RSV2522 RAKON | Alldatasheet

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HIGH FREQUENCY AND LOW PHASE NOISE VCSO | HIGH RELIABILITY APPLICATIONS Date: 18 Apr 2019 Issue: Shortform, Rev A Specifications are subject to change without notice Page 1 of 3 www.rakon.com Specific requests can be emailed to: hirel@rakon.com RSV2522 The RSV2522 is a low power Voltage Controlled SAW Oscillator (VCSO). Its advanced Surface Acoustic Wave technology enables the ultimate in performance for excellent phase noise performance at very high frequencies. This miniature +5V low power supply SMD package VCSO is ideal for the latest generation of high speed converters, which require a high frequency clock with low jitter. The VCSO series uses high performance SAW resonators to generate 800MHz and 1GHz frequency outputs, and each are combined with a frequency doubler to reach 1.6GHz and 2GHz frequencies, respectively. The RSV2522 can be easily locked to a stable reference through a Phase Locked Loop system, or they can be used as a SAW clock without the need for external circuitry. 1. Environmental Conditions Parameter Condition / Remarks Typ. Guaranteed Unit Operating & storage temperature -40 to 85 °C G-sensitivity On each axis 1 <2 ppb/g Shock & random vibration As per MIL-PRF-28800F, Class 3, test equipment 2. Frequency Characteristics Parameter Condition / Remarks Typ. Guaranteed Unit Nominal frequency (Fnom) Fnom = 800, 1000, 1600 or 2000 MHz @ 25°C without external control Fnom x (1 + 10-4) MHz Frequency calibration With regards to nominal frequency ±100 ppm Frequency drift On operating temperature range ±100 ppm Long term stability (Ageing) 1st year 10 years < ±5 < ±10 ppm Tuning range For control voltage 0.5 – 4.5V 600 >500 ppm Tuning sensitivity Positive slope 150 Ppm/V Start-up time <10 ms Power consumption @ 5V 30 <40 mA Output power Sine wave into 50 Ω load +10±2 dBm Output impedance @ Fnom ± 1MHz <2.0:1 VSWR Frequency drift vs Temperature @ 1 GHz output frequency Features Applications 25.4 x 22 x 5 mm3  Excellent phase noise performance:  1 kHz offset: -115 dBc/Hz  10 kHz offset: -141 dBc/Hz  Noise floor: -172 dBc/Hz  Broadband jitter: < 10 fs (offset frequency 10 kHz to 40 MHz)  Low power consumption: <40mA  Instrumentation, test and measurement  High speed converter and low jitter

applications

 Ground based military equipment  Avionics  Telecommunications

HIGH FREQUENCY AND LOW PHASE NOISE VCSO | HIGH RELIABILITY APPLICATIONS Date: 18 Apr 2019 Issue: Shortform, Rev A Specifications are subject to change without notice Page 2 of 3 www.rakon.com Specific requests can be emailed to: hirel@rakon.com 3. Single Side Band Phase Noise (PN) @ 1 GHz and Time Jitter Parameter Condition / Remarks Typ. Guaranteed Unit Phase noise (Static conditions at 25°C) Guaranteed values on full temperature range @ 1 kHz offset @ 10 kHz offset @ 1 MHz offset -115 -141 -172 <-110 <-138 <-170 dBc/Hz Harmonic distortion -40 <-30 dBc Spurious Non-harmonics <-80 dBc Broadband jitter From 10 kHz to 40 MHz 4 <10 fs Phase Noise plot @ 1GHz output frequency 4. Electrical Interface Parameter Condition / Remarks Typ. Guaranteed Unit Power supply (Vcc) Pin 4 - Absolute maximum - Operating range +5±2.5 <+6 V Load impedance Pin 1 50Ω all phases <1.3:1 VSWR Control input voltage (VCTRL) Pin 3 0.5 to +4.5 V Control input impedance Pin 3 2 kΩ Control input modulation bandwidth Pin 3 >10 kHz

HIGH FREQUENCY AND LOW PHASE NOISE VCSO | HIGH RELIABILITY APPLICATIONS Date: 18 Apr 2019 Issue: Shortform, Rev A Specifications are subject to change without notice Page 3 of 3 www.rakon.com Specific requests can be emailed to: hirel@rakon.com 5. Model Outline, Pin Connections 6. Pb-free Reflow Profile PIN CONNECTIONS

1 RF OUT (Frequency output)

2 GND (Ground)

3 VCTRL (Control input)

4 VCC (Power supply)

5 GND (Ground)

6 GND (Ground)

NOTE: Outline unit is mm. The assembly of this SMD module must be performed through a “Pb-free” reflow process and according to recommended standards defined in IPC/JEDEC J-STD-020.