高稳定性SMD OCXO振荡器OH300-60503CF-024.576M适合用于IEEE 1588系统6G晶振
来源:http://konuaer.net 作者:康华尔电子 2023年06月27
Connor-Winfield’s New IEEE 1588 OCXO Provides Excellent Frequency Stabilities and Aging
Aurora, IL — Connor-Winfield’s new high stability SMD OH300 series of OCXO恒温晶振 provide an excellent capability to support IEEE 1588 system requirements. This SC crystal based design maximizes short term stability, frequency stability over temperature and extremely low aging rates. Offering standard frequencies like 5M, 10M, 12.8M, 13M, 19.44M, 20M and 20.48M, this model can be configured to provide exceptional performance for short term stability to the level 5x10 -12, stability over temperature of 1x10-9 and daily aging rates of 5x10- 10. Package size is 22x25x12.7mm.
The OH300 series is available with LVCMOS, HCMOS or Sine output along with electronic frequency tuning. Power requirements are 3W over the commercial temperature range and 4.5W over the industrial temperature range. The high stability OH300 series oscillators are exceptionally precise frequency standards, excellent for use in IEEE 1588 systems, Synch E, cellular base stations, Stratum 3E, VSAT and test equipment applications.
Aurora, IL — Connor-Winfield’s new high stability SMD OH300 series of OCXO恒温晶振 provide an excellent capability to support IEEE 1588 system requirements. This SC crystal based design maximizes short term stability, frequency stability over temperature and extremely low aging rates. Offering standard frequencies like 5M, 10M, 12.8M, 13M, 19.44M, 20M and 20.48M, this model can be configured to provide exceptional performance for short term stability to the level 5x10 -12, stability over temperature of 1x10-9 and daily aging rates of 5x10- 10. Package size is 22x25x12.7mm.
The OH300 series is available with LVCMOS, HCMOS or Sine output along with electronic frequency tuning. Power requirements are 3W over the commercial temperature range and 4.5W over the industrial temperature range. The high stability OH300 series oscillators are exceptionally precise frequency standards, excellent for use in IEEE 1588 systems, Synch E, cellular base stations, Stratum 3E, VSAT and test equipment applications.
高稳定性SMD OCXO振荡器OH300-60503CF-024.576M适合用于IEEE 1588系统6G晶振
Features and Configurations
Features and Configurations
• Frequency Range: 5 to 40MHz
• OCXO Fixed Frequency
