Solutions to Chapter 3 - Communication Networks
... As shown in the figure, the spectrum X(f) consists of two components at fc and –fc . After sampling x(t) at a rate of 2W, the spectrum Y(f) consists of repeated versions of X(f), which includes repeated versions of both of the two components. The repeated versions of each one of the components of X( ...
... As shown in the figure, the spectrum X(f) consists of two components at fc and –fc . After sampling x(t) at a rate of 2W, the spectrum Y(f) consists of repeated versions of X(f), which includes repeated versions of both of the two components. The repeated versions of each one of the components of X( ...
ADuM1100 数据手册DataSheet下载
... Configured as a pin-compatible replacement for existing high speed optocouplers, the ADuM1100 supports data rates as high as 25 Mbps and 100 Mbps. The ADuM1100 operates with a voltage supply ranging from 3.0 V to 5.5 V, boasts a propagation delay of <18 ns and edge asymmetry of <2 ns, and is compati ...
... Configured as a pin-compatible replacement for existing high speed optocouplers, the ADuM1100 supports data rates as high as 25 Mbps and 100 Mbps. The ADuM1100 operates with a voltage supply ranging from 3.0 V to 5.5 V, boasts a propagation delay of <18 ns and edge asymmetry of <2 ns, and is compati ...
NIS5132 Description Pin Assignments
... The NIS5132 has an integrated control circuit that forces a linear ramp on the output voltage raise regardless of the load impedance. Without connecting a capacitor on the dv/dt pin the ramp time is roughly 2ms. Adding an external capacitor can increase this ramp rate. The internal current source of ...
... The NIS5132 has an integrated control circuit that forces a linear ramp on the output voltage raise regardless of the load impedance. Without connecting a capacitor on the dv/dt pin the ramp time is roughly 2ms. Adding an external capacitor can increase this ramp rate. The internal current source of ...
Brock University Physics Department Phys 3P92: Experimental
... of error: systematic errors due to differences between nominal and actual component values, instrumental errors, random scatter, etc. ...
... of error: systematic errors due to differences between nominal and actual component values, instrumental errors, random scatter, etc. ...
LTC1348 - 3.3V/5V Low Power RS232 3-Driver/5
... requires an external capacitor C = 0.1µF for charge storage. The capacitor may be tied to ground or VCC. With multiple devices, the V + and V – pins may be paralleled into common capacitors. For large numbers of devices, increasing the size of the shared common storage capacitors is recommended to r ...
... requires an external capacitor C = 0.1µF for charge storage. The capacitor may be tied to ground or VCC. With multiple devices, the V + and V – pins may be paralleled into common capacitors. For large numbers of devices, increasing the size of the shared common storage capacitors is recommended to r ...
WHIRC Report VI: Mean-variance Analysis (October 2010)
... Modern electronic detectors are read out in a digital/analog/digital process, in which the electrons are collected on a capacitor (usually a potential well produced by reverse bias of a diode junction), read out as an analog voltage, then converted again to a digital output by an analog-to-digital c ...
... Modern electronic detectors are read out in a digital/analog/digital process, in which the electrons are collected on a capacitor (usually a potential well produced by reverse bias of a diode junction), read out as an analog voltage, then converted again to a digital output by an analog-to-digital c ...
SP211EH 数据资料DataSheet下载
... input, which allows the receiver outputs to be either tri–stated or enabled. This can be especially useful when the receiver is tied directly to a shared microprocessor data bus. For the SP211EH, enable is active low; that is, 0V applied to the ENABLE pin will enable the receiver outputs. For the SP ...
... input, which allows the receiver outputs to be either tri–stated or enabled. This can be especially useful when the receiver is tied directly to a shared microprocessor data bus. For the SP211EH, enable is active low; that is, 0V applied to the ENABLE pin will enable the receiver outputs. For the SP ...
EE-339 - Analog Devices
... not substantially increase the value of the needed Vcntrl signal. A Panasonic Schottky barrier diode MA27D29 has a Vdf of 0.25 V, which is low enough to be used in this application. For other diodes, the calculation of R1/R2 should be made after adding Vdf to Vcntrl(min). ...
... not substantially increase the value of the needed Vcntrl signal. A Panasonic Schottky barrier diode MA27D29 has a Vdf of 0.25 V, which is low enough to be used in this application. For other diodes, the calculation of R1/R2 should be made after adding Vdf to Vcntrl(min). ...
