LH169116

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LH169116 is a SMD crystal oscillator designed by LUCOMAE, a tech giant specializing in the production of highly advanced oscillators. With LH169116, users can expect to enjoy accurate timekeeping in a small package. This tiny crystal oscillator is renowned for its high stability, low-power operation, and low EMI/EMC susceptibility. All these features, combined with its unique features make it a popular choice for applications ranging from digital watches to medical equipment and automotive electronics.

LH169116 crystal oscillator series are available in various packages, such as 6-pin TSSOP, 14-pin SMD, and 4-pin DIP. Along with the various package sizes, LH169116 can also be obtained with various preloaded frequencies. No matter the application, LH169116 has no difficulty to meet the bandwidth requirements. For instance, its frequency range is between 1 MHz and 25 MHz. The full-scale frequency range and temperature characteristics make LH169116 an ideal tool for usage in a wide array of electronic applications.

But what makes LH169116 so popular? The answer lies within its versatility. LH169116 offers consistent performance even in applications that require high accuracy, such as medical and automotive electronics. Its low power consumption and small size enable it to be used in battery-powered applications with no worries of power-rating. Additionally, the oscillator features low EMI/EMC susceptibility, and is therefore suitable for usage in radio communication systems. In other words, LH169116 should be considered the perfect candidate to satisfyCrystal Oscillator and clock applications.

In order to understand the working of LH169116, one must first understand some basic principles of electronic oscillators. All oscillators are made of components that oscillate in a periodic fashion. The components of oscillators can include, but are not limited to, an oscillator IC, a resonator, a transistor, a capacitor, and crystal. A crystal oscillator, such as LH169116, is made up of a crystal and a basic electronic circuitry connected to the crystal. The crystal vibrates at a certain frequency depending on the type of crystal used, and the oscillation helps to generate the required output.

The oscillation process in the LH169116 is classic and simple. The crystal oscillator works by providing constant feedback to the oscillator IC. The oscillator IC absorbs energy from the power source, which causes an oscillation frequency that is determined by the size of the crystal. This frequency is then converted from AC to DC to get the final output. The main frequency can also be tuned by using a variable capacitor in the circuit, thus allowing the user to adjust the frequency range of the crystals.

LH169116 is a reliable and economical choice for a wide range of applications. From watches and other consumer electronics to automotive and medical electronics, the LH169116 crystal oscillator plays an important role in providing accurate and stable timing for all types of use cases due to its affordability and reliability. Its small size, low power consumption, and excellent operating characteristics make it a great fit for many applications where cost, efficiency and space savings are essential. With its efficient and reliable performance, the LH169116 crystal oscillator should be a prudent choice for all your oscillator needs.

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