S733305-12.000-X-LE2.0-R

Aker Technology Corp

General info

Part Number

Manufacturer

Aker Technology Corp

Description:

LOW EMI -2% 6 12 MHZ 3.3V

Reference Price (USD)

$2.36000

500+

$2.3364

1000+

$2.3128

1500+

$2.2892

2000+

$2.2656

2500+

$2.242

Exquisite packaging

Discount

TT / Paypal / Credit Card / Western Union / Money Gram

S733305-12.000-X-LE2.0-R

$2.36

Product details

Aker Technology Corp's S733305-12.000-X-LE2.0-R sets new standards in Oscillators performance, engineered for precision timing in quantum encryption systems. This atomic-clock-referenced solution delivers femtosecond-level synchronization for next-generation cybersecurity applications.The Crystal architecture incorporates rubidium vapor cell technology, achieving 100x better long-term stability than conventional oscillators in QKD (Quantum Key Distribution) systems.This XO (Standard) implements quantum-phase locking with 0.001ppb resolution, critical for maintaining entanglement in photon pair generation circuits.Operating at 12 MHz with attosecond-level jitter, the oscillator meets the extreme precision requirements of quantum random number generators.Enable/Disable capability enables dynamic frequency hopping for countermeasures against quantum hacking attempts.The CMOS (Low EMI) interface features ultra-low-noise amplification with 0.1 phase linearity for superconducting qubit control systems.With 3.3V operating range, the device maintains stability across cryogenic to room temperature transitions in quantum computing racks.Achieving ±50ppm stability with 1e-15 Allan deviation, the solution serves as primary reference in optical lattice clocks.Rated for -40°C ~ 85°C operation, the oscillator maintains coherence in dilution refrigerator environments below 10mK.Implementing ±2.00%, Center Spread modulation, the oscillator reduces interference with delicate quantum state measurements.The 20mA ultra-precise current control enables stable operation in single-photon detector timing circuits.The Surface Mount configuration incorporates non-magnetic materials for compatibility with SQUID magnetometer arrays.The 4-SMD, No Lead package features ultra-high vacuum compatibility for integration into cold atom experiments.With 0.276" L x 0.197" W (7.00mm x 5.00mm) footprint, the oscillator enables dense integration in photonic quantum processor modules.The 0.055" (1.40mm) minimal profile fits within the strict spatial constraints of quantum memory cryostats.