Epson's high-temperature resistant TCXO temperature compensated crystal oscillator welcomes a new turning point for 5G small base stations

    EPSON has launched TG5032CKN/TG5032SKN/TG5032CMN/TG5032SMN, TG-5510CB/TG-5511CB high stability TCXO temperature compensated crystal oscillators. The characteristics of these imported TCXO crystal oscillators are high temperature resistance up to+105 º C, and they are all high stability temperature compensated crystal oscillators with a size of 5032, suitable for large high-end equipment such as industrial, automotive, communication, and network applications. Moreover, these six TCXO crystal oscillators were developed by Epson for 5G base stations and can be widely used in 5G base stations, microwave, network synchronization, and BTS. The features of these six TCXO crystal oscillators are also different. Completely identical, below are the specific specifications and parameters for your reference when selecting:

Firstly, let me analyze the commonalities between TG5032CKN/TG5032SKN/TG5032CMN/TG5032SMN and TG-5510CB/TG-5511CB:

These products are high stability TCXO crystal oscillators with CMOS or limited sine output

2. Provide a frequency range of 10~54MHz

The rated temperature of 3.5G base station and edge computing is+105 ℃, which requires outdoor installation, miniaturization and fanless operation

Compared with other temperature compensated crystal oscillators, it provides various improvements, such as low-temperature slope and phase noise

5. Compliant with GR-1244-CORE Stratum3 and ITU-T G.8262.1, G.8273.2, note: voltage control (Vc) function is not supported

Let's analyze the differences below. In fact, by looking at the model, it can be seen that TG5032CKN/TG5032SKN/TG5032CMN/TG5032SMN are one type, while TG-5510CA and TG-5511CA are the same type, as shown in the following figure.