四川梓冠光电科技有限公司
第8年
第8年 
第8年
SOI高速光开关阵列
SOI High Speed Optical Switch Array
SOI芯片式高速光开关阵列，该产品基于硅基载流子色散效应实现纳秒级高速响应的光路切换，实现了多通道光开关阵列的单片化集成，芯片与多通道光纤和外围驱动电路一体化光电封装，热电混调，数字化驱动，偏振相关性小，插入损耗低。
Chip-based multi-channel optical switch array is a product based on SOI platform, which could realize high-speed dynamic switching of optical signal with a response time on the order of nano-second. This product achieved the integration of an array of optical switches on a single SOI chip, and electro-optically co-packaged with fiber array and circuit board. It is thermally biased and digitally driven and has tiny polarization-sensitivity and low insertion loss.
〖性能指标Specifications〗
参数指标 Parameters
| 单位 Unit | 小值 Min. | 典型值 Typ.
| 大值 Max. | 备注 Notes |
波长范围 Wavelength range
| nm | 1530—1570 nm or 1270nm—1330 nm
| |||
消光比 Extinction ratio
| dB | 19 | 20 | 22 | |
插入损耗 Insertion loss | dB | 1.6 | 1.8 | 2.0 | |
回波损耗 Return loss | dB | 40 | 50 | ||
偏振相关损耗 PDL | dB | 0.3 | 0.5 | ||
驱动电压 Drive voltage | V | 0.9 | 1 | 1.2 | @300ns |
驱动电流 Drive current
| mA | 6 | 7 | 9 | @300ns |
芯片级响应时间 Response Time | ns | 30 | 300 | ||
热调功耗 Thermal tuning power consumption | mW | 30 | 50 | ||
通道数 Number of channels | 8—16或可定制 8—16 or Can be customized | ||||
光功率 Transmission optical power | mW | 80 | |||
工作温度范围 Operating temperature range | °C | -20 | 50 | ||
工作湿度范围 Operating humidity range | % | +65 | |||
尺寸 Dimensions | mm | 芯片：20(L)×2.5 (W)×0.5(H) Chip：20(L)×2.5 (W)×0.5(H) 器件：90(L)x50(W)x13(H) Component：90(L)x50(W)x13(H) | 可定制 Can be customized | ||
〖芯片尺寸Chip dimensions〗 〖器件尺寸Component dimensions〗
ZG | 波长 Wavelength | 通道数 Number of channels | 类型 Type |
13=1310nm 15=1550nm | 1=1CH 4=4CH 8=8CH 16=CH XX=Other | 1=不带热调 1=Without temperature regulating thermistor 2=带热调 2=With temperature regulating thermistor XX=Other |
〖订货信息Ordering information〗
ZG | 波长 Wavelength | 通道数 Number of channels | 类型 Type |
13=1310nm 15=1550nm | 1=1CH 4=4CH 8=8CH 16=CH XX=Other | 1=不带热调 1=Without temperature regulating thermistor 2=带热调 2=With temperature regulating thermistor XX=Other |
