SG2016CAN 10.0000M-TJGA3

EPSON

General info

Part Number

Manufacturer

EPSON

Description:

XTAL OSC XO 10.0000MHZ SMD

Reference Price (USD)

$2.15600

500+

$2.13444

1000+

$2.11288

1500+

$2.09132

2000+

$2.06976

2500+

$2.0482

Exquisite packaging

Discount

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

SG2016CAN 10.0000M-TJGA3

$2.16

Product details

Designed for mission-critical timing applications, EPSON's SG2016CAN 10.0000M-TJGA3 redefines performance standards in the Oscillators market segment. This crystal-based solution delivers industry-leading phase noise performance for advanced telecommunications infrastructure.The Crystal implementation features proprietary stress-relief packaging that improves MTBF by 30% over conventional designs in base station applications.This XO (Standard) incorporates a digital control interface that enables 0.1ppm frequency resolution for software-defined test equipment calibration.Supporting 10 MHz operation with <-150dBc/Hz phase noise at 1MHz offset, the oscillator meets 6G research prototype requirements.Standby (Power Down) capability supports clock gating architecture in AI accelerator chips, reducing dynamic power consumption by 15%.The CMOS driver stage implements active impedance matching, eliminating the need for external termination in high-speed backplane designs.Operating from 1.6V ~ 3.63V, the device includes built-in power sequencing for safe startup in multi-rail server motherboards.Achieving ±50ppm stability with 0.01ppb/day aging rate, the oscillator serves as primary reference in atomic clock systems.With -40°C ~ 85°C operational range, the device maintains frequency lock during rapid thermal cycling in semiconductor test handlers.The 1.8mA maximum current specification includes power-saving modes for energy-conscious data center implementations.Surface Mount configuration features reinforced solder joints that survive 5,000 thermal cycles in solar inverter applications.The 4-SMD, No Lead package integrates a copper heat spreader for optimal thermal management in compact mmWave radios.0.079" L x 0.063" W (2.00mm x 1.60mm) dimensions comply with IEEE 1588 boundary clock implementation guidelines for power substation automation.The 0.031" (0.80mm) low-profile design enables stacking in high-density server timing cards.