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Switches/Multiplexers
Switches/Multiplexers
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  • -Documents
    • TAGS LIST: Switches/Multiplexers
  • 1. Thermal Resistance Junction to Board (Theta JB): 2. Thermal Resistance Junction to Case (Theta JC):
  • 3.3V VL logic supply for ADG2128
  • AD8152 EVB
  • AD8152: Connection of DC inputs
  • AD8152: used as a DVI switch
  • AD8152_switch HDMI signals
  • AD8156: Can I drive AD8156 from LVDS and LVCMOS sources?
  • AD8156: multiplexer and OOB feature
  • AD8159: Layout
  • ADG1204: Connecting the exposed paddle to Vss
  • ADG1204: Optimal impedance level
  • ADG1204: What is the optimal impedance level for source and load to apply?
  • ADG1219: Spice modell to simulate the charge injection?
  • ADG1219: Supply voltage
  • ADG1236: Charge injection
  • ADG1409: ADG1409: Process technology / MTBF
  • ADG1434: IBIS model
  • ADG1436_leakage current
  • ADG1604 DC "Off resistance"
  • ADG1612: Minimum supply voltage
  • ADG2128 Output stage ( Hi, Lo, Hi Z) of the I/O when the switch is off
  • ADG3123: Maximum Output Signal Swing
  • ADG3247:  Hotswapping
  • ADG3248: number of logic gates transistors used
  • ADG324x: Level Translation of ADG324x Bus Switches
  • ADG324x: Maximum Pass Voltage of the ADG324x Bus Switches
  • ADG3300/01/04: Input Driving and Output Load Requirements
  • ADG3300: Can I work with VCCA = VCCY?
  • ADG3304: Is this device compatible with I2C?
  • ADG3304: used as I2C level shifter
  • ADG3304_power up sequence
  • ADG3304_protection method
  • ADG3308 and indeterminate i/p o/p state's interface  query
  • ADG3308 bidirectional, setting the direction
  • ADG3308: Design queries
  • ADG3308: Input Driving and Output Load Requirements
  • ADG330x unused inputs
  • ADG330x: devices is heating up - what is the reason
  • ADG330x: Level Translator for I2C Applications
  • ADG330x: Source and Sink Currents
  • ADG333A switching frequency / bandwidth information?
  • ADG333A_Status_WhenInputFloat
  • ADG406: Unpowered usage
  • ADG409: Minimum power supply
  • ADG411: is ist possible to worf with a 3V Logic Level?
  • ADG411: logic threshold voltage over digital supply.
  • ADG412: Lower voltage supplies than specified
  • ADG419: supply voltage
  • ADG426_leakage data at 60C
  • ADG428:  Descrepancy between maximum operating temperature in selection tool and web page order guide
  • ADG438F: Bidirectional or unidirectional
  • ADG442: low logic level clamped to about -1V.
  • ADG451: Latch up
  • ADG451BR: Spectral Noise Density
  • ADG452: GND connections
  • ADG452: VL = 15V possible not not recommendable
  • ADG453: Perfomance from +/- 15 V power supply
  • ADG453: Power Up Sequence
  • ADG467: Fault free input range
  • ADG506: Overvoltage on the input
  • ADG506: Pin connection
  • ADG508 ADG509_digital control voltage range
  • ADG508A: Enquiry for product specification
  • ADG508AKN: Robustness
  • ADG508_thetaJC and maximumTJ
  • ADG5208: THD specifications missing at the ADG520x family
  • ADG5404, ADG1406, ADG442: case temperature:
  • ADG5436_unbalance power supply
  • ADG54xx Latch-up immune switches and multiplexers FAQ
  • ADG601: Digital input from a FET
  • ADG621_spec for 3.3v supply
  • ADG623: ESD Lavel for the AGD623
  • ADG659: Supply voltage
  • ADG701: Noise
  • ADG706: +/- 5V supplies
  • ADG706: Grounding
  • ADG706: Working as a demultiplexer
  • ADG708: Multiplexing 3V3 logic signals
  • ADG709: Life time
  • ADG712: overvoltage protection
  • ADG715 Operation with VDD=VSS=0V
  • ADG728: Input and output current for safe operation
  • ADG732 LFCSP exposed Pad
  • ADG733: Noise specification
  • ADG734 in audio application
  • ADG734: Usage without supplies
  • ADG788: ESD rating
  • ADG788: How much ESD can the ADG788 take?
