Paper About Robust 130nm CMOS Built-in Current Sensor Dedicated to RF Applications

This paper presents info about sensitivity, voltage, transfer function, output, and output range. In this paper the reader can learn description such as signal circuit, performances, the output range, and characteristics.

paper about robust 130nm cmos built in current sensor dedicated to rf applications page1 6045986 Paper About Robust 130nm CMOS Built in Current Sensor Dedicated to RF Applications paper about robust 130nm cmos built in current sensor dedicated to rf applications page2 6045986 Paper About Robust 130nm CMOS Built in Current Sensor Dedicated to RF Applications paper about robust 130nm cmos built in current sensor dedicated to rf applications page3 6045986 Paper About Robust 130nm CMOS Built in Current Sensor Dedicated to RF Applications

Many discussion about measured current, current sensor, design, range, and sensor are described inside this paper. The following are some excerpt from this paper:

2 2.1 The Maidon’s BICS Principle The initial ratiometric BICS The ratiometric Maidon’s BICS was first designed to operate under a 3.3V power supply [7], as the CMOS technology used to implement the circuit was a 0.6μm one. Complete schematic of the LNA proposed The output voltage of the BICS is compared with two reference voltages, the values of which are determined by the output characteristic of the BICS and the nominal supply current of the LNA.

Giving more content, this paper explains information such as output current, circuit, topology, and current consumption.

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