Improved control circuit places monaural image in a stereo field.

在领域，改进制电路放置非立体声像。

This paper presents a microstroke mechanism driven by electromagnets and its control circuit design.

介绍一种电磁铁驱动的微进给机构制电路设计。

The traditional transformer is trending towards pocketsize and noiselessly in inverter using high-frequency link technique,but the control circuit becomes difficult to be designed.

技术使逆变器中变压器趋向于小型、无噪声化,但增加了制电路的设计难度。

Improved control circuit places monaural image in a stereo field.

在领域，改进控制电路放置非立体声像。

This paper presents a microstroke mechanism driven by electromagnets and its control circuit design.

介绍一种电磁铁驱动的微进给机构及其控制电路设计。

The traditional transformer is trending towards pocketsize and noiselessly in inverter using high-frequency link technique,but the control circuit becomes difficult to be designed.

高频链技术使逆变器中变压器趋向于小型、无噪声化,但增加了控制电路的设计难度。

Improved control circuit places monaural image in a stereo field.

在领域，改进控制电路放置非立体声像。

This paper presents a microstroke mechanism driven by electromagnets and its control circuit design.

介绍一种电磁铁驱动的微进给机构及其控制电路设计。

The traditional transformer is trending towards pocketsize and noiselessly in inverter using high-frequency link technique,but the control circuit becomes difficult to be designed.

高频链技术使逆变器中变压器趋向于小型、无噪声化,但增加了控制电路的设计难度。

Improved control circuit places monaural image in a stereo field.

在领域，改进控制路放置非立体声像。

This paper presents a microstroke mechanism driven by electromagnets and its control circuit design.

介绍一种磁铁驱动的微进给机构及其控制路设计。

The traditional transformer is trending towards pocketsize and noiselessly in inverter using high-frequency link technique,but the control circuit becomes difficult to be designed.

高频链技术使逆变器中变压器趋向于小型、无噪声化,但增加了控制路的设计难度。

Improved control circuit places monaural image in a stereo field.

在领域，改进控制电路放置非立体声像。

This paper presents a microstroke mechanism driven by electromagnets and its control circuit design.

介绍一种电磁铁驱动的微进给机构及其控制电路设计。

The traditional transformer is trending towards pocketsize and noiselessly in inverter using high-frequency link technique,but the control circuit becomes difficult to be designed.

高频链技术使逆变器中变压器趋向于小型、无噪声化,但增加了控制电路的设计难度。

Improved control circuit places monaural image in a stereo field.

在，进控制电路放置非立体声像。

This paper presents a microstroke mechanism driven by electromagnets and its control circuit design.

介绍一种电磁铁驱动微进给机构及其控制电路。

The traditional transformer is trending towards pocketsize and noiselessly in inverter using high-frequency link technique,but the control circuit becomes difficult to be designed.

高频链技术使逆变器中变压器趋向于小型、无噪声化,但增加了控制电路难度。

Improved control circuit places monaural image in a stereo field.

在领域，改进控制电路放置非立体声像。

This paper presents a microstroke mechanism driven by electromagnets and its control circuit design.

介绍一种电磁铁驱动的微进给机构及其控制电路设计。

The traditional transformer is trending towards pocketsize and noiselessly in inverter using high-frequency link technique,but the control circuit becomes difficult to be designed.

高频链技术使逆变器中变压器趋向于小型、无噪声化,但增加了控制电路的设计难度。

Improved control circuit places monaural image in a stereo field.

在领域，改进电路放置非立体声像。

This paper presents a microstroke mechanism driven by electromagnets and its control circuit design.

介绍一种电磁铁驱动的微进给机构及电路设。

The traditional transformer is trending towards pocketsize and noiselessly in inverter using high-frequency link technique,but the control circuit becomes difficult to be designed.

链技术使逆变器中变压器趋向于小型、无噪声化,但增加了电路的设难度。

Improved control circuit places monaural image in a stereo field.

在领域，改进电路放置非立体声像。

This paper presents a microstroke mechanism driven by electromagnets and its control circuit design.

介绍一种电磁铁驱动的微进给机构及电路设。

The traditional transformer is trending towards pocketsize and noiselessly in inverter using high-frequency link technique,but the control circuit becomes difficult to be designed.

链技术使逆变器中变压器趋向于小型、无噪声化,但增加了电路的设难度。