ASR433.42E-T

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Resonators are commonly used in many applications, such as radio and telecommunications. One of the most popular resonators is the ASR433.42E-T. This type of resonator is composed of multiple precision components, including quartz crystals, integrated circuits, antennas, and other elements. The ASR433.42E-T is a type of macro-resonator and it operates at a frequency range of 433.42 MHz. This type of resonator is typically used for various remote control applications, and it is designed for operating with a low working voltage of 3 Volts and a maximum temperature range of -20 degrees Celsius to 70 degrees Celsius. Let’s take a closer look at the application fields and working principles of the ASR433.42E-T.

The ASR433.42E-T is mainly used in receiver and transmitter applications, where it serves as an oscillator. It is an ideal solution for short-range wireless applications, such as alarm systems and remote controls. It is commonly used in remote keyless entry systems, garage door openers, and telemetry applications. The resonator is designed for use in applications that need a high accuracy and reliability. Its frequency stability allows the system to accurately transmit and receive data without experiencing any errors.

The working principle of the ASR433.42E-T is based on the fact that it has two separate quartz oscillators. The first one is the reference oscillator, which produces a continuous signal with a constant frequency. The second oscillator is the tuning quartz, which is designed to interact with the reference quartz in order to generate a frequency that is specific to the system. The tuning quartz resonator is connected to an integrated circuit and an antenna, which allow the system to send and receive data. The reference oscillator is connected to an integrated circuit that is used to decode the data and control the system.

The reference oscillator works by generating a continuous signal that has a fixed frequency. This signal is used as a reference for the tuning quartz resonator. The tuning quartz resonator is then tuned to the same frequency as the reference oscillator. When the resonator is in tune with the reference oscillator, they create a certain frequency that is specific to the system. This frequency is then sent through an antenna to transmit and receive data.

The ASR433.42E-T is a reliable and accurate resonator for a variety of applications. It is designed for operation even in extreme weather conditions and its frequency stability ensures that the system is able to transmit and receive data without encountering any errors. It is a very popular type of resonator for remote control applications and it is used in many different remote control systems.

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