Yxc Wide Voltage Active Crystal Oscillator, Frequency 15mhz, Package 7050, Working Voltage 3.3V, Used in Charging Piles

2024-08-17 YXC Official Website
active crystal oscillator,wide voltage active crystal oscillator,crystal oscillator,OT2JI-111-20M

The main structure of the charging pile includes the pile body, charging module, display screen, connecting cable, account management module, safety protection device, and other parts. According to different power supply methods, it can be divided into AC charging piles and DC charging piles. AC charging piles generally have low current, small pile body, and flexible installation; while DC charging piles generally have high current, larger charging capacity in a short time, larger pile body, and large occupied area (heat dissipation).


With more and more electric vehicles, integrated photovoltaic storage and charging will be more and more used in urban charging stations, highway service areas, industrial parks, and other scenarios. Because most of the charging piles work outdoors, the crystal oscillator on the circuit board must have high stability and high-temperature characteristics when working, and the charging pile power supply has high requirements for the environment, which can provide a long-term stable and efficient working guarantee for the charging pile.

Fig.1

For high-temperature working environments and application requirements with particularly high requirements for crystal stability, the OT2JI-111-20M in the YXC active crystal oscillator YSO110TR series is recommended. The following are the typical parameters of OT2JI-111-20M and its application characteristics in charging piles:

The OT2JI-111-20M in the YXC wide voltage active crystal oscillator YSO110TR series has the following characteristics in the application of charging piles:
1. Within the working temperature range of -40~85℃, the total frequency difference is ±20PPM, with high precision and high reliability;
2. Mainstream 3225 small volume package, strong versatility, and high-cost performance;
3. Compatible with multiple voltages of 1.8-3.3V, and can work normally within this voltage range
4. The active crystal oscillator has high stability, providing a stable clock signal for the clock circuit, suitable for new energy fields such as energy storage NPC and energy storage board

Fig.2

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