In this letter we utilize the novel digital techniques (TW, DRMC, DS) to improve the sensitivity of the limiting amplifier. The Time Window (TW) technique can ignore the positive & negative trigger noises within the window close time. The Delay Racing Memory Counter (DRMC) technique can eliminate the positive trigger noises within the window open time. The Delay Sum (DS) technique can solve the negative trigger noise around the signal transition from low to high. The experimental results are also presented
This paper presents a new method to improve the GBW (gain-bandwidth product) on negative feedback am...
In this paper, a recently proposed oversampled detector for digital storage channels affected by tra...
This paper proposes an operational transconductance amplifier-capacitor-based (OTA-C) negative group...
[[abstract]]In this letter we utilize the novel digital techniques (TW, DRMC, DS) to improve the sen...
[[abstract]]In this paper we utilize the novel digital techniques (TW, DRMC, DS) to improve the sens...
High-speed limiting amplifiers are widely used in data transmission systems. First, limiting amplifi...
High-speed limiting amplifiers are widely used in data transmission systems. First, limiting amplifi...
This paper discusses the possibility of a high-sensitivity digital signal detection technique using ...
The inclusion of programmable delay in low frequency audio signal has always been of interest in aud...
The Schmitt Trigger is a comparator circuit that incorporates positive feedback. Noise is being igno...
This paper presents a novel control circuit that eliminates signal overshoot inherent to digital ste...
This paper addresses the effects of synchronisation errors (time delay, carrier phase, and carrier f...
This paper proposes a digital predistortion (DPD) technique to improve linearization performance whe...
In this paper, to improve a operational speed at low power for memory, we propose a new high-speed d...
This paper presents a new Digital Predistorter (DPD) to compensate for nonlinear distortion that ari...
This paper presents a new method to improve the GBW (gain-bandwidth product) on negative feedback am...
In this paper, a recently proposed oversampled detector for digital storage channels affected by tra...
This paper proposes an operational transconductance amplifier-capacitor-based (OTA-C) negative group...
[[abstract]]In this letter we utilize the novel digital techniques (TW, DRMC, DS) to improve the sen...
[[abstract]]In this paper we utilize the novel digital techniques (TW, DRMC, DS) to improve the sens...
High-speed limiting amplifiers are widely used in data transmission systems. First, limiting amplifi...
High-speed limiting amplifiers are widely used in data transmission systems. First, limiting amplifi...
This paper discusses the possibility of a high-sensitivity digital signal detection technique using ...
The inclusion of programmable delay in low frequency audio signal has always been of interest in aud...
The Schmitt Trigger is a comparator circuit that incorporates positive feedback. Noise is being igno...
This paper presents a novel control circuit that eliminates signal overshoot inherent to digital ste...
This paper addresses the effects of synchronisation errors (time delay, carrier phase, and carrier f...
This paper proposes a digital predistortion (DPD) technique to improve linearization performance whe...
In this paper, to improve a operational speed at low power for memory, we propose a new high-speed d...
This paper presents a new Digital Predistorter (DPD) to compensate for nonlinear distortion that ari...
This paper presents a new method to improve the GBW (gain-bandwidth product) on negative feedback am...
In this paper, a recently proposed oversampled detector for digital storage channels affected by tra...
This paper proposes an operational transconductance amplifier-capacitor-based (OTA-C) negative group...