ECOC-2522-38.400-5HS

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Oscillators are electronic devices with the capability to produce a periodic electric waveform. ECOC-2522-38.400-5HS is a type of oscillator specifically used in frequencies between 10 KHz and 400 KHz. It is a highly reliable and cost effective solution.

The main purpose of ECOC-2522-38.400-5HS is to provide an electric pulse signal in a frequency range of 10kHz to 400 kHz. It has a wide range of applications in military, aerospace and medical equipment. This device can also be used for sensing and controlling in robotics, industrial automation systems and alarm systems.

ECOC-2522-38.400-5HS consists of a quartz crystal and a transistor switch. The quartz crystal oscillates at the specified frequency and produces a sinusoidal electric waveform. This generated signal is then amplified and fed to the transistor switch. When the switch is on, it cuts off the voltage applied to the transistor and the oscillator stops producing a signal. The off state of the transistor ensures that electrical energy is not wasted.

ECOC-2522-38.400-5HS also has a built-in polarity protection feature that allows it to be used in a wide variety of situations. The polarity protection feature ensures that no electric shocks will be experienced when connecting it to an external circuit. Furthermore, the absence of a polarity switch reduces the size of the oscillator and eliminates potential short circuits.

ECOC-2522-38.400-5HS also has a temperature stability ranging from -40° C to +85° C without the need for additional components. This makes it ideal for applications in extreme environments. Additionally, the device has a high load driving capability of up to 600mA. This allows it to be used efficiently in high-load applications such as voltage regulators.

The ECOC-2522-38.400-5HS is a highly reliable and cost effective solution for applications requiring a periodic electric pulse in the frequency range of 10kHz to 400 kHz. Its wide operating temperature range and high power load driving capability make it suitable for a wide range of applications. Furthermore, the device is designed to be highly resistant to electrical interference and is characterized by its low power consumption.

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