Three different techniques are used to improve the start-up time of individual blocks. DC coupling between the mixer and the VGA is used to ensure a fast start- ...
Abstract — This paper presents fast start-up techniques for duty cycled Impulse Radio receivers. Three different techniques are used to improve the start-up ...
This paper presents fast start-up techniques for duty cycled Impulse Radio receivers. Three different techniques are used to improve the start-up time of ...
10ns Start-up techniques for a duty cycled Impulse Radio receiver. C. Zhou, P. Harpe, X. Wang, K. Philips, and H. de Groot. ESSCIRC, page 426-429.
People also ask
What is the simplest radio receiver?
Can radio receivers be detected?
What is the principle of radio receiver?
What are the characteristics of a radio receiver?
This paper presents fast start-up techniques for duty cycled Impulse Radio receivers. Three different techniques are used to improve the start-up time of ...
10ns Start-up techniques for a duty cycled Impulse Radio receiver · Cui ZhouP ... 10ns, the fastest startup time reported for duty cycled Impulse Radio receivers.
A simple means for spreading the spectrum of these ultra-wideband low-duty-cycle pulse trains is time hopping, with data modulation accomplished by additional ...
Missing: Start- | Show results with:Start-
Fast start-up techniques for duty-cycled impulse radio receivers. For medium ... 10-ns-start-up IR receiver, achieving the time the fastest start-up time reported ...
Abstract—This study describes a method of implementing a fully integrated ultra-low-power (ULP) radio for wireless sensor networks (WSNs).
Between PPM symbols, the receiver can be rapidly duty cycled to support scalable data rates up to. 16.7 Mb/s. The entire receiver can operate at 0.65 or 0.5 V.