• OCVCXO Voltage Controlled Frequency石英晶体振荡器
• 3.3VDC to 5.0VDC Operation
• Available Frequency Stabilities:±10ppb,±20ppb,±50ppb
• Available Temperature Ranges: 0℃ to 70℃,-20℃ to 70℃,-20℃to 75℃,-40℃ to 70℃,-40℃ to 85℃,
• Low Phase Noise/Phase Jitter
• Low Phase Noise/Phase Jitter
• CMOS Output Logic or Pure Sine
• SMT Package: 22x25x12.7mm
• RoHS Compliant/Lead Free
Connor-Winfield的新IEEE 1588 OCXO提供了出色的频率稳定性和老化
Connor-Winfield的新型高稳定性SMD OH300系列OCXO晶振提供了支持IEEE 1588系统要求的出色能力。这种基于SC晶体的设计使短期稳定性最大化, 温度范围内的频率稳定性和极低的老化率。提供标准频率,比如5M, 10M、12.8M、13M、19.44M、20M和20.48M,该型号可以配置为提供卓越的性能,短期稳定性达到5x10 -12,温度稳定性为1x10-9,日老化率为5x10 - 10.包装尺寸为22 x25 x 12.7毫米
OH300系列提供LVCMOS、HCMOS或正弦输出以及电子频率调谐。 商用温度范围内的功耗要求为3W,工业温度范围内的功耗要求为4.5W 范围。高稳定性OH300系列振荡器是非常精确的频率标准,非常适合用于IEEE 1588系统、同步、蜂窝基站、3E层、VSAT和测试设备应用。
高稳定性SMD OCXO振荡器OH300-60503CF-024.576M适合用于IEEE 1588系统6G晶振
Connor-Winfield的新IEEE 1588 OCXO提供了出色的频率稳定性和老化
Connor-Winfield的新型高稳定性SMD OH300系列OCXO晶振提供了支持IEEE 1588系统要求的出色能力。这种基于SC晶体的设计使短期稳定性最大化, 温度范围内的频率稳定性和极低的老化率。提供标准频率,比如5M, 10M、12.8M、13M、19.44M、20M和20.48M,该型号可以配置为提供卓越的性能,短期稳定性达到5x10 -12,温度稳定性为1x10-9,日老化率为5x10 - 10.包装尺寸为22 x25 x 12.7毫米
OH300系列提供LVCMOS、HCMOS或正弦输出以及电子频率调谐。 商用温度范围内的功耗要求为3W,工业温度范围内的功耗要求为4.5W 范围。高稳定性OH300系列振荡器是非常精确的频率标准,非常适合用于IEEE 1588系统、同步、蜂窝基站、3E层、VSAT和测试设备应用。
高稳定性SMD OCXO振荡器OH300-60503CF-024.576M适合用于IEEE 1588系统6G晶振
功能和配置
•频率范围:5至40MHz
•OCXO固定频率
•OCVCXO电压控制频率贴片石英晶振
•3.3VDC至5.0VDC操作
•可用频率稳定性:±10ppb,±20ppb,±50ppb,
•可用温度范围:0?至70?C,-20℃至70℃,-20℃至75℃,-40℃至70℃,-40℃至85℃
•可用温度范围:0?至70?C,-20℃至70℃,-20℃至75℃,-40℃至70℃,-40℃至85℃
•低相位噪声/相位抖动
•CMOS输出逻辑或纯正弦
•SMT封装:22x25x12.7毫米
•符合RoHS标准/无铅
高稳定性SMD OCXO振荡器OH300-60503CF-024.576M适合用于IEEE 1588系统6G晶振
高稳定性SMD OCXO振荡器OH300-60503CF-024.576M适合用于IEEE 1588系统6G晶振
原厂代码 | 进口晶振 | 型号 | 频率 | 工作温度 | 包装/封装 |
OH300-71003SV-010.0M | ConnorWinfield晶振 | OH300 | 10MHz | -20°C ~ 70°C | 7-SMD, No Lead |
OH300-50503CV-020.0M | ConnorWinfield晶振 | OH300 | 20MHz | 0°C ~ 70°C | 7-SMD, No Lead |
OH300-61003CV-010.0M | ConnorWinfield晶振 | OH300 | 10MHz | -40°C ~ 85°C | 7-SMD, No Lead |
OH300-50503CV-012.8M | ConnorWinfield晶振 | OH300 | 12.8MHz | 0°C ~ 70°C | 7-SMD, No Lead |
OH300-50503CV-010.0M | ConnorWinfield晶振 | OH300 | 10MHz | 0°C ~ 70°C | 7-SMD, No Lead |
OH300-61005CV-030.72M | ConnorWinfield晶振 | OH300 | 30.72MHz | -40°C ~ 85°C | 7-SMD, No Lead |
OH300-71003SV-100.0M | ConnorWinfield晶振 | OH300 | 100MHz | -20°C ~ 70°C | 7-SMD, No Lead |
