Vectron晶振VC-826系列晶体振荡器是一种石英稳定的差分输出振荡器
来源:http://www.taiheth.com 作者:泰河盛电子 2022年08月04
Vectron晶振VC-826系列低功耗振荡器,晶体振荡器是一种石英稳定的差分输出振荡器,输出逻辑 LVPECL、LVDS差分晶振,采用2.5或3.3伏电源供电,封装在密封的3.2×2.5毫米陶瓷封装中。提供内部基频或第三泛音水晶,电源电压 2.5V,3.3V,
特征:
Vectron晶振VC-826系列晶体振荡器是一种石英稳定的差分输出振荡器,VC-826-EDE-KAAN-125M000000TR,低功耗晶振
特征:
超低抖动性能,第三OT或基本晶体设计
20MHz -170MHz输出频率
低功耗,有源晶振
出色的电源抑制比
启用/禁用
3.3或2.5V工作电压
-10/70°C或-40/85°C工作温度
密封的3.2x2.5mm陶瓷封装
产品符合RoHS指令
并且与无铅组件完全兼容
应用于:以太网、GbE、同步以太网,光纤通道,企业服务器,电信,模数转换器、数模转换器的时钟源,驱动FPGA,测试和测量,PON,医疗,帆布床
应用于:以太网、GbE、同步以太网,光纤通道,企业服务器,电信,模数转换器、数模转换器的时钟源,驱动FPGA,测试和测量,PON,医疗,帆布床
Vectron晶振VC-826系列晶体振荡器是一种石英稳定的差分输出振荡器,VC-826-EDE-KAAN-125M000000TR,低功耗晶振
DSC1123AL1-150.0000 | Microchip Technology | Tube | DSC1123 | 150MHz |
DSC1122AI5-025.0020 | Microchip Technology | Tube | DSC1122 | 25.002MHz |
DSC1123BI5-156.2500T | Microchip Technology | Tape & Reel (TR) | DSC1123 | 156.25MHz |
DSC1123BI5-156.2500T | Microchip Technology | Cut Tape (CT) | DSC1123 | 156.25MHz |
DSC1123BI5-156.2500T | Microchip Technology | Digi-Reel® | DSC1123 | 156.25MHz |
DSC1103CL5-106.2500T | Microchip Technology | Tape & Reel (TR) | DSC1103 | 106.25MHz |
DSC1103CL5-106.2500T | Microchip Technology | Cut Tape (CT) | DSC1103 | 106.25MHz |
DSC1103CL5-106.2500T | Microchip Technology | Digi-Reel® | DSC1103 | 106.25MHz |
DSC1124CI1-156.2500TA | Microchip Technology | Tape & Reel (TR) | DSC1124 | 156.25MHz |
DSC1124CI1-156.2500TA | Microchip Technology | Cut Tape (CT) | DSC1124 | 156.25MHz |
DSC1124CI1-156.2500TA | Microchip Technology | Digi-Reel® | DSC1124 | 156.25MHz |
DSC1103BL5-062.5000 | Microchip Technology | Tube | DSC1103 | 62.5MHz |
MX553BBA312M500 | Microchip Technology | Tube | MX55 | 312.5MHz |
DSC6111CI1A-016.0000 | Microchip Technology | Tube | DSC6100 | 16MHz |
DSC1001CL2-012.0000 | Microchip Technology | Tube | DSC1001 | 12MHz |
DSC1001DI1-050.0000 | Microchip Technology | Tube | DSC1001 | 50MHz |
DSC1001DI1-024.0000 | Microchip Technology | Tube | DSC1001 | 24MHz |
DSC1001DI1-025.0000 | Microchip Technology | Tube | DSC1001 | 25MHz |
DSC1001CI2-033.3300 | Microchip Technology | Tube | DSC1001 | 33.33MHz |
DSC1001DI5-100.0000 | Microchip Technology | Tube | DSC1001 | 100MHz |
DSC1001DL5-025.0000 | Microchip Technology | Tube | DSC1001 | 25MHz |
DSC1001CE2-006.0000 | Microchip Technology | Tube | DSC1001 | 6MHz |
DSC1001CI1-050.0000 | Microchip Technology | Tube | DSC1001 | 50MHz |
DSC1001CI2-012.0000 | Microchip Technology | Tube | DSC1001 | 12MHz |
DSC1001CI2-033.3333 | Microchip Technology | Tube | DSC1001 | 33.3333MHz |
DSC1001CI5-004.9152 | Microchip Technology | Tube | DSC1001 | 4.9152MHz |
DSC1122CI5-200.0000 | Microchip Technology | Tube | DSC1122 | 200MHz |
1.VC-826晶振电源引脚应经过滤波,例如10uf、0.1uf和0.01uf电容。
2.图1定义了测试电路,图2定义了这些参数。
3.包括校准容差、工作温度、电源电压变化、老化和IR回流。
4.占空比定义为开启/时间周期。
5.使用安捷伦E5052信号源分析仪在25°c下测量。
6.如果启用/禁用保持打开,输出将被启用。
VC-826-HDE-SAAN-156M250000 | e4 |
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0.0269 | 0.079 | 6 | VDFN | 3.2x2.5x1.0mm | NiAu |
VC-826-HDE-KAAN-63M0000000 | e4 |
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0.0269 | 0.0 | 6 | VDFN | 3.2x2.5x1.0mm | NiAu |
VC-826-HDE-KAAN-106M250000 | e4 |
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0.0269 | 0.0 | 6 | VDFN | 3.2x2.5x1.0mm | NiAu |
VC-826-HDE-KAAN-100M000000 | e4 |
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0.0269 | 0.0 | 6 | VDFN | 3.2x2.5x1.0mm | NiAu |
VC-826-HDE-FAAN-150M000000 | e4 |
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0.0269 | 0.079 | 6 | VDFN | 3.2x2.5x1.0mm | NiAu |
VC-826-HCE-KAAN-100M000000 | e4 |
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0.0269 | 0.079 | 6 | VDFN | 3.2x2.5x1.0mm | NiAu |
VC-826-FFC | e4 |
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0.0269 | 0.079 | 6 | VDFN | 3.2x2.5x1.0mm | NiAu |
VC-826-EHW-SAAN-100M000000TR | e4 |
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0.0269 | 0.079 | 6 | VDFN | 3.2x2.5x1.0mm | NiAu |
VC-826-EHW-SAAN-100M000000 | e4 |
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0.0269 | 0.0 | 6 | VDFN | 3.2x2.5x1.0mm | NiAu |
VC-826-EDW-KABN-125M000000 | e4 |
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0.0269 | 0.079 | 6 | VDFN | 3.2x2.5x1.0mm | NiAu |
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此文关键字: 差分输出振荡器
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