VG7050EFN voltage controlled oscillator X1G005491000800 is suitable for 5G communication equipment

Sep 04,2024
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With the rapid development of 5G communication technology, commercial services are being rapidly deployed globally. 5G communication networks need to maintain high speed and reliability, both of which require low noise. High frequency fundamental mode crystal oscillators (up to 50MHz) are used, which can provide low phase noise reference clocks, thereby reducing system noise and comprehensively improving system throughput. Application: 5th generation base station, RRH, optical transmission system (400Zr, 800Zr) broadcasting equipment, professional video equipment, high-speed converters such as ADC and DAC.

Epson's VG7050EFN voltage controlled oscillator (X1G005491000800) is an ideal choice for 5G communication devices due to its wide frequency adjustment range, high frequency stability, low phase noise, high anti-interference ability, and compact packaging. It not only meets the high requirements of 5G technology for signal accuracy and stability, but also enhances the performance and reliability of devices, making it a key component in promoting the development of 5G technology.

The voltage controlled oscillator has a voltage range of 1.8V~5V to meet the needs of users in different fields The VCXO crystal oscillator has low power consumption, low jitter, high precision, and high quality. The Japanese Epson crystal oscillator VG7050EFN is a voltage controlled crystal oscillator that supports LV-PECL output differential crystal oscillator. It has a small volume crystal oscillator size of 7.0x5.0mm, an active crystal oscillator, a six pin surface mount crystal oscillator, a power supply voltage of 3.3V, a wide frequency range of 25MHz to 250MHz, and a working temperature of -40 ℃ to+85 ℃ (+105 ℃). It has the characteristics of small volume and lightweight, low power supply voltage, low jitter, low power consumption, low loss, low energy consumption, low phase noise, low current consumption, etc. It can easily recognize network signals and accurately process bipolar signals. It is widely used in 5G communication equipment, set-top boxes, etc. On optical transceivers, security equipment, and various frequency control devices。