HMC940LC4BTR-R5

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The HMC940LC4BTR-R5 is a high performance clock device that consists of a low phase noise MEMS Differential Oscillator, 4 differential outputs with Propagation Delay Adjustment and an I2C Compatible 2-Wire Serial Interface. The device is housed in a 4 mm × 4 mm, 16-lead LFCSP package. HMC940LC4BTR-R5 is a high performance, advanced clock device suitable for applications requiring high speed, low phase noise and adjustable output timing skew.

HMC940LC4BTR-R5 is designed to meet the needs of high-end applications, providing four differential outputs with propagation delay adjustment, flexible timing skew control and integrated low phase noise MEMS Differential Oscillator. The device also features an on-chip power up/down control and I2C-compatible 2-wire serial interface.

HMC940LC4BTR-R5 is commonly used as a clock buffer, driver and repeater in systems that require high speed clocks, such as storage systems, wireless communication systems and high performance networks. It can be used to drive or buffer clock signals over long distances with minimal signal degradation and provide low jitter, accurate and stable clock signals for high speed data transmission. The integrated low phase noise MEMS Differential Oscillator can also be used to generate reference clocks for PLL and DDS synthesizers, providing low phase noise and high sampling rates.

The HMC940LC4BTR-R5 operates in two modes, the differential output mode and the single-ended output mode. In the differential output mode, the device provides four differential outputs that can be adjusted individually using the integrated two-wire serial interface. The device can be configured to achieve different output signal characteristics to meet different application needs. For example, the device can be configured to provide low jitter, a wide spread spectrum output or a low-power output signal.

In the single-ended output mode, the device is used to generate low jitter single-ended clock signal outputs from the differential input signal. The single-ended signal outputs can be adjusted individually to achieve optimal performance. The device also features an on-chip power up/down control. The power down control helps conserve power when the device is not in use, while the power up control provides additional flexibility in power sequencing and helps ensure proper operation when power is initially applied.

In summary, HMC940LC4BTR-R5 is a reliable and high performance advanced clock buffer, driver and repeater. It is designed to meet the needs of high-end applications, providing four differential outputs with propagation delay adjustment, flexible timing skew control and integrated low phase noise MEMS Differential Oscillator. It can be used to drive or buffer clock signals over long distances with minimal signal degradation and provide low jitter, accurate and stable clock signals for high speed data transmission. The integrated low phase noise MEMS Differential Oscillator can also be used to generate reference clocks for PLL and DDS synthesizers, providing low phase noise and high sampling rates.

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