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  • 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?

ADN4600 Design Support Files

Revision Creation Date Revision Author
Current Revision 23 Aug 2018 8:21 PM jmarshma
Revision #1 4 Jun 2018 6:56 PM jmarshma
  • Compare Versions View current version
 
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