Dual output GPS lock clock source for enhanced stability

Features • High quality oscillator ensures signal stability in the absence of GPS • Quickly achieves usable stable output • ± 5ppb stability (-20 º C to 40 º C), daily aging 0.2ppb (no GPS) • Output NMEA data through virtual serial port • Supports multiple GNSS systems • Powered antenna port (3.3V, maximum 50mA) • USB-C connection • 3.3V CMOS square wave output, 50 Ω impedance, directly compatible with RF and laboratory equipment • Smooth processing without frequency or phase jumps even if GPS signal is temporarily lost • Low phase noise • Output frequency from 1Hz to 1.4GHz • High precision indoor applications where GPS is not available • High online rate applications when GPS is susceptible to interference • Precision laboratory equipment Frequency reference • RF transmission and reception systems (such as amateur radio, VHF/UHF) Converter • Calibration source for wireless receivers and propagation beacons • Master clock for audio/video systems, DACs, and recording equipment • Wireless device reference instructions LBE-1425 is a high-performance GPS calibration oscillator designed for precision frequency calibration and RF reference applications. Even when GPS signals are intermittent or unavailable, it can maintain excellent accuracy and reliability, making it very suitable for performing critical operations in complex environments. Specification: Power connector voltage and current USB-C 5V DC maximum 0.4A output connector frequency range 2 x SMA female head 1Hz to 1.4GHz frequency resolution 1 µ Hz amplitude 50 Ω 1.65V under load, 3.3V under high impedance stability aging (without GPS) -20 º C to 40 º C range 0.5ppb, daily output power Out 1&2 11dBm, low-power mode 6dBm antenna port voltage and current connector 3.3V ± 10% maximum 30mA SMA female head size 69x40x12mm