欢迎进入统一电子全球晶振商城网!

手机站手机站| 会员登录| 会员注册| 收藏本站| 在线留言| 技术支持 | 网站地图

深圳统一电子-各国晶振品牌方案定制解决企业

领先的单一产品供应市场

24小时技术热线
0755-27837683
热门关键词 : 声表面滤波器音叉晶振陶瓷晶振鸿星晶振CTS晶振ECS晶振SiTime晶振FOX晶振ITTI晶振NAKA晶振
当前位置：首页 » 新闻资讯 » 高稳定的压控振荡器SVC53C3B16D2-50.000M是5G室外基站的甄选

高稳定的压控振荡器SVC53C3B16D2-50.000M是5G室外基站的甄选

返回列表 来源：统一电子 查看手机网址
扫一扫!高稳定的压控振荡器SVC53C3B16D2-50.000M是5G室外基站的甄选扫一扫!
 浏览：- 发布日期：2023-06-05 14:18:50【大 中 小】

高稳定的压控振荡器SVC53C3B16D2-50.000M是5G室外基站的甄选，美国松图公司是一家实力派制造商，凭借着自身的努力，拥有高超的生产技术和高端的生产设备，以及专业化且资深的技术团队，使得其能够比同行更加占据优势，也成为众多应用程序的首选之一。所研发设计出来的SMD晶振产品经过层层筛选而制作出来，并符合国家认证标准。SVC53C 1SUNTSU晶振通过简化您的供应链、采购难以找到的零件以及提供按时交付的高质量部件来节省您的时间和金钱。我们的特许制造合作伙伴因其对服务、质量和准时交货的承诺而被选中。高稳定的压控振荡器SVC53C3B16D2-50.000M是5G室外基站的甄选.

