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Documents What is the minimum voltage that can be used with these parts?
  • Q&A
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  • +Documents
  • 1. Thermal Resistance Junction to Board (Theta JB): 2. Thermal Resistance Junction to Case (Theta JC):
  • +AD75019: FAQ
  • +AD8108: FAQ
  • +AD8111: FAQ
  • +AD8112: FAQ
  • +AD8113: FAQ
  • +AD8114: FAQ
  • +AD8117: FAQ
  • +AD8152 EVB: FAQ
  • +AD8156: FAQ
  • +AD8158ACPZ: FAQ
  • +AD8159: FAQ
  • +AD8174: FAQ
  • +AD8177: FAQ
  • +AD8185: FAQ
  • +AD8192: FAQ
  • +ADG1204: FAQ
  • +ADG1207: FAQ
  • adg1212: FAQ
  • +ADG1219: FAQ
  • +ADG1236: FAQ
  • +adg1404: FAQ
  • +ADG1409: FAQ
  • +ADG1421: FAQ
  • +ADG1434: FAQ
  • +ADG1436: FAQ
  • +ADG1604: FAQ
  • +ADG1606: FAQ
  • adg1608: FAQ
  • adg1611: FAQ
  • +ADG1612: FAQ
  • +adg201: FAQ
  • +ADG201ATQ: FAQ
  • +ADG2128: FAQ
  • +ADG3123: FAQ
  • +ADG3247: FAQ
  • +ADG3248: FAQ
  • +ADG324x: FAQ
  • +ADG3300: FAQ
  • +ADG3304: FAQ
  • +ADG3308: FAQ
  • +ADG330x: FAQ
  • +ADG333A: FAQ
  • +ADG406: FAQ
  • +ADG408: FAQ
  • +ADG409: FAQ
  • +ADG411: FAQ
  • +ADG412: FAQ
  • +ADG419: FAQ
  • +ADG426: FAQ
  • +ADG428: FAQ
  • +ADG438F: FAQ
  • +ADG442: FAQ
  • ADG451: FAQ
  • +ADG451BR: FAQ
  • +ADG452: FAQ
  • +ADG453: FAQ
  • +ADG4612: FAQ
  • +ADG465: FAQ
  • +ADG467: FAQ
  • ADG490: FAQ
  • +ADG506: FAQ
  • ADG508: FAQ
  • +ADG508A: FAQ
  • +ADG508AKN: FAQ
  • adg508f: FAQ
  • ADG508_thetaJC: FAQ
  • +ADG5204: FAQ
  • ADG5208: FAQ
  • +ADG5208F: FAQ
  • +ADG5248F: FAQ
  • +ADG52xxF: FAQ
  • +ADG5401F: FAQ
  • -ADG5404: FAQ
    • ADG5404, ADG1406, ADG442: case temperature:
    • Are Latch-up immune parts over-voltage fault protected?
    • Do you specify switch Off Resistance?
    • 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.
    • Latch-up and how are these parts immune to it?
    • These parts are good, but I need lower on resistance at ±15V. Do you have any compatible parts?
    • These parts are good, but I need lower on resistance at �15V. Do you have any compatible parts?
    • What are suitable applications for these parts?
    • 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?
  • +ADG5413: FAQ
  • +ADG5436: FAQ
  • +ADG54xx: FAQ
  • +ADG54xxF: FAQ
  • +ADG601: FAQ
  • +ADG621: FAQ
  • +ADG623: FAQ
  • +ADG659: FAQ
  • +ADG701: FAQ
  • +ADG702: FAQ
  • +ADG706: FAQ
  • +ADG708: FAQ
  • +ADG709: FAQ
  • +ADG712: FAQ
  • +ADG715: FAQ
  • +ADG722: FAQ
  • +ADG728: FAQ
  • +ADG732: FAQ
  • +ADG733: FAQ
  • +ADG734: FAQ
  • +ADG741: FAQ
  • adg752: FAQ
  • +ADG772: FAQ
  • +adg779: FAQ
  • +ADG788: FAQ
  • +ADG801: FAQ
  • +ADG804: FAQ
  • +ADG819: FAQ
  • +ADG819BRM: FAQ
  • +ADG841: FAQ
  • +ADG884: FAQ
  • +ADG901: FAQ
  • +ADG936: FAQ
  • +ADGM1304: FAQ
  • +ADGS1408: FAQ
  • ADGS1412: FAQ
  • +ADN4600: FAQ
  • +ADN4604: FAQ
  • +ADN4605: FAQ
  • +ADN4612: FAQ
  • +ADV3200_3201: FAQ
  • +ADV3202_3203: FAQ
  • +ADV3224_3225: FAQ
  • +ADV3226: FAQ
  • +ADV3228_3229: FAQ
  • Analog Switch Training Videos
  • confusing redundant temperature spec info in datasheet
  • +DG201ADY+: FAQ
  • +DG300ABWE+: FAQ
  • +DG301ACWE+T: FAQ
  • +DG303AAK: FAQ
  • +DG303ABWE+: FAQ
  • +DG303ACWE: FAQ
  • +DG408DY+T: FAQ
  • +DG419DY+: FAQ
  • +DG419L: FAQ
  • +DG508ADJ+: FAQ
  • +DG509AAK/883B: FAQ
  • +DG509AAL/883B: FAQ
  • +DG509AAZ/883B: FAQ
  • +Digital Crosspoint Switch: FAQ
  • EVAL-ADG2128EBZ: FAQ
  • +HI-201HS: FAQ
  • Is it okay to connect the ADG1611BRUZ's and ADG1436YCPZ's Exposed Pad to Gnd?
