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Frequency References GPSDO

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LBE-1420 Measurement Accessory by Leo Bodnar Electronics — Be the first to write a review
GPS-disciplined reference clock with one programmable RF output (SMA) from 1 Hz to 1.1 GHz. Very low jitter and clean CMOS signal, ideal as a highly stable frequency reference for calibration, test & measurement, and RF applications.

LBE-1420 Measurement Accessory by Leo Bodnar Electronics — Be the first to write a review
GPS-disciplined reference clock with one programmable RF output (SMA) from 1 Hz to 1.1 GHz. Very low jitter and clean CMOS signal, ideal as a highly stable frequency reference for calibration, test & measurement, and RF applications.

LBE-1421 Measurement Accessory by Leo Bodnar Electronics — Be the first to write a review
GPS-disciplined reference clock with two programmable RF outputs (SMA). Output 1: 1 Hz to 800 MHz with switchable 1-PPS signal; Output 2: 1 Hz to 1.4 GHz – ideal for dual reference signals and synchronized RF applications.

LBE-1421 Measurement Accessory by Leo Bodnar Electronics — Be the first to write a review
GPS-disciplined reference clock with two programmable RF outputs (SMA). Output 1: 1 Hz to 800 MHz with switchable 1-PPS signal; Output 2: 1 Hz to 1.4 GHz – ideal for dual reference signals and synchronized RF applications.

LBE-1423 Measurement Accessory by Leo Bodnar Electronics — Be the first to write a review
GPS-disciplined reference clock with differential low-jitter output (SMA) from 1 Hz to 1.4 GHz and switchable 1-PPS signal. Specifically suited as a highly stable differential clock, e.g., for FPGA inputs.

LBE-1423 Measurement Accessory by Leo Bodnar Electronics — Be the first to write a review
GPS-disciplined reference clock with differential low-jitter output (SMA) from 1 Hz to 1.4 GHz and switchable 1-PPS signal. Specifically suited as a highly stable differential clock, e.g., for FPGA inputs.

LBE-1425 Measurement Accessory by Leo Bodnar Electronics — Be the first to write a review
GPS-disciplined reference clock with two programmable RF outputs (SMA), offering exceptionally high frequency stability approaching OCXO performance and improved holdover during GPS loss. Output 1: 1 Hz to 800 MHz with switchable 1-PPS signal; Output 2: 1 Hz to 1.4 GHz – designed for demanding laboratory and RF applications.

LBE-1425 Measurement Accessory by Leo Bodnar Electronics — Be the first to write a review
GPS-disciplined reference clock with two programmable RF outputs (SMA), offering exceptionally high frequency stability approaching OCXO performance and improved holdover during GPS loss. Output 1: 1 Hz to 800 MHz with switchable 1-PPS signal; Output 2: 1 Hz to 1.4 GHz – designed for demanding laboratory and RF applications.