Characterizing Within-Die and Die-to-Die Delay
... Variations in delay caused by within-die and die-to-die process variations and SOI history effect increase timing margins and reduce performance. In order to develop mitigation techniques to reduce the detrimental effects of delay variations, particularly those that occur within-die, new methods of ...
... Variations in delay caused by within-die and die-to-die process variations and SOI history effect increase timing margins and reduce performance. In order to develop mitigation techniques to reduce the detrimental effects of delay variations, particularly those that occur within-die, new methods of ...
Automotive Applications of EMPT
... cutting and forming of automotive tubes. The electromagnetic pulse technology (EMPT) is now available for automotive applications and is used commercially on the shop floor. PSTproducts GmbH in Alzenau (Germany) is recognised as the leading equipment supplier in this field. The electromagnetic pulse ...
... cutting and forming of automotive tubes. The electromagnetic pulse technology (EMPT) is now available for automotive applications and is used commercially on the shop floor. PSTproducts GmbH in Alzenau (Germany) is recognised as the leading equipment supplier in this field. The electromagnetic pulse ...
CavityTiltPlusRFChange
... E.g. if orbit is corrected at 50 GeV, emittance growth will be ~ 1 nm from 15 to 50 GeV plus ~ 2.5 nm from 50 to 250 GeV Total 3.5 nm, instead of 11 nm without such correction. ...
... E.g. if orbit is corrected at 50 GeV, emittance growth will be ~ 1 nm from 15 to 50 GeV plus ~ 2.5 nm from 50 to 250 GeV Total 3.5 nm, instead of 11 nm without such correction. ...
IOSR Journal of Electrical and Electronics Engineering (IOSR-JEEE)
... (ac) power supply system, which results from noise currents conducted back onto the power line. The noise which travels from phase to neutral is differential mode noise .The noise also travels from phase to ground as well as neutral to ground which is known as common mode noise .SMPS provides power ...
... (ac) power supply system, which results from noise currents conducted back onto the power line. The noise which travels from phase to neutral is differential mode noise .The noise also travels from phase to ground as well as neutral to ground which is known as common mode noise .SMPS provides power ...
Line Coding
... represented by the absence of a pulse and ones (or marks) are represented by alternating voltage levels of +V and –V. Alternating the mark level voltage ensures that the bipolar spectrum has a null at DC And that signal droop on AC coupled lines is avoided. The alternating mark voltage also gives bi ...
... represented by the absence of a pulse and ones (or marks) are represented by alternating voltage levels of +V and –V. Alternating the mark level voltage ensures that the bipolar spectrum has a null at DC And that signal droop on AC coupled lines is avoided. The alternating mark voltage also gives bi ...
40235 Dual Filter
... lowpass filters, the ARP 4023 and 4035, onto a single board. The 4023 is the filter found in early Odyssey synthesizers (model 2800), a 2-pole (12 dB/oct) OTA-based biquad design. The 4035 is a 4-pole (24 dB/oct) design built around Moog's transistor ladder, and was originally installed into Odyssey ...
... lowpass filters, the ARP 4023 and 4035, onto a single board. The 4023 is the filter found in early Odyssey synthesizers (model 2800), a 2-pole (12 dB/oct) OTA-based biquad design. The 4035 is a 4-pole (24 dB/oct) design built around Moog's transistor ladder, and was originally installed into Odyssey ...
LTC1066-1 - 14-Bit DC Accurate Clock
... and, if V + is applied prior to a floating V –, connect a signal diode (1N4148) between pin 10 and ground to prevent power supply reversal and latch-up. A signal diode (1N4148) is also recommended between pin 5 and ground if the negative supply is applied prior to the positive supply and the positiv ...
... and, if V + is applied prior to a floating V –, connect a signal diode (1N4148) between pin 10 and ground to prevent power supply reversal and latch-up. A signal diode (1N4148) is also recommended between pin 5 and ground if the negative supply is applied prior to the positive supply and the positiv ...
How to choose the optimal SAW filter
... Using quartz substrate filters can be designed with a very small usable bandwidth. Also the temperature shift is smaller, but input and output impedances are higher than 50 and have a capacitive contribution. Using tantalate as a substrate, 50 input and output impedances are possible, but the usable ...
... Using quartz substrate filters can be designed with a very small usable bandwidth. Also the temperature shift is smaller, but input and output impedances are higher than 50 and have a capacitive contribution. Using tantalate as a substrate, 50 input and output impedances are possible, but the usable ...
