An accurate technique for measuring the frequency response of semiconductor laser diode chips is proposed and experimentally demonstrated. The effects of test jig parasites can be completely removed in the measurement by a new calibration method. In theory, the measuring range of the measurement system is only determined by the measuring range of the instruments network analyzer and photo detector. Diodes' bandwidth of 7.5GHz and 10GHz is measured. The results reveal that the method is feasible and comparing with other method, it is more precise andeasier to use
The room-temperature modulation response of a GaAs/GaAlAs semiconductor laser (relaxation resonance ...
Abstract The parallel analogue to digital converter (ADC) structure with mixers such as digital band...
Precise knowledge of an optical device's frequency response is crucial for it to be useful in most a...
提出一种测量半导体激光器芯片频率响应的方法并建立了一套测试系统,通过校准完全剔除了夹具的影响.该方法简单、精确、实用性强.在理论上,该测试系统的测量范围只由测量仪器所决定.在实验中,测量了带宽为7.5...
Abstract. An accurate and simple technique for measuring the input reflection coefficient and the fr...
This paper presents measurement methods for determining the reflection coefficients and frequency re...
We describe a new method for extracting the intrinsic response of a laser diode from S-parameters me...
Two simple methods for estimating the potential modulation bandwidth of TO packaging technique are p...
Due to the character of the original source materials and the nature of batch digitization, quality ...
We report the measurement of the fundamental (intrinsic) frequency response of a GaAs semiconductor ...
A new and accurate error correction technique for on-chip modulation response measurements of high-f...
A practical method to determine the emission frequency of a distributed feedback diode laser at the ...
An ultra-wide-band frequency response measurement system for optoelectronic devices has been establi...
Using a commercially available computer controlled spectrum analyser with tracking generator, optica...
The soft turn-on of semiconductor lasers leads to uncertainty in defining and measuring the laser th...
The room-temperature modulation response of a GaAs/GaAlAs semiconductor laser (relaxation resonance ...
Abstract The parallel analogue to digital converter (ADC) structure with mixers such as digital band...
Precise knowledge of an optical device's frequency response is crucial for it to be useful in most a...
提出一种测量半导体激光器芯片频率响应的方法并建立了一套测试系统,通过校准完全剔除了夹具的影响.该方法简单、精确、实用性强.在理论上,该测试系统的测量范围只由测量仪器所决定.在实验中,测量了带宽为7.5...
Abstract. An accurate and simple technique for measuring the input reflection coefficient and the fr...
This paper presents measurement methods for determining the reflection coefficients and frequency re...
We describe a new method for extracting the intrinsic response of a laser diode from S-parameters me...
Two simple methods for estimating the potential modulation bandwidth of TO packaging technique are p...
Due to the character of the original source materials and the nature of batch digitization, quality ...
We report the measurement of the fundamental (intrinsic) frequency response of a GaAs semiconductor ...
A new and accurate error correction technique for on-chip modulation response measurements of high-f...
A practical method to determine the emission frequency of a distributed feedback diode laser at the ...
An ultra-wide-band frequency response measurement system for optoelectronic devices has been establi...
Using a commercially available computer controlled spectrum analyser with tracking generator, optica...
The soft turn-on of semiconductor lasers leads to uncertainty in defining and measuring the laser th...
The room-temperature modulation response of a GaAs/GaAlAs semiconductor laser (relaxation resonance ...
Abstract The parallel analogue to digital converter (ADC) structure with mixers such as digital band...
Precise knowledge of an optical device's frequency response is crucial for it to be useful in most a...