  • ADG801_parallel multiple switch to reduce Ron
  • ADG804: Maximum voltage
  • ADG819BRM's branding is "SBC" although in the datasheet states "SNB".
  • ADG819_switching current
  • ADG884 Overvoltage
  • ADG884: Bandwidth simulation
  • ADG901: Max current
  • ADG936_About the insertion loss between DC to 50MHz
  • ADGS1412 FAQ
  • ADN4600 Design Support Files
  • ADN4604 Design Support Files
  • ADN4605 Design Support Files
  • ADN4612 Design Support Files
  • ADV3200_3201 Design Support Files
  • ADV3202_3203 Design Support Files
  • ADV3224_3225 Design Support Files
  • ADV3226_ADV3227 Design Support Files
  • ADV3228_3229 Design Support Files
  • Are Latch-up immune parts over-voltage fault protected?
  • Are these parts pin-pin compatible with existing parts?
  • Can I leave the exposed pad floating?
  • Can other channels really continue to operate as normal when another channel is in fault?
  • Can the ADG333 be powered from a single 24V supply?
  • Can the ADG452 be powered from a single 24V supply and 3.3V digital supply?
  • Can you explain Power-Off protection and its benefits?
  • Charge Injection
  • confusing redundant temperature spec info in datasheet
  • Cross talk when using ADG490 to mux thermocoules
  • Datasheet for SW01,SW02,SW03,SW04
  • Do you specify switch Off Resistance?
  • EVAL-ADG2128EBZ: What type of cable can I use to connect the board to my signal generator?
  • FAQ: ADG52xxF
  • FAQ: ADG5401F
  • FAQ: ADG54xx
  • FAQ: ADG54xxF
  • FAQ: Digital Crosspoint Switch Frequently Asked Questions
  • FIT reliablity data
  • General Switch/Mux FAQ
  • How do CMOS switch logic control voltage levels affect Idd?
  • How do the fault diagnostics work?
  • How should I manage unused or Not Connected pins?
  • I like the robustness of these parts to PSS issues and the good ESD performance but my application needs lower capacitance and good leakage performance.
  • Is it okay to connect the ADG1611BRUZ's and ADG1436YCPZ's Exposed Pad to Gnd?
  • Latch-up and how are these parts immune to it?
  • MAX14763ETA+ alternative
  • Maximum Pass Voltage on the ADG324x bus switches
  • MEMS Switch Technology FAQ's
  • Multiplexer Settling Time
  • Multiplexor and switch noise specifications
  • Power Supply sequencing requirements for ADG451, ADG452, ADG453
  • Radiation hardened/Space qualified parts
  • Replacement for ADG201ATQ
  • SPICE model not working with Altium Designer
  • Stencil opening for AD8158ACPZ
  • SW06: State of the switch when unpowered
  • Switch & Multiplexer Leakage Measurement Reduction Tutorial
  • Switches and Multiplexers Break-Before-Make Timing Considerations
  • Switches and Multiplexes Support Community
  • The ADG5248F offers �55V over-voltage protection.  What are the keys things I need to      understand about this Over-voltage protected switch compared to using a standard switch in      my application
  • These parts are good, but I need lower on resistance at �15V. Do you have any compatible parts?
  • Theta JA(Junction to Ambient Temperature) and Theta JC (Junction to case Temperature)
  • What are suitable applications for these parts?
  • What are the key benefits of these fault protected switches?
  • What are the system benefits of fault diagnostics?
  • What are the system benefits of overvoltage fault protection with secondary supplies?
