S73305-20.000-X-LE2.0-R

Aker Technology Corp

General info

Part Number

Manufacturer

Aker Technology Corp

Description:

LOW EMI -2% 20MHZ 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

S73305-20.000-X-LE2.0-R

$2.36

Product details

The S73305-20.000-X-LE2.0-R from Aker Technology Corp establishes new benchmarks in Oscillators technology, developed for ultra-low-jitter clock synthesis in high-performance computing. This silicon-based timing solution delivers femtosecond-level precision for advanced scientific instrumentation.Featuring Crystal technology with patented stress compensation, the device achieves 5x better acceleration sensitivity than competing solutions for inertial navigation systems.As a XO (Standard), this oscillator implements digital frequency trimming with 0.01ppm resolution, essential for superconducting quantum interference devices.Operating at 20 MHz with sub-100fs RMS jitter, the solution meets the stringent requirements of terahertz spectroscopy equipment.Enable/Disable implementation allows dynamic clock scaling for adaptive beamforming in phased array radar systems.The CMOS (Low EMI) interface incorporates adaptive slew rate control, optimizing signal integrity for 400G Ethernet PHY clock distribution.With 3.3V power requirements, the device supports dynamic voltage scaling for energy-efficient supercomputing clusters.Delivering ±50ppm stability with 0.001ppb/sec short-term stability, the oscillator serves as primary reference in radio astronomy applications.Rated for -40°C ~ 85°C operation, the device maintains phase coherence in cryogenic quantum computing environments.Featuring ±2.00%, Center Spread modulation, the oscillator reduces interference in neutrino detection experiments.At 20mA maximum current, the solution enables power-optimized design of portable MRI systems.The Surface Mount configuration incorporates vibration-damping features for use in seismic monitoring equipment.The 4-SMD, No Lead hermetic package ensures long-term reliability in deep-space probe timing subsystems.With 0.276" L x 0.197" W (7.00mm x 5.00mm) footprint, the oscillator enables high-density integration in photon counting detector arrays.The 0.055" (1.40mm) ultra-low profile meets strict form factor requirements of endoscopically deployed medical devices.