The RNT7050A offers best‐in‐class frequency stability of ±50 ppb frequency stability for 5G and other telecommunication applications and is available in a 7x5mm footprint. At the core is Rakon’s in‐house designed XMEMS™ crystal resonator technology. XMEMS™ is based on Rakon’s proprietary NanoQuartz™ photolithography process. The US‐TCXO achieves ±50 ppb frequency stability over a temperature range of ‐40°C to +85°C, or ±100 ppb over the extended ‐40°C to +105°C range and provides excellent short and medium term stability. The US‐
TCXO maintains long‐term stability (ageing) below 1.5 ppm over 10 years. The specification meets the stringent requirements of IEEE 1588v2, ITU‐T G.813, G.8273.2 and G.8262 & G8262.1.
The design and engineering for the RNT7050A recognises that 5G Remote Radio Heads (RRHs) air interfaces need tight Error Vector Magnitude (EVM) limit masks, and therefore low contribution to EVM from the phase noise of reference clocks. An outstanding low noise floor of ‐160 dBc/Hz enables tight EVM masks to be met for 5G RRHs making the RNT7050A the device of choice for radio and network interfaces. Rakon’s patented ‘tilt compensation’ technology assures the stability is maintained at any control voltage and guarantees optimum performance over the life of the equipment. The RNT7050A is an ideal choice for 5G and other telecommunication applications when low sensitivity to temperature changes, low ageing and low phase noise are crucial. Available to order with a short lead‐time.
Features
Contains Rakon’s proprietary XMEMS™ technology for best‐in‐class FvsT