  • What happens to the output during an over-voltage event?
  • What if I need to protect my device or downstream circuits against over-voltages?
  • What is the ESD rating of these devices and what is the benefit of the rating?
  • What is the minimum voltage that can be used with these parts?
  • What is the recommended supply sequence?
  • What is the role of the Control Echo Enable bit?
  • What will be the recovery time when switching from a channel in fault to a channel not in      fault?

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TAGS LIST: Switches/Multiplexers

AD8104
AD8105
AD8106
AD8107
AD8108
AD8109
AD8110
AD8111
AD8112
AD8113
AD8114
AD8115
AD8116
AD8117
AD8118
AD8175
AD8176
AD8177
AD8178
AD8186
ADV3200
ADV3201
ADV3202
ADV3203
ADV3205
ADV3224
ADV3225
ADV3226
ADV3227
ADV3228
ADV3229
HMC199A
HMC199
HMC276
HMC427
HMC427A
HMC596
HMC1027
HMC857
AD8150
AD8151
AD8152
AD8153
AD8155
AD8156
AD8158
AD8159
ADN4600
ADN4604
ADN4605
ADN4612
ADN8102
ADG788
ADG759
ADG798
ADG732
ADG731
ADG726
ADG725
ADG786
ADG758
ADG734
ADG733
ADG715
ADG714
ADG707
ADG706
ADG709
ADG708
ADG633
ADG609
ADG608
ADG513
ADG512
ADG511
ADG798
ADG732
ADG731
ADG726
ADG725
ADG788
ADG786
ADG759
ADG758
ADG734
ADG733
ADG715
ADG714
ADG707
ADG706
ADG709
ADG708
ADGS1612
ADG1607
ADG1606
ADG1634
ADG1633
ADG1609
ADG1608
ADG1636
ADG1613
ADG1612
ADG1611
ADG659
ADG658
ADG5233
AD7506
SW06
ADG1202
ADG1308
ADG1309
ADGS1208
ADGS1209
ADG201S
ADGS1408
ADGS1409
ADG1234
ADG1233
ADG1313
ADG1312
ADG1311
ADG1236
ADG1213
ADG1212
ADG1211
ADG1204
ADG453
ADG452
ADG451
ADG417
ADG444
ADG442
ADG441
ADG426
ADG419
ADG407
ADG406
ADG428
ADG409
ADG408
ADG433
ADG432
ADG431
ADG413
ADG412
ADG411
ADG201HS
ADG528A
ADG527A
ADG526A
ADG509A
ADG508A
ADG507A
ADG506A
ADG633
ADG465
ADG467
ADG609
ADG608
ADG439F
ADG438F
ADG528F
ADG509F
ADG508F
ADG513
ADG512
ADG511
ADG212A
ADG211A
ADG221
ADG202A
ADG201A
MUX08
AD7511
ADG5248F
ADG5404
ADG436
ADG5412
ADG5409
ADG5209F
ADG5208F
ADG5462F
ADG5436F
ADG5404F
ADG5413F
ADG5413BF
ADG5412F
ADG5412BF
ADG5423
ADG5421
ADG5413
ADG5408
ADGS5414
ADGS1212
ADGS5412
ADGS1412
ADG1439
ADG1438
ADG1423
ADG1422
ADG1421
ADG1419
ADG1414
ADG1402
ADG1401
ADG1436
ADG1413
ADG1412
ADG1411
ADG1407
ADG1406
ADG1404
ADG1219
ADG1201
ADG1223
ADG1222
ADG1221
ADG1433
ADG1409
ADG1408
ADG1207
ADG1206
ADG1209
ADG1208
ADG1434
ADG1334
ADG5209
ADG5208
ADG5204
ADG5213
ADG5212
ADG5436
ADG5434
ADG5433
ADG5419
ADG5401
ADG5207
ADG5206
ADG5236
ADG5234
ADG5298
ADG5243F
ADG5249F
SW201S
 
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