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RPT7050N

RPT7050N

Product catalog summary

Overview: The RPT7050N is a high-performance oscillator designed by Rakon, utilizing Pluto+ ASIC technology. It is tailored for the synchronization needs of packet networks in Small Cells, offering low jitter and phase noise to support both network and radio interfaces.

Standard Specifications:

Nominal Frequency: Ranges from 12.8 to 26.0 MHz, with standard frequencies including 12.8, 19.2, 25.0, and 26.0 MHz.
Frequency Calibration: Initial accuracy is ±1.0 ppm at 25°C.
Reflow Shift: ±0.5 ppm measured 60 minutes post-reflow.
Operating Temperature Range: -40°C to 85°C.
Temperature Rate of Change: Maximum of 1°C/min for guaranteed stability.
Short Term Frequency Stability: ±50 ppb from 0 to 70°C and ±100 ppb from -40 to 85°C over 24 hours.
Slope Over Temperature: ±15 to ±50 ppb/°C.
Supply Voltage Stability: ±10 ppb with ±2% variation.
Load Sensitivity: ±10 ppb for HCMOS and clipped sine wave variations.
Long Term Stability (Aging): ±20 ppb/day, ±200 ppb/month, ±1 ppm/year, and ±3 ppm over 10 years.
Acceleration Sensitivity: Less than 2 ppb/g.
Start-up Time: 10 ms to 90% amplitude.
Supply Voltage: Standard values are 3.0 and 3.3 V, with other values available upon request.
Oscillator Output: Clipped sine wave and HCMOS options available.
Control Voltage: Tuning range of ±5 to ±12 ppm with input resistance of 100 kΩ.

Features:

Patented 'varactor linearisation' for voltage control.
Compliant with LTE phase noise requirements.
Temperature sensor option available.

Applications: Ideal for Small Cells, including WCDMA and LTE.

Additional Information:

SSB Phase Noise and RMS Jitter values are provided, indicating high performance in noise reduction.
Model outline and recommended pad layout are included for integration purposes.

Catalog excerpts

RPT7050N The RPT7050N encompasses Rakon’s Pluto+ ASIC technology and is specifically designed to meet the short and medium term stability requirements of packet networks synchronisation for Small Cells. This ‘best‐in‐class’ oscillator has low jitter to meet network interfaces (e.g. 10GE) and low phase noise to meet the radio interface requirements of LTE (TS 36.104) and WCDMA (TS 25.104) transceivers – enabling a single device to be used for both functions. Its superb frequency versus temperature and slope performance, together with low power consumption makes Pluto+ the ideal choice for Small Cell synchronisation. Standard Specifications Parameter Maximum rate of change of temperature condition for guaranteed stability specifications In‐service short term frequency stability ppb/day ppb/month ±2% variation Reference to frequency at nominal supply voltage  HCMOS: ±1pF variation,  Clipped sine wave: ±2% variation Reference to frequency at nominal load ±1ppm/year ±3ppm/10 yeas Supply voltage, VCC Current C/Sine Current HCMOS

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Pluto+ ™ Ultra Stable SMD VC-TCXO | Small Cells SSB Phase Noise (Typical value at 25°C) 12.8 MHz RPT7050 SSB Phase Noise AnaPico Signal Source Analyzer APPH6000 Model Outline and Recommended Pad Layout 7.0±0.2 rakon synchronising connectivity SIDE VIEW Do Not Connect / Vref / Vtemp NOTE: Outline unit is mm Test Circuit Enable O- ■<1> © c.l Vc for TCVCXO Do Not Connect for TCXO °“ (Depending on specification) www.rakon.com Oscilloscope Frequency Counter Reference Voltage Output or Temperature Sensor Output (Depending on specification)

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