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YSX321SL 3225 4P | |||
请点击您需要的参数一起加到购物车,找不到您需要的请联系客服 | |||
标准频率 | 负载电容 | 频率偏差 | 点击购买 |
12MHZ | 10PF | 10PPM | rel="nofollow" Buy |
12MHZ | 12PF | 10PPM | rel="nofollow" Buy |
12MHZ | 20PF | 10PPM | rel="nofollow" Buy |
14.7456MHZ | 12PF | 10PPM | rel="nofollow" Buy |
16MHZ | 18PF | 10PPM | rel="nofollow" Buy |
20MHZ | 20PF | 10PPM | rel="nofollow" Buy |
24MHZ | 10PF | 10PPM | rel="nofollow" Buy |
24MHZ | 12PF | 10PPM | rel="nofollow" Buy |
24MHZ | 20PF | 20PPM | rel="nofollow" Buy |
25MHZ | 10PF | 10PPM | rel="nofollow" Buy |
25MHZ | 12PF | 10PPM | rel="nofollow" Buy |
25MHZ | 20PF | 10PPM | rel="nofollow" Buy |
26MHZ | 9PF | 10PPM | rel="nofollow" Buy |
26MHZ | 10PF | 10PPM | rel="nofollow" Buy |
26MHZ | 12PF | 10PPM | rel="nofollow" Buy |
27MHZ | 20PF | 10PPM | rel="nofollow" Buy |
27.12MHZ | 10PF | 10PPM | rel="nofollow" Buy |
30MHZ | 12PF | 10PPM | rel="nofollow" Buy |
30MHZ | 20PF | 10PPM | rel="nofollow" Buy |
48MHZ | 20PF | 10PPM | rel="nofollow" Buy |
54MHZ | 10PF | 10PPM | rel="nofollow" Buy |
如您需要购买同类别的其他系列产品,请点击以下链接 | ||
产品型号 | 产品规格 | 点击购买 |
HC-49US | 11.5x4.5x3.68mm | rel="nofollow" Buy |
HC-49SMD | 11.4x4.8x3.8mm | rel="nofollow" Buy |
HC-49UM | 11.05x4.65x13.46mm | rel="nofollow" Buy |
YSX321SL | 3225 4P | rel="nofollow" Buy |
YSX530GA | 5032 2P | rel="nofollow" Buy |
YSX531SL | 5032 4P | rel="nofollow" Buy |
YT-26 | 2060 2P | rel="nofollow" Buy |
YT-38 | 3080 2P | rel="nofollow" Buy |
R315 | D11,F11,TO39 | rel="nofollow" Buy |
R433 | D11,F11,TO39 | rel="nofollow" Buy |
频率偏移超出正常值?
解决办法:当电路中心频率正偏时,说明负载CL偏小,可以增加晶振外接电容Cd和Cg的值。当电路中心频率负偏时,说明负载CL偏大,可以减少晶振外接电容Cd和Cg的值。
晶振在工作中出现发烫,逐渐出现停振现象。
排除工作环境温度对其的影响,可能出现的情况是激励电平过大。
解决办法:将激励电平DL降低,可增加Rd来调节DL。
晶振在工作逐渐出现停振现象,用手碰触或者用电烙铁加热晶振引脚
又开始工作。
解决办法:出现这种情况是因为振荡电路中的负性阻抗值太小,需要调整晶振外接电容Cd和Cg的值来达到满足振荡电路的回路增益。