10 bit/s
TWO-STAGE FULLY-DIFFERENTIAL OTA FOR A 10-BIT 40-MSAMPLES/S CMOS ANALOG-TO-DIGITAL CONVERTER
... A two-stage fully-differential Operational Transconductance Amplifier (OTA) for a 10-bit 40-Msamples/s Nyquist rate Analog-to-Digital Converter (ADC) using 0.35µm Complementary Metal-Oxide ...
11
A 10 BIT 50 MS/S LOW POWER PIPELINE ADC FOR WIMAX/LTE
... The semantic integration and dynamic management of heterogeneous distributed data involving computing resources and storage resources aims to manage scattered resources centrally, and pr[r] ...
7
A 10 BIT 50 MS/S LOW POWER PIPELINE ADC FOR WIMAX/LTE
... To discover a route whenever required, DSR floods route requests. Because of the high cost of flooding, DSR maintains route caches to accumulate routes that have been established by means of flooding or through ...
9
A 10 BIT 50 MS/S LOW POWER PIPELINE ADC FOR WIMAX/LTE
... The multipaction breakdown effect in various kinds of transmission lines is proposed in [6-9]. The study of multipaction breakdown effect about passive waveguide filters is proposed in [10- 13]. The main topics ...
5
A 10 BIT 50 MS/S LOW POWER PIPELINE ADC FOR WIMAX/LTE
... Figure 10 illustrate the response of the three types of condition: system with neither UPFC nor PSS, system with PSS and UPFC non POD and system with PSS and LOC ...
10
A 10 BIT 50 MS/S LOW POWER PIPELINE ADC FOR WIMAX/LTE
... With the application of the Internet of things in Yiwu logistics system, Yiwu will use the related common and key techniques to develop the following information platforms, including the[r] ...
7
A 10 BIT 50 MS/S LOW POWER PIPELINE ADC FOR WIMAX/LTE
... In the simulation, mobile nodes move in a 500 meter x 500 meter region for 50 seconds simulation time. The number of mobile nodes is varied from 20 to 100. We assume each node moves independently with the same average ...
8
A 10 BIT 50 MS/S LOW POWER PIPELINE ADC FOR WIMAX/LTE
... It could integrate the distributed high performance computing resources, distributed and heterogeneous physical model resources, and finally offer a transparent science research platform[r] ...
6
A 10 BIT 50 MS/S LOW POWER PIPELINE ADC FOR WIMAX/LTE
... To build a 3D model required the coordinates of the object surface is collected from a 3D acquisition equipment such as a 3D scanner[14] or by using multiview 3D image reconstruction technique [13]. Due to its high ...
9
A 10 BIT 50 MS/S LOW POWER PIPELINE ADC FOR WIMAX/LTE
... of 10 batteries (type lead acid – 46B24L GS Battery Indonesia as specified in Table 1) with Vin = 120 V, La1 = Lb1 = Lc1 = 5,75 µH, La2 = Lb2 = Lc2 = 15,7 µH, Ca = Cb = Cc = 500 µF, and load resistance R = 1 Ω to ...
6
A 10-bit 2MS/s SAR ADC Using a Dynamic Element Matching Technique
... Abstract—A 10-bit successive approximation register (SAR) analog-to-digital converter (ADC) using metal layer parasitic capacitance is presented. A data-weighted averaging (DWA) technique is adopted to ...
5
A 10 BIT 50 MS/S LOW POWER PIPELINE ADC FOR WIMAX/LTE
... (3) The selection of crossover probability and mutation probability. The crossover probability controlled the frequency of crossover operation; the overlarge probability would result in a large generation gap while the ...
5
A 10 BIT 50 MS/S LOW POWER PIPELINE ADC FOR WIMAX/LTE
... E (D) =K1 D+K2 (3) K1= (Pt Packet +P back) ×8/BR (4) K2= ((Pt MAC DMAC + Pt packet D header) × 8/BR) +E back (5) Where, Pback and E back are the background power and energy used up in sending the data packet, Pt MAC is ...
7
A 10 BIT 50 MS/S LOW POWER PIPELINE ADC FOR WIMAX/LTE
... However, in current system development process, the analysis of customer requirement has at least two problems, first, systems analyzers often narrow customer needs down into organization scope because of the system ...
6
A 10 BIT 50 MS/S LOW POWER PIPELINE ADC FOR WIMAX/LTE
... calibration 10 times, by having the same input ...Figure 10 shows the variation of the focal length ! of the left camera depending 10 runs for the three ...
11
A 10 BIT 50 MS/S LOW POWER PIPELINE ADC FOR WIMAX/LTE
... P1 values on increasing Gaussian noise variance Diagonal edge, 100 gray levels Step... Journal of Theoretical and Applied Information Technology 31st May 2013.[r] ...
9
A 10 BIT 50 MS/S LOW POWER PIPELINE ADC FOR WIMAX/LTE
... In order to understand the input power effect, we have plotted in Fig. 4 the carrier density longitudinal distribution, the refractive index longitudinal distribution, the forward and backward ASE photon rates, and the ...
10
A 10 BIT 50 MS/S LOW POWER PIPELINE ADC FOR WIMAX/LTE
... STRUCTURE AND AERODYNAMIC CHARACTERISTICS OF COAXIAL DUALROTOR DUCTED AIRCRAFT 2.1 Structure of Coaxial Dual-rotor Ducted Aircraft The structure of coaxial dual-rotor ducted aircraft is [r] ...
7
A 10 BIT 50 MS/S LOW POWER PIPELINE ADC FOR WIMAX/LTE
... Wherein S represents a vulnerable state, I infection status, R removed ...state; S shows the state where node is not getting the information, but it will easily get the information from other I state node; ...
9
A 10 BIT 50 MS/S LOW POWER PIPELINE ADC FOR WIMAX/LTE
... Collaborative spectrum sensing techniques are proposed to improve the reliability of spectrum sensing. In a CR network, all CR nodes transmit their sensing reports to a fusion center, where the reports are merged and an ...
11