The TRF3710 quadrature demodulator from Texas Instruments manages direct downconversion in 3G basestations. Using this device in place of the traditional superheterodyne architectures ...

Analog Devices has introduced what it claims to be the industry's first octal (eight channel) ultrasound receiver with on chip digital I/Q demodulation and decimation filtering. The AD9670 integrates ...

SHENZHEN, China, Nov. 18, 2021 /PRNewswire/ -- EDAN Instruments (300206.SZ) today announced that the clinical study The Efficacy of In-Phase and Quadrature Demodulation in Electronic Fetal Heart ...

A problem with this approach, however, is its susceptibility to interfering signals in-band to the receiver. This necessitates that the I/Q demodulator used in the direct conversion receiver is able ...

Linear Technology has introduced a new high linearity I/Q demodulator, the LTC5586, with more than 1GHz, –1dB flatness bandwidth, supporting next-generation 5G wireless infrastructure equipment such ...

EDAN F15 Series Used in the Study with Its Own IQ Algorithm Proven to Reduce FHR Doubling and Halving Artifacts in Electronic Fetal Heart Rate Monitoring SHENZHEN, China, Nov. 18, 2021 /PRNewswire ...

Linear Technology has launched the LTC5585, an ultrawide bandwidth direct conversion I/Q demodulator with linearity performance of IIP3 = 25.7dBm and IIP2 = 60dBm at 1.95GHz. According to Linear, the ...

The demodulation bandwidth is over 530MHz, which will allow it to be used in LTE multimode, LTE Advanced receivers, as well as digital predistortion receivers. The I/Q demodulator operates over a ...

In comparison between IQ demodlation and conventional demodulation, the former method reduced FHR doubling by approximately 93% and FHR halving by approximately 80% among 225 pregnant women.

/PRNewswire/ -- EDAN Instruments (300206.SZ) today announced that the clinical study The Efficacy of In-Phase and Quadrature Demodulation in Electronic Fetal ...

- EDAN F15 Series Used in the Study with Its Own IQ Algorithm Proven to Reduce FHR Doubling and Halving Artifacts in Electronic Fetal Heart Rate Monitoring SHENZHEN, China, Nov. 18, 2021 ...