… f1 frequency deviation here is ±247 kHz and the worst case frequency drift is less than 8.5
Hz/μs within a single packet of 376 μs. We believe this technique can also handle multiple …

… [11] tried to reduce the power consumption of the receiver to below 2 mW but at the cost of …
Operating BLE RF transceiver at a lower supply voltage is a promising approach to minimizing …

… new system and circuit techniques are exploited to enhance the ULP transmitter efficiency:
First, … /proprietary mode digitally-tunable radio SoC with integrated digital baseband and MAC …

… or wide band, such as other Bluetooth devices, hence allowing for … , in the FHSS technique,
the carrier frequency hops from one … , and can be considered as a baseband signal. This is a …

… higher integration, an on-chip CMOS TRX-switch technique has … the performance of the
transceiver. In [9,10,11], an on-… the RF signal into the analog baseband (ABB) signal with twice …

… , FM-UWB can be seen as a low complexity approach that … receiver uses quadrature
downconversion and a baseband … For comparison, a 2000-ppm error in a Bluetooth receiver …

… at fm − fk, which is induced by the two subcarrier tones at fk and fm, appears inside the
downconverted baseband … This IM2 distortion level will be determined by the receiver’s second-…

… ability to be easily integrated with digital electronics in a single chip. … fully integrated receiver
using a standard CMOS process … , the receiver converts the input RF signal to baseband, in …

… ability to be easily integrated with digital electronics in a single chip. … fully integrated receiver
using a standard CMOS process … , the receiver converts the input RF signal to baseband, in …

… system and circuit techniques are exploited here to enhance the power and area efficiency
of an ULP transceiver: … digitally-tunable radio SoC with integrated digital baseband and MAC …