OH300-61003CF-010.0M | ConnorWinfield晶振 | OH300 | 10MHz | -40°C ~ 85°C | 7-SMD, No Lead |
OH300-70503CF-020.0M | ConnorWinfield晶振 | OH300 | 20MHz | -20°C ~ 70°C | 7-SMD, No Lead |
OH300-61003CV-012.8M | ConnorWinfield晶振 | OH300 | 12.8MHz | -40°C ~ 85°C | 7-SMD, No Lead |
OH300-61003CF-012.8M | ConnorWinfield晶振 | OH300 | 12.8MHz | -40°C ~ 85°C | 7-SMD, No Lead |
OH300-50503CF-020.0M | ConnorWinfield晶振 | OH300 | 20MHz | 0°C ~ 70°C | 7-SMD, No Lead |
OH300-70503CF-024.576M | ConnorWinfield晶振 | OH300 | 24.576MHz | -20°C ~ 70°C | 7-SMD, No Lead |
OH300-50503CF-012.8M | ConnorWinfield晶振 | OH300 | 12.8MHz | 0°C ~ 70°C | 7-SMD, No Lead |
OH300-60503CF-024.576M | ConnorWinfield晶振 | OH300 | 24.576MHz | -40°C ~ 85°C | 7-SMD, No Lead |
OH300-61003CF-020.0M | ConnorWinfield晶振 | OH300 | 20MHz | -40°C ~ 85°C | 7-SMD, No Lead |
OH300-50503CF-010.0M | ConnorWinfield晶振 | OH300 | 10MHz | 0°C ~ 70°C | 7-SMD, No Lead |
OH300-61003CF-040.0M | 有源晶振 | OH300 | 40MHz | -20°C ~ 70°C | 7-SMD, No Lead |
OH300-61003CV-020.0M | ConnorWinfield晶振 | OH300 | 20MHz | -40°C ~ 85°C | 7-SMD, No Lead |
OH300-61003CV-040.0M | ConnorWinfield晶振 | OH300 | 40MHz | -20°C ~ 70°C | 7-SMD, No Lead |
OH300-50503CF-025.0M | ConnorWinfield晶振 | OH300 | 25MHz | 0°C ~ 70°C | 7-SMD, No Lead |
OH300-50503CF-040.0M | ConnorWinfield晶振 | OH300 | 40MHz | 0°C ~ 70°C | 7-SMD, No Lead |
OH300-50503CV-040.0M | ConnorWinfield晶振 | OH300 | 40MHz | 0°C ~ 70°C | 7-SMD, No Lead |
OH300-61003CF-025.0M | ConnorWinfield晶振 | OH300 | 25MHz | -40°C ~ 85°C | 7-SMD, No Lead |
OH300-61003CV-025.0M | ConnorWinfield晶振 | OH300 | 25MHz | -40°C ~ 85°C | 7-SMD, No Lead |
OH300-50503CV-050.0M | ConnorWinfield晶振 | OH300 | 50MHz | 0°C ~ 70°C | 7-SMD, No Lead |
OH300-50503CV-025.0M | ConnorWinfield晶振 | OH300 | 25MHz | 0°C ~ 70°C | 7-SMD, No Lead |
OH300-50503CF-050.0M | ConnorWinfield晶振 | OH300 | 50MHz | 0°C ~ 70°C | 7-SMD, No Lead |
OH300-61003CF-050.0M | ConnorWinfield晶振 | OH300 | 50MHz | -40°C ~ 85°C | 7-SMD, No Lead |
OH300-61003CV-050.0M | ConnorWinfield晶振 | OH300 | 50MHz | -40°C ~ 85°C | 7-SMD, No Lead |
正在载入评论数据...
此文关键字: 恒温晶体振荡器
相关资讯
- [2024-05-24]Wenzel了解MIL-PRF-3098和合格零...
- [2024-04-23]Micro微晶OM-7605-C8-20PPM-TA-...
- [2024-04-22]Abracon顶级物联网和可穿戴解决...
- [2024-04-18]VTC万隆晶振PO301系列用于CMOS和...
- [2024-04-16]IQD石英晶体LFXTAL051643REEL计...
- [2024-03-04]全球瞩目的CTS晶振公司的历史生...
- [2024-03-04]CTS晶振公司用于蓝牙产品的解决...
- [2024-03-02]世界晶振的领导者Crystek晶振公...