275D, MIL STD 461, DO 160, SAE J1113-2, ISO 16750, General Motors GMW3172 and Chrysler CS-11809.

Research
In only two years, the 7224’s configurability and flexibility have made 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. With its 70 volt per micro second slew rate, it is able to accurately reproduce wave forms from DC to above 300 kHz, making it a great choice for high-speed control applications. With its ability to operate in either Controlled Voltage or Controlled Current modes, it has been used in Small Bore MRI and NMR systems, testing of switch-mode power supply components, and driving Helmholtz coils. The optional "P" version improves already impressive noise, linearity of gain over amplitude and DC drift over temperature specs for applications that require the highest precision.

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