[[abstract]]This paper presents a low-voltage low-power IF 455 kHz signal processor that contains a three-stage limiting amplifier and an FM/FSK demodulator. The limiting amplifier uses an on-chip feedforward offset cancellation circuit. The FM/FSK demodulator employs a quadrature detector that is composed of an on-chip phase detector and an external tank phase shifter. The demodulation constant is 20 mV/kHz with maximum ±10 kHz frequency deviation. The IF signal processor that consumes 2.3 mW from a single 2-V power supply demonstrates a high sensitivity of -72 dBm. It occupies an active area of 0.2 mm2 using 0.6 μm digital CMOS technology.[[fileno]]2030155030013[[department]]電機工程
[[abstract]]This paper presents a programmable gain amplifier (PGA) for a dual band (GSM900/DCS1800)...
A single chip digital FM receiver/demodulator system, utilizing the zero-cross detection technique, ...
This thesis introduces the concept of phase rotation cancellation (PRC) as a previously unknown erro...
[[abstract]]This paper presents a low-voltage low-power IF 455-kHz signal processor that contains a ...
[[abstract]]This paper presents low-voltage low-power limiter, RSSI, and demodulator designs for a l...
In this paper we present extremely flexible and low power digital binary ASK, PSK, and FSK demodulat...
A digital FA4 receiver/demodulator system, utilizing the zero-cross detection technique [l]> is d...
SUMMARY A low-power low-noise intermediate-frequency (IF) cir-cuit is proposed for Gaussian frequenc...
[[abstract]]This paper presents low-voltage low-power CMOS circuit design techniques for an intermed...
Abstract ― This paper presents a low-power FSK (Frequency Shift Keying) modulator/demodulator. It su...
An ultra-low-energy Binary Frequency Shift Keying (BFSK) receiver is proposed. It features improved ...
This paper describes the design and implementation of a low power IF frequency synthesizer which can...
This work deals with the design of a simple double output voltage phase detector, using a specific t...
A 2-level FSK digital demodulator with CORDIC algorithm for digital-IF receiver is presented. The 2-...
This paper presents a receiver signal strength detector based on a discrete Fourier transform imple...
[[abstract]]This paper presents a programmable gain amplifier (PGA) for a dual band (GSM900/DCS1800)...
A single chip digital FM receiver/demodulator system, utilizing the zero-cross detection technique, ...
This thesis introduces the concept of phase rotation cancellation (PRC) as a previously unknown erro...
[[abstract]]This paper presents a low-voltage low-power IF 455-kHz signal processor that contains a ...
[[abstract]]This paper presents low-voltage low-power limiter, RSSI, and demodulator designs for a l...
In this paper we present extremely flexible and low power digital binary ASK, PSK, and FSK demodulat...
A digital FA4 receiver/demodulator system, utilizing the zero-cross detection technique [l]> is d...
SUMMARY A low-power low-noise intermediate-frequency (IF) cir-cuit is proposed for Gaussian frequenc...
[[abstract]]This paper presents low-voltage low-power CMOS circuit design techniques for an intermed...
Abstract ― This paper presents a low-power FSK (Frequency Shift Keying) modulator/demodulator. It su...
An ultra-low-energy Binary Frequency Shift Keying (BFSK) receiver is proposed. It features improved ...
This paper describes the design and implementation of a low power IF frequency synthesizer which can...
This work deals with the design of a simple double output voltage phase detector, using a specific t...
A 2-level FSK digital demodulator with CORDIC algorithm for digital-IF receiver is presented. The 2-...
This paper presents a receiver signal strength detector based on a discrete Fourier transform imple...
[[abstract]]This paper presents a programmable gain amplifier (PGA) for a dual band (GSM900/DCS1800)...
A single chip digital FM receiver/demodulator system, utilizing the zero-cross detection technique, ...
This thesis introduces the concept of phase rotation cancellation (PRC) as a previously unknown erro...