Node Voltage Circuit Analysis Method
... b. If the voltage source is not connected to the ground but is connected between two nodes with voltages vX and vY such that the positive is at node vX, for example, then i. encircle the source and the two nodes connected to it with a curve that represents a SUPERNODE. ii. Apply KVL to the super-nod ...
... b. If the voltage source is not connected to the ground but is connected between two nodes with voltages vX and vY such that the positive is at node vX, for example, then i. encircle the source and the two nodes connected to it with a curve that represents a SUPERNODE. ii. Apply KVL to the super-nod ...
Programmable Solar Charge Controller with Nightlight
... As soon as the controller is supplied with power either from the battery or the solar array, it starts a self test routine. This is indicated first by running LCD bars for approx. 0.5 seconds, and then the firmware version is displayed in coded symbols for about another second (this is for service p ...
... As soon as the controller is supplied with power either from the battery or the solar array, it starts a self test routine. This is indicated first by running LCD bars for approx. 0.5 seconds, and then the firmware version is displayed in coded symbols for about another second (this is for service p ...
Table of Contents
... challenges in designing low-power circuits that meet speed, accuracy, and noise requirements [1]. Comparators are the second most widely used electronic components, after operational amplifiers. They have always been, and are still, an important building block in electronic systems including oscilla ...
... challenges in designing low-power circuits that meet speed, accuracy, and noise requirements [1]. Comparators are the second most widely used electronic components, after operational amplifiers. They have always been, and are still, an important building block in electronic systems including oscilla ...
ADC
... ADPU: ATD power down bit 0 = power down ATD 1 = normal ATD operation AFFC: ATD fast flag clear all bit 0 = ATD flag is cleared normally, i.e., read the status register before reading the result register 1 = any access to a result register will cause the associated CCF flag to clear automatically if ...
... ADPU: ATD power down bit 0 = power down ATD 1 = normal ATD operation AFFC: ATD fast flag clear all bit 0 = ATD flag is cleared normally, i.e., read the status register before reading the result register 1 = any access to a result register will cause the associated CCF flag to clear automatically if ...
Indonesia - SHS Specifications-Sept_2002
... end-use devices such as luminaire or lamps. On all major individual components, manufacturers warranties will be passed through to the user. Specifically, the PV modules should be warranted against reduction of output of no more than 10 percent of rated capacity over a minimum of ten year period. Th ...
... end-use devices such as luminaire or lamps. On all major individual components, manufacturers warranties will be passed through to the user. Specifically, the PV modules should be warranted against reduction of output of no more than 10 percent of rated capacity over a minimum of ten year period. Th ...
MAX6340/ MAX6421–MAX6426 Low-Power, SC70/SOT µP Reset Circuits with Capacitor-Adjustable Reset Timeout Delay
... RESET changes from high to low whenever VCC drops below the threshold voltage. Once VCC exceeds the threshold voltage, RESET remains low for the capacitoradjustable reset timeout period. The MAX6422 active-high RESET output is the inverse logic of the active-low RESET output. All device outputs are ...
... RESET changes from high to low whenever VCC drops below the threshold voltage. Once VCC exceeds the threshold voltage, RESET remains low for the capacitoradjustable reset timeout period. The MAX6422 active-high RESET output is the inverse logic of the active-low RESET output. All device outputs are ...
6.0L Fuel Injection Control Module (FICM) How To’s
... As discussed, increasing the FICM output voltage will stress some internal parts not rated for higher output voltages. Even if you are not increasing the output voltage, replacing some of these parts can add reliability to the FICM. It is not an easy soldering job to replace these components. You wi ...
... As discussed, increasing the FICM output voltage will stress some internal parts not rated for higher output voltages. Even if you are not increasing the output voltage, replacing some of these parts can add reliability to the FICM. It is not an easy soldering job to replace these components. You wi ...
RE: The fastest and the most accurate electronic regulation system
... RE: The fastest and the most accurate electronic regulation system of the market In today’s electronic environment, saturated and highly unstable, where fluctuations in the power supply voltage are more than frequent, voltage stabilisers play a very important role in guaranteeing stable voltage to l ...
... RE: The fastest and the most accurate electronic regulation system of the market In today’s electronic environment, saturated and highly unstable, where fluctuations in the power supply voltage are more than frequent, voltage stabilisers play a very important role in guaranteeing stable voltage to l ...
Reliability in VLSI Design
... Applying 0.5V Forward/Reverse Body Biasing (FBB/RBB) in steps of 32 mV, respectively noBB ...
... Applying 0.5V Forward/Reverse Body Biasing (FBB/RBB) in steps of 32 mV, respectively noBB ...