HMC765LP6CE

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The HMC765LP6CE is a Clock/Timing - Clock Generation, Phase Lock Loop (PLL), Frequency Synthesizer module created by Hittite Microwave. It is a low profile PLL processor that helps to generate different signals with its agile frequency synthesis. As a module with extreme-wide tuning range and low noise, the HMC765LP6CE is widely used for various applications.

The HMC765LP6CE’s architecture consists of a crystal oscillator, a voltage-controlled oscillator, a loop filter, a phase detector and an advanced step recovery diode. It has an agile frequency synthesis which can generate different frequencies from multiple outputs. Frequency coverage is from 10MHz to 4GHz with a minimum fundamental frequency step size of 30kHz.

The device offers a low power consumption with an operational temperature range of -40 to +85⁰C. Its low profile 3 x 3mm QFN offers a less interference to its environment. In addition, the HMC765LP6CE also features a low phase noise, making it suitable for noise sensitive applications or low frequency locations.

The HMC765LP6CE is widely used in applications such as wireless communication, communications infrastructure, and microwave point-to-point radios. It can also be used in millimeter wave communications products such as base station receivers and transceivers. In communications infrastructure, the module is used to generate signals at high frequency for mixed-signal data modulation, frequency modulation, and multi-gigabit Ethernet radio.

In wireless communications, the HMC765LP6CE is used in various data transmission applications such as Wi-Fi, WiMAX, LTE and other high-speed wireless applications. It is also used in GPS and navigation technologies for low frequency signals. Additionally, it is used for military communication within aircrafts, ships and UAVs.

The working principle of HMC765LP6CE is relatively simple. It is designed to take in an incoming signal from the crystal oscillator and convert it into two output signals. The first output signal is the reference or controlling frequency, while the second is the actual output frequency. These two signals are then transferred to the PLL, which modulates them, thus allowing users to generate different signals in multiple outputs. The modulated signals are combined in the loop and amplified at the switch, allowing users to easily control the frequency and amplitude of the signals.

The HMC765LP6CE is an efficient, low noise and high frequency module used in a variety of applications. Its agile frequency synthesis makes it an ideal solution for frequency-sensitive applications, such as GPS and communications infrastructure, where low noise and wide tuning range are essential. The device also offers low power consumption and a low profile QFN, making it suitable for applications that require a large device in a limited space.

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