Contact Us
English

Analog & Mixed-Signal ICs Sourcing

6V49205BNLGI

6V49205BNLGI

The 6V49205BNLGI is Renesas (formerly IDT) application-specific clock generator purpose-built for Freescale/NXP QorIQ P1010, P1020, P2020, and P2040 communications processors. It converts a single low-cost 25MHz crystal into 19 high-quality, low-jitter output clocks — processor clock, DDR memory clock, and peripheral clocks — with selectable DDR frequency and a maximum output of 125MHz. This eliminates the need for multiple discrete oscillators, reducing BOM cost and simplifying clock tree design in QorIQ-based networking, telecom, and embedded systems. The compact 48-VFQFPN (7x7mm) package and industrial -40C to +85C range make it the definitive timing solution for QorIQ platforms.

AD9914BCPZ

AD9914BCPZ

The AD9914BCPZ is Analog Devices' highest-speed Direct Digital Synthesizer featuring a 3.5GSPS internal clock, integrated 12-bit RF DAC, and 48-bit frequency tuning word delivering sub-Hz resolution (12.4 uHz at 3.5GSPS). With an on-chip PLL for reference clock multiplication, 32-bit parallel data port for high-speed modulation, and nanosecond-scale frequency/phase/amplitude switching, it is the definitive DDS engine for radar LFM/chirp generation, electronic warfare and jamming, RF test equipment, software-defined radio, and precision signal generation where frequency agility and spectral purity are mission-critical.

ADIS16470AMLZ

ADIS16470AMLZ

​ADIS16470AMLZ — Wide Dynamic Range MEMS Inertial Measurement Unit (IMU) Brand: Analog Devices | Package: 44-Ball BGA | Status: Production The ADIS16470AMLZ is a complete, miniature MEMS inertial measurement unit (IMU) from Analog Devices, integrating a triaxial digital gyroscope and a triaxial digital accelerometer to deliver six degrees of freedom (6 DoF) motion sensing. Each internal inertial sensor is built upon ADI’s industry‑leading iMEMS® technology and advanced signal‑conditioning circuitry, ensuring optimized dynamic performance. The device is fully factory‑calibrated for sensitivity, bias, alignment, and linear acceleration (gyroscope bias) across the full operating temperature range. Each sensor is paired with an independent dynamic compensation formula, providing precise and stable measurements under wide temperature variations and complex operating conditions. Compared to complex and expensive discrete solutions, the ADIS16470AMLZ offers a simple, cost‑effective way to integrate high‑accuracy multi‑axis inertial sensing into industrial systems.