EFJ-N3385J5B Crystals, Oscillators, Resonators

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    Resonators are a class of components with wide application in the field of electronics. They are the components used to store, absorb and release energy to the desired form while controlling the frequency and overvoltage response of circuits. EFJ-N3385J5B, a miniaturized surface-mounted ceramic resonator, is a kind of ceramic resonator specially developed for electronic products. It is extensively applied in radio frequency (RF) for integrated circuit (IC) devices, such as digital audio/video applications, and is currently one of the most popular surface-mounted ceramic resonators on the market.

    The EFJ-N3385J5B is made of ceramic material, and the top and bottom of the resonator are encapsulated. It has a small size of 2.0 × 2.1 × 0.8mm, a slim housing design, and a 2.2mmx1.3mm stitching mounting hole. It features excellent mechanical shock and vibration resistance and can withstand temperature changes in the signal system switching circuit. Moreover, it has good frequency stability, anti-interference ability, low power consumption and low cost.

    The working principle of the EFJ-N3385J5B resonator is based on the mechanical resonance process. Its main function is to generate oscillation pulses through resonance. In this process, a portion of the energy stored in the vibrating system is transferred back to the input, resulting in the resonator actuating a sustained oscillation. This type of resonator is one of the most commonly used components in RF-based electronic circuits, such as radio frequency receivers and remote monitoring systems, because it can generate accurate and reliable oscillations.

    Due to the size and weight of the EFJ-N3385J5B resinator, it provides a wide range of application fields, including automotive electronics, home appliances, motion primary wave (MPWI) and smart phones. The support frequency range of the device is 100-1000MHz, its load capacitance range is 20-82pF, and its frequency stabilization range is + 250/-25ppm. It works in the temperature range of -40°C to + 85°C, providing an ideal frequency stable oscillation source for circuits operating in hostile environments. Additionally, the resonator has a damping cycle at the edges and outputs a more stable signal.

    In conclusion, EFJ-N3385J5B is a ceramic resonator with a small size, low power consumption and wide application field. It is designed for IC devices such as digital audio/video applications and can provide stable oscillation at hostile environment. In addition, it has good frequency stability, vibration resistance and anti-electromagnetic interference. The EFJ-N3385J5B resonator is a high performance and cost effective component for modern electronic products.

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