产品特性:功率稳定 | 加工定制:否 | 品牌:梓冠 |
型号:ZG-ODL | 种类:光纤延迟线 | 波段范围:1550nm |
运转方式:连续式 | 激励方式:电激励式 | 工作物质:半导体 |
光路径:反射型外光路 | 输出形式:功率型 | 传输信号:单电源型 |
速度:高速 | 通道:多通道 | 输出波长:1550nm |
硅基6位可调光延迟线
Silicon Base 6 Bits VODL
〖特性Features〗
高速切换
High fast switching
高延时精度
High delay accuracy
超小尺寸
Small size
超宽带工作
Ultra-broadband operation
全固态波导芯片可靠性强
All-solid-state waveguide chip of high reliability
〖应用Applications〗
光控相控阵雷达系统
Optically controlled phased array radar system
电子对抗系统
Electronic warfare system(EWS)
〖规格参数Specification〗
性能指标Parameters | 单Unit | 典型值Typ. | 备注Notes |
波长Wavelength | nm | 1550 | |
延时位数Delay bits | / | 6 | 可定制Can be customized |
最小延时步进Min. step-delay | ps | 59.2 | 可定制Can be customized |
可调节延时Adjustable max.delay | ps | 3729.6 | |
延时偏差Delay deviation | ps | ≤±0.5 | ≤±1@max |
延时切换时间Delay switching time | ?s | ≤1 | |
插入损耗Insertion loss | dB | 17.5 | |
各延时态损耗Delay state loss difference | dB | ±0.5 | |
回波损耗Return loss | dB | 45 | |
承受光功率Power-resistant ability | mW | 300 | |
工作温度Operating temperature | ℃ | -20~70 | |
储藏温度Storage temperature | ℃ | -40~85 |
〖延时量和光开关传输状态对应关系Correspondence between delay amount&optical switch transmission state〗
硅基7位可调光延迟线
Silicon Base 7Bits VODL
〖特性Features〗
高速切换
High fast switching
高延时精度
High delay accuracy
超小尺寸
Small size
超宽带工作
Ultra-broadband operation
全固态波导芯片可靠性强
All-solid-state waveguide chip of high reliability
〖应用Applications〗
光控相控阵雷达系统
Optically controlled phased array radar system
n 电子对抗系统
Electronic warfare system(EWS)
〖规格参数Specification〗
性能指标Parameters | 单Unit | 典型值Typ. | 备注Notes |
波长Wavelength | nm | 1550 | |
延时位数Delay bits | / | 7 | 可定制Can be customized |
最小延时步进Min. step-delay | ps | 2 | 可定制Can be customized |
可调节延时Adjustable max.delay | ps | 254 | |
延时偏差Delay deviation | ps | ≤±0.5 | ≤±1@max |
延时切换时间Delay switching time | ?s | ≤1 | |
插入损耗Insertion loss | dB | 17.5 | |
各延时态损耗Delay state loss difference | dB | ±0.5 | |
回波损耗Return loss | dB | 45 | |
承受光功率Power-resistant ability | mW | 300 | |
工作温度Operating temperature | ℃ | -20~70 | |
储藏温度Storage temperature | ℃ | -40~85 |
〖延时量和光开关传输状态对应关系Correspondence between delay amount&optical switch transmission state〗