PCI-Express Clock Generator IC, PLL Core, Dividers, Two Outputs AD9573
... Ground for LVCMOS Output. LVCMOS Output at 33.33 MHz. Power Supply for LVCMOS Output. Power Supply for LVDS Output. Complementary LVDS Output at 100 MHz. LVDS Output at 100 MHz. Ground for LVDS Output. Output Enable (Active Low). Places both outputs in a high impedance state when high. This pin has ...
... Ground for LVCMOS Output. LVCMOS Output at 33.33 MHz. Power Supply for LVCMOS Output. Power Supply for LVDS Output. Complementary LVDS Output at 100 MHz. LVDS Output at 100 MHz. Ground for LVDS Output. Output Enable (Active Low). Places both outputs in a high impedance state when high. This pin has ...
Electronic Devices Conventional Current Version Thomas L. Floyd
... In the previous chapters, dc quantities were identified by nonitalic uppercase (capital) subscripts such as IC, IE, VC, and VCE. Lowercase italic subscripts are used to indicate ac quantities of rms, peak, and peak-to-peak currents and voltages: for example, Ic, Ie, Ib, Vc, and Vce (rms values are a ...
... In the previous chapters, dc quantities were identified by nonitalic uppercase (capital) subscripts such as IC, IE, VC, and VCE. Lowercase italic subscripts are used to indicate ac quantities of rms, peak, and peak-to-peak currents and voltages: for example, Ic, Ie, Ib, Vc, and Vce (rms values are a ...
Problem Set 1: Simple circuit analysis
... b. What is the voltage at (v− ) in terms of Vin , i1 , and R1 ? c. What is the voltage at (v− ) in terms of Vout , i2 , and R2 ? d. Using solutions to part a, b, and c, What is i2 in terms of Vout , Vin , R1 , and R2 ? e. Using the ideal op-amp equation, what is the voltage at Vout in terms of the ...
... b. What is the voltage at (v− ) in terms of Vin , i1 , and R1 ? c. What is the voltage at (v− ) in terms of Vout , i2 , and R2 ? d. Using solutions to part a, b, and c, What is i2 in terms of Vout , Vin , R1 , and R2 ? e. Using the ideal op-amp equation, what is the voltage at Vout in terms of the ...
SecureSync® LMR
... approach with a compact modular hardware design to bring you a powerful time & frequency reference system at the lowest cost of ownership. Public Safety LMR, Military, and commercial applications alike will benefit from its reliability, security, and flexibility for synchronizing critical operations. ...
... approach with a compact modular hardware design to bring you a powerful time & frequency reference system at the lowest cost of ownership. Public Safety LMR, Military, and commercial applications alike will benefit from its reliability, security, and flexibility for synchronizing critical operations. ...
A Radio Device for Educational Purposes Prabhat Khanal
... In receiver chain, the radio signal is received by the antenna. Then this signal is filtered using a RF Filter. The RF filter is tuned so that it will only allow the signal whose frequency is the frequency in which the transmitter is transmitting the radio waves and block all others. LNA is low nois ...
... In receiver chain, the radio signal is received by the antenna. Then this signal is filtered using a RF Filter. The RF filter is tuned so that it will only allow the signal whose frequency is the frequency in which the transmitter is transmitting the radio waves and block all others. LNA is low nois ...
UC3849 数据资料 dataSheet 下载
... threshold. After exceeding this threshold, the RS flip-flop is set driving CLKSYN high and RDEAD low which discharges CT. This discharge time with the RC time delay of 2 • CT • RDEAD is the minimum output low time. OSC continues to discharge until it reaches a 1.2 -V threshold and resets the RS flip ...
... threshold. After exceeding this threshold, the RS flip-flop is set driving CLKSYN high and RDEAD low which discharges CT. This discharge time with the RC time delay of 2 • CT • RDEAD is the minimum output low time. OSC continues to discharge until it reaches a 1.2 -V threshold and resets the RS flip ...
QUD 2-Input NAND Gate
... values of C2 and R2 determine the tb1 time base. Tb1 is used to generate the relay wiper activation during the INT function (T3) and the after wash timing (T2) during the wash wipe mode. The values C2 and R3 determine the tb2 time base. The tb2 time base is used to generate the pause or intermittent ...
... values of C2 and R2 determine the tb1 time base. Tb1 is used to generate the relay wiper activation during the INT function (T3) and the after wash timing (T2) during the wash wipe mode. The values C2 and R3 determine the tb2 time base. The tb2 time base is used to generate the pause or intermittent ...
MAX1472 300MHz-to-450MHz Low-Power, Crystal-Based ASK Transmitter General Description
... The crystal oscillator in the MAX1472 is designed to present a capacitance of approximately 3.1pF between the XTAL1 and XTAL2 pins. If a crystal designed to oscillate with a different load capacitance is used, the crystal is pulled away from its intended operating frequency, thus introducing an erro ...
... The crystal oscillator in the MAX1472 is designed to present a capacitance of approximately 3.1pF between the XTAL1 and XTAL2 pins. If a crystal designed to oscillate with a different load capacitance is used, the crystal is pulled away from its intended operating frequency, thus introducing an erro ...
UCC2800-Q1 数据资料 dataSheet 下载
... REF is the voltage reference for the error amplifier and also for many other functions on the IC. REF is also used as the logic power supply for high speed switching logic on the IC. When VCC is greater than 1 V and less than the UVLO threshold, REF is pulled to ground through a 5-kΩ resistor. This ...
... REF is the voltage reference for the error amplifier and also for many other functions on the IC. REF is also used as the logic power supply for high speed switching logic on the IC. When VCC is greater than 1 V and less than the UVLO threshold, REF is pulled to ground through a 5-kΩ resistor. This ...
AD8517
... can flow through the input pins via the ESD diodes D1–D2 or D3–D4, in the event their ~0.6 V thresholds are exceeded. Such fault currents must be limited to 5 mA or less by the use of external series resistance(s). LOW VOLTAGE OPERATION Battery Voltage Discharge ...
... can flow through the input pins via the ESD diodes D1–D2 or D3–D4, in the event their ~0.6 V thresholds are exceeded. Such fault currents must be limited to 5 mA or less by the use of external series resistance(s). LOW VOLTAGE OPERATION Battery Voltage Discharge ...
Document
... [16] One single phase wattmeter operating on 230V and 5A for 5 hours makes 1940 revolutions. Meter constant in revolutions is 400. What is the power factor of the land? ...
... [16] One single phase wattmeter operating on 230V and 5A for 5 hours makes 1940 revolutions. Meter constant in revolutions is 400. What is the power factor of the land? ...
EE2003 Circuit Theory
... The answer is YES! Instead of first deriving the differential equation and then transforming it into phasor to solve for Vo, we can transform all the RLC components into phasor the phasor domain first, then apply the KCL laws and other theorems to set up a ...
... The answer is YES! Instead of first deriving the differential equation and then transforming it into phasor to solve for Vo, we can transform all the RLC components into phasor the phasor domain first, then apply the KCL laws and other theorems to set up a ...
Conditioning Unit Design
... The comparator will aid in the switching of heating control from on to off and vice versa. The intended heating application does not ‘require’ this comparator module, but since the transition period of is not necessarily smooth, it is better to use the comparator as a discrete device as opposed to h ...
... The comparator will aid in the switching of heating control from on to off and vice versa. The intended heating application does not ‘require’ this comparator module, but since the transition period of is not necessarily smooth, it is better to use the comparator as a discrete device as opposed to h ...