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gate xor
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Applications of "XOR Gate"Abstract: comparator using 2 xor gates input of an exclusiveOR gate (XOR gate U2) as well as the input to a delay circuit. Consisting of R1, C1, and comparator U1, the delay circuit drives the XOR gate's second input. A resistive divider , , pin 4 of the XOR gate is low but pin 5 is high, due to signal inversion by the comparator. The XOR output is therefore high. If the pin4 input is now driven high, the XOR gate responds immediately by , gates, XOR gates, frequency doublers Aug 27, 2004 APPLICATION NOTE 3327 Simple Circuit Doubles 
Maxim Integrated Products Original 


AT8051Abstract: adc8 8 bit converter Exclusive NOR gate XOR/XR Exclusive OR gate 4 September 1998 Input/Output Cells Code , Logic AD Adder AN AND gate AOI ANDOR invert gate / AND NOR gate AOIM ANDOR invert gate with inverted C input AON ANDORAND invert gate AOR ANDOR gate BH Bus , flipflop with feedback MI Inverting multiplexer MX/MUX Multiplexer ND/NA NAND gate NR/NO NOR gate OAI ORAND invert gate / ORNAND gate OAIM ORAND invert gate with 
Atmel Original 


Peripheral interface 8255 with ADCAbstract: ttl XOR gate circuit TRI Tristate buffer VDD/VSS Power and ground cells XN Exclusive NOR gate XOR/XR , AD Adder AN AND gate AOI ANDOR invert gate / AND NOR gate AOIM ANDOR invert gate with inverted C input AON ANDORAND invert gate AOR ANDOR gate BH Bus holder , feedback MI Inverting multiplexer MX/MUX Multiplexer ND/NA NAND gate NR/NO NOR gate OAI ORAND invert gate / ORNAND gate OAIM ORAND invert gate with inverted C input OAN 
Atmel Original 


phase detectorAbstract: digital phase detector detector is an Exclusive Or gate (XOR). The XOR has a limited usefulness in feedback circuitry because of , Figure 3. XOR Input/Output Waveform Theory of Operation A phase detector determines the difference in 
Lattice Semiconductor Original 


Abstract: most basic phase detector is an Exclusive Or gate (XOR). The XOR has a limited usefulness in feedback , Phase Lock Loops (PLL) in HighSpeed Designs Figure 3. XOR Input/Output Waveform loop filter is 
Lattice Semiconductor Original 


phase detector and up down counterAbstract: phase detector phase detector is an Exclusive Or gate (XOR). The XOR has a limited usefulness in feedback circuitry , Designs Figure 3. XOR Input/Output Waveform Theory of Operation A phase detector determines the 
Lattice Semiconductor Original 


AD1032Abstract: Nand gate Crystal Oscillator XOR/XR Exclusive OR gate 2 January 2001 Input/Output Cells Code Description , Adder AN AND gate AOI ANDOR invert gate / ANDNOR gate AOIM ANDOR invert gate with inverted C input AON ANDORAND invert gate AOR ANDOR gate BH Bus holder BUFF/BUF39 , feedback MI Inverting multiplexer MX/MUX Multiplexer ND/NA NAND gate NR/NO NOR gate OAI ORAND invert gate / ORNAND gate OAIM ORAND invert gate with inverted C input OAN 
Atmel Original 

ARM920T AD1032 Nand gate Crystal Oscillator BG016 1.8v cmos inverter SM020 PV18x ARM946ES 0816D 
AD1032Abstract: BG016 XOR/XR Exclusive OR gate 2 August 2003 Input/Output Cells Code Description , Adder AN AND gate AOI ANDOR invert gate / ANDNOR gate AOIM ANDOR invert gate with inverted C input AON ANDORAND invert gate AOR ANDOR gate BH Bus holder BUFF/BUF39 , feedback MI Inverting multiplexer MX/MUX Multiplexer ND/NA NAND gate NR/NO NOR gate OAI ORAND invert gate / ORNAND gate OAIM ORAND invert gate with inverted C input OAN 
Atmel Original 

ARM926EJSTM ad029 su g75 ASF08 OP041 OP049 AD030 ARM946ESTM 0816E 
an8017Abstract: phase detector is an Exclusive Or gate (XOR). The XOR has a limited usefulness in feedback circuitry , Designs Figure 3. XOR Input/Output Waveform Theory of Operation A phase detector determines the 
Lattice Semiconductor Original 

an8017 
Abstract: phase detector is an Exclusive Or gate (XOR). The XOR has a limited usefulness in feedback circuitry , HighSpeed Designs Figure 3. XOR Input/Output Waveform Theory of Operation A phase detector determines 
Lattice Semiconductor Original 