Industrial Registers
... Standard outputs • Configurable pulse output: a scaled pulse mirroring a certain totalized quantity. Maximum frequency 60 Hz.; the pulse length can be set from 7.8 msec up to 2 secs. • Configurable linear 4-20 mA analog output with 10-bits resolution mirroring the actual flow rate. Flow Rate level ...
... Standard outputs • Configurable pulse output: a scaled pulse mirroring a certain totalized quantity. Maximum frequency 60 Hz.; the pulse length can be set from 7.8 msec up to 2 secs. • Configurable linear 4-20 mA analog output with 10-bits resolution mirroring the actual flow rate. Flow Rate level ...
Using Transmission Line Pulse Measurements to Understand
... device’s protection properties above 2.5 A. A better prediction of the protection properties of the device is shown in the fit of the full snapback range from 0.5 A to 26 A as shown in Figure 8. This wider range linear fit has a dynamic resistance of 0.47 W with a voltage intercept of 0.647 V. This ...
... device’s protection properties above 2.5 A. A better prediction of the protection properties of the device is shown in the fit of the full snapback range from 0.5 A to 26 A as shown in Figure 8. This wider range linear fit has a dynamic resistance of 0.47 W with a voltage intercept of 0.647 V. This ...
LOW, HIGH, AND BAND PASS BUTTERWORTH FILTERS
... Filters are frequently used as electronic circuit elements. Active and passive filters are the two main types of filters based on the nature of the components used. Passive filters are made of passive components, such as L, C and R. An active filter along with passive components also contains one or ...
... Filters are frequently used as electronic circuit elements. Active and passive filters are the two main types of filters based on the nature of the components used. Passive filters are made of passive components, such as L, C and R. An active filter along with passive components also contains one or ...
project report - ethesis - National Institute of Technology Rourkela
... cycle, is limited to a fraction of the sampling interval. Such a restriction creates the possibility of interleaving during one sample interval one or more pulses derived from other PAM systems in a process known as time-division multiplexing (TDM). ...
... cycle, is limited to a fraction of the sampling interval. Such a restriction creates the possibility of interleaving during one sample interval one or more pulses derived from other PAM systems in a process known as time-division multiplexing (TDM). ...
Honda CBX1000 Spark Unit Set
... There are three pulse generators, one for cylinders 1&6, one for cylinders 2&5 and one for cylinders 3&4. There are two wires of the same colour coming from each pulse generator, one of these wires is normally marked with a white band. The pulse generator wire with the white band connects to the whi ...
... There are three pulse generators, one for cylinders 1&6, one for cylinders 2&5 and one for cylinders 3&4. There are two wires of the same colour coming from each pulse generator, one of these wires is normally marked with a white band. The pulse generator wire with the white band connects to the whi ...
A Frequency Agile Switched Delay Line Slow-wave BiCMOS Filter
... layers for RF designs it is now possible to produce a complete system-on-chip (SOC) on a single die, containing both digital and analogue subsystems. This integration level reduces both size and cost, and increases reliability [1]. Millimetre-wave transceiver technology has achieved a rapid developm ...
... layers for RF designs it is now possible to produce a complete system-on-chip (SOC) on a single die, containing both digital and analogue subsystems. This integration level reduces both size and cost, and increases reliability [1]. Millimetre-wave transceiver technology has achieved a rapid developm ...
DS1110L 3V 10-Tap Silicon Delay Line General Description Features
... Measured with outputs open. Initial tolerances are ± with respect to the nominal value at +25°C and VCC = 3.3V for both leading and trailing edges. Temperature and voltage tolerances are with respect to the nominal delay value over stated temperature range and a 2.7V to 3.6V range. Intermediate dela ...
... Measured with outputs open. Initial tolerances are ± with respect to the nominal value at +25°C and VCC = 3.3V for both leading and trailing edges. Temperature and voltage tolerances are with respect to the nominal delay value over stated temperature range and a 2.7V to 3.6V range. Intermediate dela ...
JES 2013 - Electropolishing of Passive Materials in HF
... over a distance of 12 mm or using Atomic Force Microscopy at the DOE Thomas Jefferson National Accelerator Facility. The pulse reverse rectifiers used were from Dynatronix, Inc. Herein we report the results for electropolishing of niobium coupons using three pulse reverse waveforms as tabulated in T ...
