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The influence of brands in the crystal oscillator market cannot be ignored. For example, the Epson crystal oscillator series SG7050VAN (factory code X1G004281000800), commonly used in network communication, has a frequency of 212.5MHz differential crystal oscillator. This differential crystal oscillator has high stability and can provide reliable timing benchmarks for equipment, which means that the operating speed and time synchronization of the equipment are more accurate, thereby improving the overall performance of the equipment. In addition, the X1G004281000800 differential crystal oscillator also has high-precision characteristics, which can meet the needs of various high-end applications. Whether in communication protocols, data transmission or industrial control systems, high-precision timing benchmarks are needed to ensure the stability and performance of the system. In addition to... In terms of performance advantages, Epson differential crystal oscillators also have packaging diversity, allowing for the selection of different packaging sizes and voltages according to different application requirements.
In addition, this SG7050VAN differential crystal oscillator also has the characteristic of a wide operating temperature range, which can work stably in harsh environments. It is packaged in 5070, with a voltage of 2.5V-3.3V, LVDS output, frequency range of 73.5MHz-700MHz, and operating temperature range of -40+85 ℃ (industrial grade) and -20+70 ℃ (commercial grade). This product can be selected. The SG7050VAN differential LVDS crystal oscillator uses high-quality materials and advanced production processes, with advantages such as high stability, high precision, and long life.
二、 Product Features
High stability: The frequency stability of this crystal oscillator is very high, and it can maintain stable output in various environments.
High precision: The product accuracy level can be selected, such as ± 20ppm, ± 30ppm, ± 50ppm and other multiple accuracies.
Longevity: Using high-quality materials and advanced production processes ensures the longevity of the product.
Wide applicability: This crystal oscillator can be applied to various electronic devices, such as communication equipment, computers, industrial control, etc. It is also an important component in clock circuits, data processing, high-speed digital signal processing, and other fields.
料号 | 频率 | 电压 | 工作温度 | 精度 |
X1G0042810066 | 74.25MHz | 2.250 to 3.630V | -20 to+70℃ | +/-20ppm |
X1G0042810028 | 74.25MHz | 2.250 to 3.630V | -40 to +85℃ | +/-30ppm |
X1G0042810047 | 74.25MHz | 2.250 to 3.630V | -20 to+70℃ | +/-50ppm |
X1G0042810068 | 75MHz | 2.250 to 3.630V | -20 to+70℃ | +/-20ppm |
