This paper presents a fully integrated, first-order Low Pass Filter with 2-tuning points giving a wide versatility to the filter. It allows for a fine/thick tuning with a cutoff frequency that spans over several orders of magnitude, from 220 mHz to 39.1 kHz. The Gm-C filter proposed is designed in a 180 nm CMOS technology with a total power consumption of 1.08 µW for a 1.8 V power supply and a dynamic range up to 73 dB. The proposed filter is a very competitive solution compared with previously reported works, meeting the requirements for portable on chip sensor interfaces based on impedance spectroscopy and biosignal front-end interfaces
New circuit design techniques for implementing very high-valued resistors are presented, significant...
This paper presents a response-translation technique to realize an ultra-low-cutoff lowpass filter i...
A very wide tuning range ultra-low-power MOSFET-C filter is presented. The wide tuning range in this...
This paper presents a fully integrated, first-order Low Pass Filter with 2-tuning points giving a wi...
This paper presents a new approach based on the use of a Current Steering (CS) technique for the des...
This paper presents a fully integrated Gm–C low pass ¿lter (LPF) based on a current ¿steering Gm red...
This paper presents a first-order single-ended fully-integrated Low Pass Filter (LPF) tunable from 1...
New circuit design techniques for implementing very high-valued resistors are presented, significant...
A highly selective monolithic band-pass filter with programmable characteristics at micro-power oper...
This paper demonstrates the advantages of the multiple-input transconductor (MI-G(m)) in filter appl...
Low-power analog filter banks provide frequency analysis with minimal space requirements, making the...
A third-order Gm-C Chebyshev low-pass filter with high linearity and automatic frequency programmab...
A low voltage low power operational transconductance amplifier (OTA) based on a bulk driven cell and...
750-755This study presents a high performance complementary metal oxide semiconductor (CMOS) transc...
A novel tunable third order low-pass Gm-C filter is introduced. Programmable transconductors operat...
New circuit design techniques for implementing very high-valued resistors are presented, significant...
This paper presents a response-translation technique to realize an ultra-low-cutoff lowpass filter i...
A very wide tuning range ultra-low-power MOSFET-C filter is presented. The wide tuning range in this...
This paper presents a fully integrated, first-order Low Pass Filter with 2-tuning points giving a wi...
This paper presents a new approach based on the use of a Current Steering (CS) technique for the des...
This paper presents a fully integrated Gm–C low pass ¿lter (LPF) based on a current ¿steering Gm red...
This paper presents a first-order single-ended fully-integrated Low Pass Filter (LPF) tunable from 1...
New circuit design techniques for implementing very high-valued resistors are presented, significant...
A highly selective monolithic band-pass filter with programmable characteristics at micro-power oper...
This paper demonstrates the advantages of the multiple-input transconductor (MI-G(m)) in filter appl...
Low-power analog filter banks provide frequency analysis with minimal space requirements, making the...
A third-order Gm-C Chebyshev low-pass filter with high linearity and automatic frequency programmab...
A low voltage low power operational transconductance amplifier (OTA) based on a bulk driven cell and...
750-755This study presents a high performance complementary metal oxide semiconductor (CMOS) transc...
A novel tunable third order low-pass Gm-C filter is introduced. Programmable transconductors operat...
New circuit design techniques for implementing very high-valued resistors are presented, significant...
This paper presents a response-translation technique to realize an ultra-low-cutoff lowpass filter i...
A very wide tuning range ultra-low-power MOSFET-C filter is presented. The wide tuning range in this...