... over a distance of 12 mm or using Atomic Force Microscopy at the DOE Thomas Jefferson National Accelerator Facility. The pulse reverse rectifiers used were from Dynatronix, Inc. Herein we report the results for electropolishing of niobium coupons using three pulse reverse waveforms as tabulated in T ...
II. differntial evolution for shepwm
... convergence. A nonlinear transcendental equations of the selective harmonic elimination technique used in three-phase PWM inverters feeding the induction motor by particle swarm optimization (PSO). The fundamental component of the output voltage has the desired magnitude, eliminating several selecte ...
... convergence. A nonlinear transcendental equations of the selective harmonic elimination technique used in three-phase PWM inverters feeding the induction motor by particle swarm optimization (PSO). The fundamental component of the output voltage has the desired magnitude, eliminating several selecte ...
Nuclear Electronics Lab
... knowledge. Secondly, modular system are more reliable and cheaper to build and repair. One disadvantage of the NIM electronic modules is that they do not generally allow for computer interfacing as personal computer technology was not available in the 1960’s when the NIM standard was developed. How ...
... knowledge. Secondly, modular system are more reliable and cheaper to build and repair. One disadvantage of the NIM electronic modules is that they do not generally allow for computer interfacing as personal computer technology was not available in the 1960’s when the NIM standard was developed. How ...
WFM Water Meter Instructions
... Pulse Output. Both WFMxx2 and WFMxx1 sensors respond to a magnet that rotates on the face of the meter under the lens. The sensor turns on and off once each time the magnet passes under it. Sensors are designed for electronic control loads, and should not be used to switch power loads or line voltag ...
... Pulse Output. Both WFMxx2 and WFMxx1 sensors respond to a magnet that rotates on the face of the meter under the lens. The sensor turns on and off once each time the magnet passes under it. Sensors are designed for electronic control loads, and should not be used to switch power loads or line voltag ...
Approaching Unit Visibility for Control of a Superconducting Qubit
... every 50 µs, see Fig. 1b, and the measurement response is digitally averaged 5×104 times. The signal to noise ratio (SNR) in the averaged value of φ in an integration time of 100 ns is approximately 25, see Fig. 2, corresponding to a SNR of 0.1 in a single shot. For the present experimental setup th ...
... every 50 µs, see Fig. 1b, and the measurement response is digitally averaged 5×104 times. The signal to noise ratio (SNR) in the averaged value of φ in an integration time of 100 ns is approximately 25, see Fig. 2, corresponding to a SNR of 0.1 in a single shot. For the present experimental setup th ...
he low-frequency oscilloscope goes plug in ignal generation and
... has been developed. The P6060 has 1OX attenuation and provides common-mode rejection of 400 :1 at any deflection factor when used with the 5A20N or 5A21N . The 5A21N plug-in, while similar to the 5A20N, has the added feature of a current-probe input. Using the P6021 current probe, bandwidth is 15 Hz ...
... has been developed. The P6060 has 1OX attenuation and provides common-mode rejection of 400 :1 at any deflection factor when used with the 5A20N or 5A21N . The 5A21N plug-in, while similar to the 5A20N, has the added feature of a current-probe input. Using the P6021 current probe, bandwidth is 15 Hz ...
Chirp compression
The chirp pulse compression process transforms a long duration frequency-coded pulse into a narrow pulse of greatly increased amplitude. It is a technique used in radar and sonar systems because it is a method whereby a narrow pulse with high peak power can be derived from a long duration pulse with low peak power. Furthermore, the process offers good range resolution because the half-power beam width of the compressed pulse is consistent with the system bandwidth.The basics of the method for radar applications were developed in the late 1940s and early 1950s, but it was not until 1960, following declassification of the subject matter, that a detailed article on the topic appeared the public domain. Thereafter, the number of published articles grew quickly, as demonstrated by the comprehensive selection of papers to be found in a compilation by Barton.Briefly, the basic pulse compression properties can be related as follows. For a chirp waveform that sweeps over a frequency range F1 to F2 in a time period T, the nominal bandwidth of the pulse is B, where B = F2 – F1, and the pulse has a time-bandwidth product of T×B . Following pulse compression, a narrow pulse of duration τ is obtained, where τ ≈ 1/B, together with a peak voltage amplification of √(T×B).