X1G0042810011 | 75MHz | 2.250 to 3.630V | -40 to +85℃ | +/-50ppm |
X1G0042810049 | 75MHz | 2.250 to 3.630V | -20 to+70℃ | +/-50ppm |
X1G0042810103 | 80MHz | 2.250 to 3.630V | -40 to +85℃ | +/-30ppm |
X1G0042810102 | 98.304MHz | 2.250 to 3.630V | -40 to +85℃ | +/-30ppm |
X1G0042810061 | 100MHz | 2.250 to 3.630V | -20 to+70℃ | +/-20ppm |
X1G0042810023 | 100MHz | 2.250 to 3.630V | -40 to+85 ℃ | +/-30ppm |
X1G0042810004 | 100MHz | 2.250 to 3.630V | -40 to+85 ℃ | +/-50ppm |
X1G0042810042 | 100MHz | 2.250 to 3.630V | -20 to +70℃ | +/-50ppm |
X1G0042810064 | 106.25MHz | 2.250 to 3.630V | -20 to +70℃ | +/-20ppm |
X1G0042810045 | 106.25MHz | 2.250 to 3.630V | -20 to+70℃ | +/-50ppm |
X1G0042810104 | 114.285MHz | 2.250 to 3.630V | -40 to +85℃ | +/-30ppm |
X1G0042810138 | 120MHz | 2.250 to 3.630V | -40 to+85 ℃ | +/-30ppm |
X1G0042810125 | 122.88MHz | 2.250 to 3.630V | -40 to +85℃ | +/-30ppm |
X1G0042810124 | 122.88MHz | 2.250 to 3.630V | -20 to+70℃ | +/-50ppm |
X1G0042810058 | 125MHz | 2.250 to 3.630V | -20 to +70℃ | +/-20ppm |
X1G0042810020 | 125MHz | 2.250 to 3.630V | -40 to +85℃ | +/-30ppm |
X1G0042810001 | 125MHz | 2.250 to 3.630V | -40 to +85℃ | +/-50ppm |
X1G0042810039 | 125MHz | 2.250 to 3.630V | -20 to+70℃ | +/-50ppm |
X1G0042810117 | 125.003125MHz | 2.250 to 3.630V | -20 to+70℃ | +/-20ppm |
X1G0042810119 | 125.003750MHz | 2.250 to 3.630V | -20 to +70℃ | +/-50ppm |
X1G0042810059 | 125.006250MHz | 2.250 to 3.630V | -20 to+70℃ | +/-20ppm |
X1G0042810021 | 125.006250MHz | 2.250 to 3.630V | -40 to +85℃ | +/-30ppm |
X1G0042810002 | 125.006250MHz | 2.250 to 3.630V | -40 to+85 ℃ | +/-50ppm |
X1G0042810040 | 125.006250MHz | 2.250 to 3.630V | -20 to+70℃ | +/-50ppm |
X1G0042810137 | 133.33MHz | 2.250 to 3.630V | -40 to +85℃ | +/-30ppm |
X1G0042810096 | 148.35MHz | 2.250 to 3.630V | -40 to+85℃ | +/-50ppm |
X1G0042810133 | 148.351648MHz | 2.250 to 3.630V | -20 to+70℃ | +/-50ppm |
X1G0042810067 | 148.5MHz | 2.250 to 3.630V | -20 to +70℃ | +/-20ppm |
X1G0042810029 | 148.5MHz | 2.250 to 3.630V | -40 to +85℃ | +/-30ppm |
X1G0042810010 | 148.5MHz | 2.250 to 3.630V | -40 to+85 ℃ | +/-50ppm |
X1G0042810048 | 148.5MHz | 2.250 to 3.630V | -20 to+70℃ | +/-50ppm |
X1G0042810069 | 150MHz | 2.250 to 3.630V | -20 to +70℃ | +/-20ppm |
X1G0042810012 | 150MHz | 2.250 to 3.630V | -40 to +85℃ | +/-50ppm |
X1G0042810050 | 150MHz | 2.250 to 3.630V | -20 to+70℃ | +/-50ppm |
X1G0042810031 | 150MHz | 2.250 to 3.630V | -40 to+85 ℃ | +/-30ppm |
X1G0042810013 | 155.52MHz | 2.250 to 3.630V | -40 to +85℃ | +/-50ppm |
X1G0042810032 | 155.52MHz | 2.250 to 3.630V | -40 to +85℃ | +/-30ppm |
X1G0042810071 | 156.25MHz | 2.250 to 3.630V | -20 to +70℃ | +/-20ppm |
X1G0042810014 | 156.25MHz | 2.250 to 3.630V | -40 to +85℃ | +/-50ppm |