Part Number Package Logic Voltage Stability Operating Temp
SVC53C3A07B2-50.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm 0°C - +70°C
SVC53C3A07C2-100.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm 0°C - +70°C
SVC53C3A07C2-122.880M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm 0°C - +70°C
SVC53C3A07C2-125.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm 0°C - +70°C
SVC53C3A07C2-50.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm 0°C - +70°C
SVC53C3A07D2-100.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm 0°C - +70°C
SVC53C3A07D2-122.880M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm 0°C - +70°C
SVC53C3A07D2-125.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm 0°C - +70°C
SVC53C3A16A2-50.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -10°C - +60°C
SVC53C3A16B2-50.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -10°C - +60°C
SVC53C3A16C2-100.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -10°C - +60°C
SVC53C3A16C2-122.880M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -10°C - +60°C
SVC53C3A16C2-125.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -10°C - +60°C
SVC53C3A16C2-50.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -10°C - +60°C
SVC53C3A16D2-122.880M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -10°C - +60°C
SVC53C3A16D2-125.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -10°C - +60°C
SVC53C3A16D2-50.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -10°C - +60°C
SVC53C3A17A2-50.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -10°C - +70°C
SVC53C3A17B2-50.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -10°C - +70°C
SVC53C3A17C2-100.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -10°C - +70°C
SVC53C3A17C2-122.880M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -10°C - +70°C
SVC53C3A17C2-125.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO进口压控晶振 CMOS 3.3V±5% ±50ppm -10°C - +70°C
SVC53C3A17C2-50.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -10°C - +70°C
SVC53C3A17D2-100.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -10°C - +70°C
SVC53C3A17D2-122.880M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -10°C - +70°C
SVC53C3A17D2-125.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -10°C - +70°C
SVC53C3A17D2-50.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -10°C - +70°C
SVC53C3A27A2-50.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -20°C - +70°C
SVC53C3A27B2-50.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -20°C - +70°C
SVC53C3A27C2-100.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -20°C - +70°C
SVC53C3A27C2-122.880M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -20°C - +70°C
SVC53C3A27C2-125.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -20°C - +70°C
SVC53C3A27C2-50.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -20°C - +70°C
SVC53C3A27D2-100.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -20°C - +70°C
SVC53C3A27D2-122.880M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -20°C - +70°C
SVC53C3A27D2-125.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -20°C - +70°C
SVC53C3A27D2-50.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -20°C - +70°C
SVC53C3A38A2-50.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -30°C - +85°C
SVC53C3A38B2-50.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -30°C - +85°C
SVC53C3A38C2-100.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -30°C - +85°C
SVC53C3A38C2-122.880M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -30°C - +85°C
SVC53C3A38C2-125.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -30°C - +85°C
SVC53C3A38C2-50.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -30°C - +85°C
SVC53C3A38D2-100.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -30°C - +85°C
SVC53C3A38D2-122.880M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -30°C - +85°C
SVC53C3A38D2-125.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -30°C - +85°C
SVC53C3A38D2-50.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -30°C - +85°C
SVC53C3A48B2-50.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -40°C - +85°C
SVC53C3A48C2-100.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -40°C - +85°C
SVC53C3A48C2-122.880M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -40°C - +85°C
SVC53C3A48C2-125.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -40°C - +85°C
SVC53C3A48C2-50.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -40°C - +85°C
SVC53C3A48D2-100.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -40°C - +85°C
SVC53C3A48D2-122.880M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -40°C - +85°C
SVC53C3A48D2-125.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -40°C - +85°C
SVC53C3A48D2-50.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±50ppm -40°C - +85°C
SVC53C3B07B2-50.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±30ppm 0°C - +70°C
SVC53C3B07C2-100.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±30ppm 0°C - +70°C
SVC53C3B07C2-122.880M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±30ppm 0°C - +70°C
SVC53C3B07C2-125.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±30ppm 0°C - +70°C
SVC53C3B07C2-50.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±30ppm 0°C - +70°C
SVC53C3B07D2-100.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±30ppm 0°C - +70°C
SVC53C3B07D2-122.880M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±30ppm 0°C - +70°C
SVC53C3B07D2-125.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±30ppm 0°C - +70°C
SVC53C3B07D2-50.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±30ppm 0°C - +70°C
SVC53C3B16B2-50.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±30ppm -10°C - +60°C
SVC53C3B16C2-100.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±30ppm -10°C - +60°C
SVC53C3B16C2-122.880M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±30ppm -10°C - +60°C
SVC53C3B16C2-125.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±30ppm -10°C - +60°C
SVC53C3B16C2-50.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±30ppm -10°C - +60°C
SVC53C3B16D2-100.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±30ppm -10°C - +60°C
SVC53C3B16D2-122.880M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±30ppm -10°C - +60°C
SVC53C3B16D2-125.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±30ppm -10°C - +60°C
SVC53C3B16D2-50.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±30ppm -10°C - +60°C
SVC53C3B17B2-50.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±30ppm -10°C - +70°C
SVC53C3B17C2-100.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±30ppm -10°C - +70°C
SVC53C3B17C2-122.880M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±30ppm -10°C - +70°C
SVC53C3B17C2-125.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±30ppm -10°C - +70°C
SVC53C3B17C2-50.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±30ppm -10°C - +70°C
SVC53C3B17D2-100.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±30ppm -10°C - +70°C
SVC53C3B17D2-122.880M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±30ppm -10°C - +70°C
SVC53C3B17D2-125.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±30ppm -10°C - +70°C
SVC53C3B17D2-50.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±30ppm -10°C - +70°C
SVC53C3B27B2-50.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±30ppm -20°C - +70°C
SVC53C3B27C2-100.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±30ppm -20°C - +70°C
SVC53C3B27C2-122.880M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±30ppm -20°C - +70°C
SVC53C3B27C2-125.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±30ppm -20°C - +70°C
SVC53C3B27C2-50.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±30ppm -20°C - +70°C
SVC53C3B27D2-100.000M 5.0X3.2 CERAMIC SMD (6 PAD) VCXO CMOS 3.3V±5% ±30ppm -20°C - +70°C
松图公司推出新型编码SVC53C3B16D2-50.000M，型号SVC53C，尺寸为5.0X3.2mm,CERAMIC，SMD (6 PAD) VCXO压控振荡器,频率为50MHZ，电压3.3V±5%，频率稳定性30ppm，工作温度-10°C - +60°C,产品特征：±20ppm(频率稳定性)可选，微型包装，互补金属氧化物半导体，基本或锁相环(锁相环)可用，磁带和卷轴.

