Resonant absorption structure provides an effective method for designing and manufacturing microbridge resistor arrary with less power consumption and larger array.

共振吸收结构为微桥电阻阵列的进一步低功耗、大面阵化提供了有效的设计和制作途径。

Kelvin bridge has the virtues of high sensitivity, precision reading and convenience to use.It is effective tools to measure the electrical resistivity and magnetoresistivity.

凯尔文直流双臂电桥具有灵、和使用方便的优点，是测量材料电阻率和磁阻的有效工具。

Resonant absorption structure provides an effective method for designing and manufacturing microbridge resistor arrary with less power consumption and larger array.

共振吸收微桥电阻阵列的进一步低功耗、大面阵化提供了有效的设计和制作途径。

Kelvin bridge has the virtues of high sensitivity, precision reading and convenience to use.It is effective tools to measure the electrical resistivity and magnetoresistivity.

凯尔文直流双臂电桥具有灵敏度高、数准确和使用方便的优点，是测量材料电阻率和磁阻的有效工具。

Resonant absorption structure provides an effective method for designing and manufacturing microbridge resistor arrary with less power consumption and larger array.

共振吸收结构为微桥电阻阵列步低功耗、大面阵化提供了有效设计和制作途径。

Kelvin bridge has the virtues of high sensitivity, precision reading and convenience to use.It is effective tools to measure the electrical resistivity and magnetoresistivity.

凯尔文直流双臂电桥具有灵敏度高、数准确和使用方便优点，是测量材料电阻率和磁阻有效工具。

Resonant absorption structure provides an effective method for designing and manufacturing microbridge resistor arrary with less power consumption and larger array.

共振吸收结构为微阵列的进一步低功耗、大面阵化提供了有效的设计和制作途径。

Kelvin bridge has the virtues of high sensitivity, precision reading and convenience to use.It is effective tools to measure the electrical resistivity and magnetoresistivity.

凯尔文直流双臂具有灵敏度高、数准确和使用方便的优点，是测量材料率和磁的有效工具。

Resonant absorption structure provides an effective method for designing and manufacturing microbridge resistor arrary with less power consumption and larger array.

共振吸收结构为微桥电阵列进一步低功耗、大面阵化提供了有效和制作途径。

Kelvin bridge has the virtues of high sensitivity, precision reading and convenience to use.It is effective tools to measure the electrical resistivity and magnetoresistivity.

凯尔文直流双臂电桥具有灵敏度高、数准确和使用方便优点，是测量材料电率和有效工具。

Resonant absorption structure provides an effective method for designing and manufacturing microbridge resistor arrary with less power consumption and larger array.

共振吸收结构为微桥电阻阵列的进一耗、大面阵化提供了有效的设计和制作途径。

Kelvin bridge has the virtues of high sensitivity, precision reading and convenience to use.It is effective tools to measure the electrical resistivity and magnetoresistivity.

凯尔文直流双臂电桥具有灵敏度高、数准确和使用方便的优点，是测量材料电阻率和磁阻的有效工具。

Resonant absorption structure provides an effective method for designing and manufacturing microbridge resistor arrary with less power consumption and larger array.

共振吸收结构为微桥电阻阵列的进一步低功耗、大面阵化提供了有效的设计和制作途径。

Kelvin bridge has the virtues of high sensitivity, precision reading and convenience to use.It is effective tools to measure the electrical resistivity and magnetoresistivity.

凯尔文直流双臂电桥具有灵、和使用方便的优点，是测量材料电阻率和磁阻的有效工具。

Resonant absorption structure provides an effective method for designing and manufacturing microbridge resistor arrary with less power consumption and larger array.

共振吸收结构为微桥电阻阵列的进功耗、大面阵化提供了有效的设计和制作途径。

Kelvin bridge has the virtues of high sensitivity, precision reading and convenience to use.It is effective tools to measure the electrical resistivity and magnetoresistivity.

凯尔文直流双臂电桥具有灵敏度高、数准确和使用方便的优点，是测量材料电阻率和磁阻的有效工具。

Resonant absorption structure provides an effective method for designing and manufacturing microbridge resistor arrary with less power consumption and larger array.

共振吸收结构为微桥电阻阵列的进一步低功耗、大面阵化提供了有效的设计和制作途径。

Kelvin bridge has the virtues of high sensitivity, precision reading and convenience to use.It is effective tools to measure the electrical resistivity and magnetoresistivity.

凯尔文直流双臂电桥具有灵敏度高、数准确和使用方便的优点，是测量材料电阻率和磁阻的有效具。