AT-505(40)

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Attenuators

Attenuators are electrical components used to reduce the amplitude of an electrical signal, usually with minimal signal distortion. Attenuators have a variety of applications and come in different types. AT-505(40) attenuators, for example, are used in the automotive industry to reduce the amplitude of a sensor signal.

AT-505(40) Application Field and Working Principle

AT-505(40) attenuators are mainly used in the automotive industry. They are designed to reduce the amplitude of a sensor signal before it is sent to an engine control unit (ECU). This type of attenuator is commonly used in combination with a variety of other sensors, such as air-fuel ratio (AFR), injector pulse width (IPW), and ignition control (IC) sensors. The AT-505(40) attenuator is a cost-effective solution for reducing the amplitude of a sensor signal.

The working principle of an AT-505(40) attenuator is based on the principle of impedance. An attenuator is an electrical component that has two inputs and two outputs. When a signal is applied to the inputs of the attenuator, the signal is divided into two parts. The first part flows through a low impedance path and the other part flows through a high impedance path. The signal then recombines at the attenuator\'s outputs, creating a signal with a reduced amplitude.

The AT-505(40) attenuator is designed to provide a low output voltage of 4 to 40 volts. The attenuator has an input impedance of 50K ohms and an output impedance of 600 ohms. The main advantage of the device is its ability to reduce the amplitude of the signal with minimal distortion. In addition, the AT-505(40) attenuator has a wide operating temperature range and is capable of operating in harsh temperatures.

The AT-505(40) attenuator is designed to be used in combination with a variety of sensors, providing a cost-effective solution for reducing the amplitude of a signal. In addition, the attenuator has a wide operating temperature range and is capable of operating in harsh conditions. The device is also able to reduce the amplitude of a signal with minimal distortion.

The specific data is subject to PDF, and the above content is for reference