Virtual haptical system is a circulate feedback closed loop, including bidirectional information transfer between virtual and really environment.

拟触觉系统是一个触觉信息循环反馈的闭环系统,其中包拟环境与现实环境两者之间双向的信息传递。

This paper presents an all-digital close-loop operation based on DSP circuits, which uses the two-frequency serrodyne modulation to modulate and demodulate the optic route.

字信号处理电路的谐振式光纤陀螺全字闭环是双频率字锯齿波相位调制技术对光路进行了相应的调制和解调。

Main loop uses silicon-controlled hexaphase half-wave closed loop control technology, not influenced by electrical network voltage undulation and welding cable length, the performance is more stable.

主回路可控硅六相半波闭环控制技术，不受电网电压波动和焊接电缆长度的影响，性能更加稳定。

Virtual haptical system is a circulate feedback closed loop, including bidirectional information transfer between virtual and really environment.

虚拟触觉系统是一个触觉信息循环反馈的闭环系统,其中包含着虚拟环境与现实环境两双向的信息传递。

This paper presents an all-digital close-loop operation based on DSP circuits, which uses the two-frequency serrodyne modulation to modulate and demodulate the optic route.

字信号处理电路的谐振式光纤陀螺全字闭环是采用双频率字锯齿波位调制技术对光路进应的调制和解调。

Main loop uses silicon-controlled hexaphase half-wave closed loop control technology, not influenced by electrical network voltage undulation and welding cable length, the performance is more stable.

主回路采用可控硅六半波闭环控制技术，不受电网电压波动和焊接电缆长度的影响，性能更加稳定。

Virtual haptical system is a circulate feedback closed loop, including bidirectional information transfer between virtual and really environment.

虚拟触觉系统是一个触觉信息循环反馈闭环系统,其中包含着虚拟环境与现实环境两者之间双向信息传递。

This paper presents an all-digital close-loop operation based on DSP circuits, which uses the two-frequency serrodyne modulation to modulate and demodulate the optic route.

信号处理路谐振式光纤陀螺全闭环是采用双频锯齿波相位调制技术对光路进行了相应调制和解调。

Main loop uses silicon-controlled hexaphase half-wave closed loop control technology, not influenced by electrical network voltage undulation and welding cable length, the performance is more stable.

主回路采用可控硅六相半波闭环控制技术，不受网压波动和焊接缆长度影响，性能更加稳定。

Virtual haptical system is a circulate feedback closed loop, including bidirectional information transfer between virtual and really environment.

虚拟触觉系统是一个触觉信息循环反馈的闭环系统,其中包含着虚拟环境与现实环境两者之间双向的信息传递。

This paper presents an all-digital close-loop operation based on DSP circuits, which uses the two-frequency serrodyne modulation to modulate and demodulate the optic route.

字信号处理电路的谐振式光纤陀螺全字闭环是采用双频率字锯齿波相位调制技术对光路进行了相应的调制和解调。

Main loop uses silicon-controlled hexaphase half-wave closed loop control technology, not influenced by electrical network voltage undulation and welding cable length, the performance is more stable.

主回路采用可控硅六相半波闭环控制技术，不受电网电压波动和焊接电缆长度的影响，加稳定。

Virtual haptical system is a circulate feedback closed loop, including bidirectional information transfer between virtual and really environment.

虚拟触觉系统是一个触觉信息循环反馈闭环系统,其中包含着虚拟环境与现实环境两者之间双向信息传递。

This paper presents an all-digital close-loop operation based on DSP circuits, which uses the two-frequency serrodyne modulation to modulate and demodulate the optic route.

字信号处理电路谐振式光纤陀螺全字闭环是采用双频率字锯齿波相位调制技术对光路进行了相应调制和解调。

Main loop uses silicon-controlled hexaphase half-wave closed loop control technology, not influenced by electrical network voltage undulation and welding cable length, the performance is more stable.

主回路采用可控硅六相半波闭环控制技术，不受电网电压波动和焊接电缆影响，性能更加稳定。

Virtual haptical system is a circulate feedback closed loop, including bidirectional information transfer between virtual and really environment.

虚拟触觉系统一个触觉信息循环反馈的闭环系统,其中包含着虚拟环境与现实环境两者之间双向的信息传递。

This paper presents an all-digital close-loop operation based on DSP circuits, which uses the two-frequency serrodyne modulation to modulate and demodulate the optic route.

字信号处理电路的谐振陀螺全字闭环双频率字锯齿波相位调制技术对路进行了相应的调制和解调。

Main loop uses silicon-controlled hexaphase half-wave closed loop control technology, not influenced by electrical network voltage undulation and welding cable length, the performance is more stable.

主回路可控硅六相半波闭环控制技术，不受电网电压波动和焊接电缆长度的影响，性能更加稳定。

Virtual haptical system is a circulate feedback closed loop, including bidirectional information transfer between virtual and really environment.

虚拟触觉系统是一个触觉信息循反馈的系统,其中包含着虚拟境与现实境两者之间双向的信息传递。

This paper presents an all-digital close-loop operation based on DSP circuits, which uses the two-frequency serrodyne modulation to modulate and demodulate the optic route.

信号处理电路的谐振式光纤是采用双频率锯齿波相位调制技术对光路进行了相应的调制和解调。

Main loop uses silicon-controlled hexaphase half-wave closed loop control technology, not influenced by electrical network voltage undulation and welding cable length, the performance is more stable.

主回路采用可控硅六相半波控制技术，不受电网电压波动和焊接电缆长度的影响，性能更加稳定。

Virtual haptical system is a circulate feedback closed loop, including bidirectional information transfer between virtual and really environment.

虚拟触觉系统是一个触觉息循环反馈的闭环系统,其中包含着虚拟环境与现实环境两者之间双向的息传递。

This paper presents an all-digital close-loop operation based on DSP circuits, which uses the two-frequency serrodyne modulation to modulate and demodulate the optic route.

处理电路的谐振式光纤陀螺全闭环是采用双频率锯齿调制技术对光路进行了应的调制和解调。

Main loop uses silicon-controlled hexaphase half-wave closed loop control technology, not influenced by electrical network voltage undulation and welding cable length, the performance is more stable.

主回路采用可控硅六半闭环控制技术，不受电网电压动和焊接电缆长度的影响，性能更加稳定。

Virtual haptical system is a circulate feedback closed loop, including bidirectional information transfer between virtual and really environment.

虚拟触觉系统一个触觉信息循反馈的系统,其中包含着虚拟境与现实境两者之间双向的信息传递。

This paper presents an all-digital close-loop operation based on DSP circuits, which uses the two-frequency serrodyne modulation to modulate and demodulate the optic route.

字信号处理电路的谐振式光全字采用双频率字锯齿波相位调制技术对光路进行了相应的调制和解调。

Main loop uses silicon-controlled hexaphase half-wave closed loop control technology, not influenced by electrical network voltage undulation and welding cable length, the performance is more stable.

主回路采用可控硅六相半波控制技术，不受电网电压波动和焊接电缆长度的影响，性能更加稳定。