X1G0042810052 | 156.25MHz | 2.250 to 3.630V | -20 to +70℃ | +/-50ppm |
X1G0042810033 | 156.25MHz | 2.250 to 3.630V | -40 to+85℃ | +/-30ppm |
X1G0042810055 | 161.1328MHz | 2.250 to 3.630V | -20 to+70℃ | +/-50ppm |
X1G0042810017 | 161.1328MHz | 2.250 to 3.630V | -40 to +85℃ | +/-50ppm |
X1G0042810036 | 161.1328MHz | 2.250 to 3.630V | -40 to +85℃ | +/-30ppm |
X1G0042810118 | 175MHz | 2.250 to 3.630V | -40 to+85 ℃ | +/-30ppm |
X1G0042810062 | 200MHz | 2.250 to 3.630V | -20 to+70℃ | +/-20ppm |
X1G0042810113 | 200MHz | 2.250 to 3.630V | -20 to+70℃ | +/-30ppm |
X1G0042810024 | 200MHz | 2.250 to 3.630V | -40 to +85℃ | +/-30ppm |
X1G0042810005 | 200MHz | 2.250 to 3.630V | -40 to +85℃ | +/-50ppm |
X1G0042810043 | 200MHz | 2.250 to 3.630V | -20 to +70℃ | +/-50ppm |
X1G0042810065 | 212.5MHz | 2.250 to 3.630V | -20 to+70℃ | +/-20ppm |
X1G0042810027 | 212.5MHz | 2.250 to 3.630V | -40 to+85 ℃ | +/-30ppm |
X1G0042810008 | 212.5MHz | 2.250 to 3.630V | -40 to +85℃ | +/-50ppm |
X1G0042810046 | 212.5MHz | 2.250 to 3.630V | -20 to+70℃ | +/-50ppm |
X1G0042810101 | 250MHz | 2.250 to 3.630V | -20 to +70℃ | +/-20ppm |
X1G0042810126 | 250MHz | 2.250 to 3.630V | -40 to+85℃ | +/-50ppm |
X1G0042810105 | 250MHz | 2.250 to 3.630V | -40 to +85℃ | +/-30ppm |
X1G0042810140 | 296.703MHz | 2.250 to 3.630V | -40 to +85℃ | +/-30ppm |
X1G0042810131 | 296.703MHz | 2.250 to 3.630V | -20 to+70℃ | +/-50ppm |
X1G0042810134 | 300MHz | 2.250 to 3.630V | -40 to +85℃ | +/-30ppm |
X1G0042810072 | 312.5MHz | 2.250 to 3.630V | -20 to+70℃ | +/-20ppm |
X1G0042810053 | 312.5MHz | 2.250 to 3.630V | -20 to+70℃ | +/-50ppm |
X1G0042810015 | 312.5MHz | 2.250 to 3.630V | -40 to+85 ℃ | +/-50ppm |
X1G0042810034 | 312.5MHz | 2.250 to 3.630V | -40 to +85℃ | +/-30ppm |
X1G0042810073 | 312.515625MHz | 2.250 to 3.630V | -20 to +70℃ | +/-20ppm |
X1G0042810054 | 312.515625MHz | 2.250 to 3.630V | -20 to+70℃ | +/-50ppm |
X1G0042810016 | 312.515625MHz | 2.250 to 3.630V | -40 to +85℃ | +/-50ppm |
X1G0042810035 | 312.515625MHz | 2.250 to 3.630V | -40 to+85 ℃ | +/-30ppm |
X1G0042810130 | 322.265625MHz | 2.250 to 3.630V | -20 to+70℃ | +/-20ppm |
X1G0042810106 | 350MHz | 2.250 to 3.630V | -40 to +85℃ | +/-30ppm |
X1G0042810063 | 400MHz | 2.250 to 3.630V | -20 to +70℃ | +/-20ppm |
X1G0042810006 | 400MHz | 2.250 to 3.630V | -40 to+85 ℃ | +/-50ppm |
X1G0042810044 | 400MHz | 2.250 to 3.630V | -20 to+70℃ | +/-50ppm |
X1G0042810128 | 622.08MHz | 2.250 to 3.630V | -40 to +85℃ | +/-30ppm |
X1G0042810108 | 644.531MHz | 2.250 to 3.630V | -20 to +70℃ | +/-50ppm |
X1G0042810139 | 644.53125MHz | 2.250 to 3.630V | -40 to+85 ℃ | +/-50ppm |
X1G0042810019 | 700MHz | 2.250 to 3.630V | -40 to+85 ℃ | +/-50ppm |
X1G0042810038 | 700MHz | 2.250 to 3.630V | -40 to+85 ℃ | +/-30ppm |