Key Specifications

ModelPackage (mm)OutputSupplyTemp. RangeTemp. StabilityAging/YearPhase Noise @10MHz (Typ)Phase Noise @100MHz (Typ)Freq. Range
KPLO38DIP 38×38×13Sine/CMOS3.3V/5V/12V-40~+85℃ / -55~+105℃≤±1 ppb≤±20 ppb10Hz:-130, 100Hz:-145, 1kHz:-160, 10kHz:-165, 100kHz:-165 dBc/Hz5~200 MHz
KPLO50DIP 50.8×50.8×19Sine/CMOS3.3V/5V/12V-20~+70℃≤±50 ppb≤±0.05 ppm1kHz: -162 dBc/Hz1kHz: -162 dBc/Hz10~400 MHz
KPLO25DIP 25.4×25.4×13Sine/CMOS3.3V/5V/12V-40~+85℃ / -55~+105℃≤±1 ppb≤±20 ppb5~200 MHz
KPLOSMA45SMA 60×45×16Sine/CMOS3.3V/5V/12V-40~+85℃ / -55~+105℃≤±0.2 ppb≤±20 ppb@25MHz: 10Hz:-130, 100Hz:-145, 1kHz:-160, 10kHz:-175, 100kHz:-175, 1MHz:-175 dBc/Hz5~130 MHz

Applications

Test EquipmentFrequency SynthesisCommunications SystemsRadarLaboratory Standards
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Frequently Asked Questions

What is a phase-locked oscillator (PLO)?

A phase-locked oscillator (PLO) uses a phase-locked loop (PLL) to lock a high-performance VCO/OCXO to an external frequency reference (typically 10 MHz). This combines the low phase noise of a high-quality oscillator with the frequency accuracy and stability of the reference.

What are the advantages of a PLO over a standalone OCXO?

A PLO inherits the long-term accuracy and aging characteristics of its reference source while delivering the low phase noise and short-term stability of a premium VCO. KCCS PLOs achieve +/-0.5 ppb stability, <100 ms lock time, and outputs from 10 to 100 MHz.

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