产品应用范围：数字电视，dvd，机顶盒，pcmia, XDSL，宽带接入，5G室外基站等领域。

“推荐阅读”

【本文标签】：高稳定的压控振荡器SVC53C3B16D2 50.000M是5G室外基站的甄选
【责任编辑】：统一电子版权所有：http://www.tydz99.com转载请注明出处

相关新闻资讯

最新资讯文章

谐振器
陶瓷谐振器 陶瓷滤波器 陶瓷晶振 声表面谐振器 声表面滤波器
32.768k
10.4×4.0晶振 8.0×3.8晶振 7.0x1.5晶振 5.0×1.8晶振 4.1×1.5晶振 3.2×1.5晶振 2.0×1.2晶振 1.6×1.0晶振 圆柱晶振 2×6mm晶振 3×8mm晶振
贴片晶振
8045晶振 5070晶振 6035晶振 5032晶振 3225晶振 2520晶振 2016晶振 1612晶振 1210晶振 1008晶振
有源晶振
温补晶振 石英晶体振荡器 压控晶振 32.768K有源晶振 恒温晶振 差分晶振 压控温补晶振
雾化片
陶瓷雾化片 微孔雾化片
台产晶振
泰艺晶振 TXC晶振 鸿星晶振 希华晶振 加高晶振 百利通亚陶晶振 嘉硕晶振 津绽晶振 玛居礼晶振 NKG晶振 安碁晶振
日产晶振
KDS晶振 爱普生晶振 精工晶振 西铁城晶振 京瓷晶振 NDK晶振 村田晶振 大河晶振 富士晶振 NAKA晶振 SMI晶振 NJR晶振
欧美晶振
AEK晶振 福克斯晶振 Cardinal晶振 ILSI晶振 AEL晶振 Euroquartz晶振 Frequency晶振 GEYER晶振 KVG晶振 MMDCOMP晶振 MtronPTI晶振 QANTEK晶振 QuartzCom晶振 QuartzChnik晶振 SUNTSU晶振 Transko晶振 WI2WI晶振 Crystek晶振 ARGO晶振 三呢晶振 ACT晶振 MTI-MILLIREN晶振 LIHOM晶振 CTECH晶振 rubyquartz晶振 OSCILENT晶振 Shinsung晶振 ITTI晶振 IQD晶振 Microchip晶振 Silicon晶振 Fortiming晶振 CORE晶振 NIPPON晶振 NIC晶振 QVS晶振 Bomar晶振 Bliley晶振 GED晶振 Filtronetics晶振 STD晶振 Q-Tech晶振 Anderson晶振 Wenzel晶振 NEL晶振 EM晶振 PETERMANN晶振 FCD-Tech晶振 HEC晶振 FMI晶振 Macrobizes晶振 AXTAL晶振 Skyworks晶振 Renesas瑞萨晶振 IDT晶振 美国日蚀晶振 康纳温菲尔德晶振 高利奇晶振 Jauch晶振 Abracon晶振 ECS晶振 CTS晶振 微晶晶振 维管晶振 拉隆晶振 Greenray晶振 SiTime晶振 Pletronics晶振 Statek晶振 瑞康晶振

Copyright © 2017

深圳市统一电子有限公司版权所有

备案号：粤ICP备17109239号