Oven Controlled Crystal Oscillator (OCXO)
thru hole Quartz Crystal Oscillator/Plug-in Quartz Crystal Oscillator
The quartz crystal oscillator (SPXO) is composed of a quartz crystal resonator and an oscillation circuit. It can output TTL or CMOS, differential frequency signals, and provide a reference clock source for the circuit; the voltage-controlled quartz crystal oscillator (VCXO) is composed of a quartz crystal resonator, a varactor diode, and an oscillation circuit. Its working principle is to change the capacitance of the diode by controlling the voltage, thereby "pulling" the frequency of the quartz crystal resonator to achieve the purpose of frequency modulation; the (voltage-controlled) temperature-compensated quartz crystal oscillator (VC-TCXO) compensates for the frequency drift caused by changes in ambient temperature through a temperature compensation circuit to achieve high-precision frequency output; the constant-temperature quartz crystal oscillator (OCXO) uses a constant-temperature bath to keep the temperature of the quartz crystal resonator constant, and reduces the change in the oscillator output frequency caused by changes in the surrounding temperature to a minimum. The product has the characteristics of high stability, wide temperature range, low jitter, full range of sizes, and customization; the product is used in communications, power, industrial control, automotive electronics, instrumentation, smart medical care, smart home, consumer electronics, Internet of Things and other fields
FEATURE ①Ultra Low Phase Noise & Low G-Sensitivity ②Hermetically Sealed Package ③Tight Frequency Stability ④Low Power Consumption ⑤Fast Warm-up Time ⑥Electrical Frequency Tuning Input ⑦Reference Voltage Output ⑧RoHS-Compliant (lead-free) TYPICAL APPLICATION ①Instrument Reference ②Microwave Communication ③Clock Reference for Microwave Signal Source ④Test & Measurement ⑤Telecom Systems ⑥Radar Systems ⑦Medical (MRT)
FEATURE ①Design for Application of Exceptional Frequency Stability and Timing ②Aging Performance a.±0.05 ppb/day b.±10 ppb/Year c.±50 ppb/10 Years TYPICAL APPLICATION ①Instrument Reference ②Data Communication ③Test & Measurement ④Telecom Systems ⑤GPS
FEATURE ①Dimension 25.4 x 22.1 x 13.2mm, pypical ②Low Phase Noise ③Small SMD Package ④Tight Frequency Stability ⑤Low Power Consumption ⑥Fast Warm-up Time ⑦Electrical Frequency Tuning Input ⑧Reference Voltage Output ⑨RoHS-Compliant (lead-free) TYPICAL APPLICATION ①Instrument Reference ②Microwave Communication ③Clock Reference for Microwave Signal Source ④Test & Measurement ⑤Telecom Systems ⑥Radar Systems
FEATURE ①Dimension 20.6 x 20.6 x 11mm, pypical ②SC Cut Crystal. TYPICAL APPLICATION ①SDH/SONET, Telecommunication base station ②Test and measurement equipment ③Synthesizer, Digital switch, Reference Timing Circuit
FEATURE ①Dimension 20.4 x 12.8 x 11mm, pypical ②Low Phase Noise & Low G-Sensitivity ③Small Hermetically Sealed Package ④Tight Frequency Stability ⑤Low Power Consumption ⑥Fast Warm-up Time ⑦Electrical Frequency Tuning Input ⑧RoHS-Compliant (lead-free) TYPICAL APPLICATION ①Instrument Reference ②Microwave Communication ③Clock Reference for Microwave Signal Source ④Test & Measurement ⑤Telecom Systems ⑥Radar Systems
Features ①Dimension 14.5 x 9.6 x 6.5mm, pypical ②6-Pin SMD Package ③±30 ppb stability over -40 to 85°C ④Stratum 3 (Overall ±4.6 ppm including 20 years aging.) ⑤Frequency Range, 10 MHz to 40MHz TYPICAL APPLICATION ①SDH/SONET, Telecommunication Base Station ②Test and Measurement Equipment ③Synthesizer , Digital switch , Reference Timing Circuit ④Packet Timing Protocol (e.g. IEEE-1588)
Features ①Dimension 9.7 x 7.5mm, miniaturized 4-Pad SMD package ②Low Power Consumption ③±20 ppbstability over -40 to 85°C ④Stratum 3 (Overall ±4.6 ppm including 20 years aging.) Application ①Small Cell, Portable Telecommunication Device ②Test and Instrumentation ③Synthesizer , Digital switch , Reference Timing Circuit ④Packet Timing Protocol (e.g. IEEE-1588)
IPv6 network supported