AD9901Abstract: ultrasonic Phase Frequency detector sequential logic design is used. The main components include four "D" flipflops, an exclusiveOR gate (XOR , discriminator flipflops provide constant HIGH levels to gate the XOR output to the final output. Figure 2 , or near lock (Figures 2, 3 and 4), only the two input flipflops and the exclusiveOR gate (the phase , at lock; with the Figure 5. Phase Gain Plot When the two square waves are combined by the XOR , High or Frequency Low flipflop is clocked to logic LOW. This overrides the XOR output and holds the 
Analog Devices Original 

AD9901 ultrasonic Phase Frequency detector xor ttl 74 AD9901KP AD9901KQ P20A MILSTD883 C1272 
RP2 hall effect sensorAbstract: A3421 labeled E1 and E2. The output of E1 is inverted and connected to the exclusiveOR gate (XOR) and this , ) SPEED (OUTE1 XOR OUTE2) td DIRECTION Dwg. WH012 Figure 4: Timing diagram and operating waveforms 
 Original 

RP2 hall effect sensor A3421 A3422 linear velocity sensor OPTO switch SHARP sensor proximity motion "3 pin" 
A3421Abstract: A3422 exclusiveOR gate (XOR) and this output provides the SPEED (velocity) signal. The signal from sensor E1 and , XOR OUTE2) td DIRECTION Dwg. WH012A Figure 4: Timing diagram and operating waveforms (A3421 
 Original 


hall effect sensor 510Abstract: linear velocity transducers exclusiveOR gate (XOR) and this output provides the SPEED (velocity) signal. The signal from sensor E1 and , (INTERNAL) SPEED (OUTE1 XOR OUTE2) td DIRECTION Dwg. WH012 Figure 4: Timing diagram and operating 
Allegro MicroSystems Original 

hall effect sensor 510 linear velocity transducers abstract on mini ups system circuit design OptoSensor velocity sensors hall linear velocity sensors 
velocity sensors hallAbstract: 4 pin hall sensor exclusiveOR gate (XOR) and this output provides the SPEED (velocity) signal. The response of the device to , ) SPEED (OUT E1 XOR OUT E2) td DIRECTION Dwg. WH012A Figure 4: Timing diagram and operating 
Allegro MicroSystems Original 

4 pin hall sensor Analog rotary encoder Encoder photo IC Gear Wheel Speed Sensor hall circuit transistor hall effect sensor 4 pin 978B 
Frequency DiscriminatorAbstract: AD9901 sequential logic design is used. The main components include four "D" flipflops, an exclusiveOR gate (XOR , , the frequency discriminator flipflops provide constant HIGH levels to gate the XOR output to the , Q R REFERENCE INPUT FLIPFLOP REFERENCE INPUT Q D Q XOR OSCILLATOR INPUT , input flipflops and the exclusiveOR gate (the phase detection circuit) are active. The input , by the XOR, the output has a 50% duty cycle if the reference and oscillator inputs are exactly 180 
Analog Devices Original 

Frequency Discriminator E20A 
CS5170Abstract: MUR1620CTA Applications Notes Simulation Models Reference Designs Refine Your Selection  Logic: Exclusive OR Gate (XOR , APRIL 2005 FUNCTION TABLE (each gate) INPUTS A L L H H B L H L H OUTPUT Y L H H L exclusiveOR logic An exclusiveOR gate has many applications, some of which can be represented better by , 'LV86A gate in positive logic; negation can be shown at any two ports. LogicIdentity Element = The , s  T I Wo TI Home > Semiconductors > Logic > Gates > Exclusive OR Gates (XOR) > View ROHS 
ON Semiconductor Original 

CS5170 MUR1620CTA NTP3055 SBRS81100T3G MC1741CP 2N5458 SUBSTITUTE SGD501/D 74VCX16244DTR 74VCX16245DT 74VCX16245DTR 74VCX16245DTRG 74VCX16373DT 
Abstract: com ponents include four "D " flipflops, an exclusiveOR gate (XOR) and some com binational output , gate (the phase detection circuit) are active. T h e input flipflops divide b oth the reference and , flipflops provide constant H IG H levels to gate the X O R output to the final output. T h e duty cycle of 
Texas Instruments Original 

SN54LV86A SN74LV86A SCLS392F A114A A115A 
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