353NB3C163R

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Oscillators are essential components used in electronic circuits to generate a signal of a specific frequency. The 353NB3C163R is an ultraminiature oscillator designed to provide reliable stabilized clock sources for high-powered applications. It is primarily deployed in critical areas such as power distribution, medical electronics, as well as industrial systems and telecommunications. This oscillator is best suited for devices that require absolute time and frequency accuracy, such as clocks and switches.

The 353NB3C163R incorporates a high-accuracy compensated oscillator circuit to generate stable frequency outputs from -55°C to +125°C. It also features a wide input voltage range of 1.65V to 3.3V in order to reliably source clock signals with minimal power consumption. The oscillator’s signal quality is further enhanced by a built-in quartz crystal, which ensures tighter frequency tolerance and greater stability. Thanks to its low-profile design and small form factor, the oscillator can be mounted on the main board or PCB of a wide range of electronic devices.

In addition to its superior performance, the 353NB3C163R also offers improved reliability and robustness. It complies with standard surface-mount technology (SMT) and is compatible with wave soldering, solder reflow, and automated packaging processes. The oscillator is further protected against environmental stress by an advanced encapsulation technique, which shields the integrated circuits from noise and vibrations. Moreover, the 353NB3C163R is designed with a low jitter profile suitable for use in high-speed digital circuits, such as microprocessors and Ethernet.

The 353NB3C163R operates by converting bursts of DC energy into a steady AC oscillating waveform. It utilizes a resistor-capacitor (RC) network, commonly referred to as a “time-constant circuit”, to generate a periodic signal with a specific frequency. The oscillator consists of an RC network, a transistor, and an inductor. The RC portion of the circuit is composed of a capacitor and a resistor connected in series. When an electrical voltage is applied to the circuit, the capacitor is charged to its maximum capacity. The transistor acts as a switch, periodically turning the current on and off to discharge the capacitor and create an oscillating waveform. The inductor amplifies the current and acts as an electromagnetic feedback loop, completing the oscillating circuit.

The 353NB3C163R offers a cost-effective solution for a wide range of oscillators-dependent applications. Its reliable design and outstanding performance make it ideal for systems that demand absolute accuracy and accuracy. Furthermore, its small form factor and low power consumption lend it the versatility to be used in a variety of electronics, ranging from medical devices to power distribution systems.

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