115195-HMC536LP2

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RF evaluation and development kits, boards, and other related components are widely used to design, manufacture and test radio frequency (RF) communication and measurement systems. The 115195-HMC536LP2 is one such device that is used to measure time and frequency. It is an ultra-low power Si-based VCXO (voltage-controlled crystal oscillator) designed for precise frequency control. It combines a silicon-based VCXO with a Quartz crystal resonator to offer an industry-leading performance profile. It uses an innovative capacitive transducer control loop to provide frequency stability with very low distortion.

The 115195-HMC536LP2 offers higher levels of performance compared to other oscillators on the market. Typical parameters such as frequency stability over temperature, phase noise, and jitter are about an order of magnitude better than other available oscillators. This makes it ideal for low power frequency control applications such as timing control in base stations, Wi-Fi systems, test equipment, satellite communications and other mobile communications.

As a low power device, the 115195-HMC536LP2 has power consumption of only 4.9 mW, which is significantly lower than traditional VCXO solutions. This makes it ideal for applications with tight power budgets, as well as those that need a high level of precision. Additionally, the device features a maximum frequency offset of up to 10 MHz, giving users the flexibility to achieve higher performance without breaking the bank.

The 115195-HMC536LP2 is a complex device and requires a thorough understanding of its principles of operation for a successful implementation. At its most basic level, the device consists of a quartz crystal resonator, a differential amplifier, a voltage controlled oscillator (VCO), an LC resonator filter, and a resonant capacitor. The crystal resonator acts as a precise reference frequency, while the VCO generates the output frequency. The amplifiers are used to tune the frequency by adjusting the supply voltage. The LC filter and resonant capacitor provide filtering and further enhance the performance of the device.

The 115195-HMC536LP2 also has robust temperature-dependent frequency adjustment capabilities. This is achieved by using a temperature-compensated capacitive transducer. This device, also known as the “PTC”, provides temperature calibration by adjusting the supply voltage to the oscillator to account for temperature change. This feature has proven to be invaluable for temperature-critical applications, such as base stations, which need frequency stability over temperature.

The 115195-HMC536LP2 offers one of the highest levels of precision frequency control available today. It is suitable for various applications, such as timing control in base stations, test equipment, satellite communication systems, Wi-Fi systems, and other mobile communications. With its high performance and low power consumption, the device is a great choice for those who need precision frequency control with low power. Its temperature compensation capabilities and wide frequency range make it an ideal solution for applications that require accurate frequency control over a wide temperature range.

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