  • Latch-up immune parts: FAQ
  • +Link to Switch and Multiplexer basics: FAQ
  • +Logic Drive: FAQ
  • +MAX14504: FAQ
  • +MAX14589E: FAQ
  • +MAX14589EEWL+: FAQ
  • MAX14661: FAQ
  • +MAX14661ETI+: FAQ
  • +MAX14662ETI+: FAQ
  • +MAX14724: FAQ
  • +MAX14756EUE+: FAQ
  • +MAX14759ETA+T: FAQ
  • +MAX14760ETA+: FAQ
  • +MAX14761ETA+T: FAQ
  • +MAX14762ETB+: FAQ
  • MAX14763ETA+: FAQ
  • +MAX14777GTP+: FAQ
  • MAX14778: FAQ
  • +MAX14778EETP+T: FAQ
  • +MAX14778ETP+: FAQ
  • +MAX14802CCM+: FAQ
  • +MAX14802ECM+: FAQ
  • +MAX14803AEWZ+: FAQ
  • +MAX14808ETK+: FAQ
  • +MAX14809ETK+: FAQ
  • +MAX14815EVKIT: FAQ
  • +MAX14866: FAQ
  • +MAX14866UTM+: FAQ
  • +MAX14895EETE+T: FAQ
  • MAX14983E: FAQ
  • +MAX14983EETJ+: FAQ
  • +MAX20086ATPA/VY+: FAQ
  • +MAX20087ATPA/VY+: FAQ
  • +MAX20327EWL+T: FAQ
  • +MAX30100: FAQ
  • MAX30105: FAQ
  • +MAX30105EFD+: FAQ
  • +MAX3079: FAQ
  • +MAX313FEPE+: FAQ
  • +MAX313LCSE+: FAQ
  • +MAX314LESE+: FAQ
  • +MAX3231E_BV_A1: FAQ
  • +MAX32565: FAQ
  • +MAX32600-J85A+: FAQ
  • +MAX32600-J85B+: FAQ
  • +MAX32600-KIT#: FAQ
  • +MAX32600-P85B+: FAQ
  • +MAX32600-W85B+: FAQ
  • MAX32600: FAQ
  • +MAX32600MBED#: FAQ
  • +MAX333AEUP+: FAQ
  • +MAX3378: FAQ
  • +MAX337EAI+: FAQ
  • +MAX3393: FAQ
  • +MAX3510: FAQ
  • MAX3643: FAQ
  • +MAX3643ETG+: FAQ
  • +MAX3654ETE+: FAQ
  • +MAX3656ETG+: FAQ
  • +MAX3799: FAQ
  • +MAX3890: FAQ
  • +MAX393C/D: FAQ
  • +MAX393ESE+: FAQ
  • +MAX3942: FAQ
  • +MAX3945ETE+: FAQ
  • +MAX3948: FAQ
  • +MAX3949ETE+: FAQ
  • +MAX394EAP+: FAQ
  • +MAX3955ETJ+: FAQ
  • +MAX3967A: FAQ
  • +MAX3969: FAQ
  • +MAX3971A: FAQ
  • +MAX3984UTE+: FAQ
  • +MAX3996: FAQ
  • +MAX3997ETM+: FAQ
  • +MAX4051ACEE+: FAQ
  • +MAX4051ACSE+: FAQ
  • +MAX4051EEE+T: FAQ
  • +MAX4512: FAQ
  • +MAX4524LETB+: FAQ
  • +MAX4564: FAQ
  • +MAX4581: FAQ
  • +MAX4595: FAQ
  • +MAX4617EUE: FAQ
  • +MAX4622CPE+: FAQ
  • +MAX4635EUB+: FAQ
  • +MAX4638: FAQ
  • +MAX4639EGE+: FAQ
  • +MAX4644: FAQ
  • +MAX4656ESA+: FAQ
  • +MAX4662: FAQ
  • +MAX4684EBC_B1: FAQ
  • +MAX4702: FAQ
  • +MAX4704: FAQ
  • +MAX4708ESE+: FAQ
  • +MAX4730ELT+: FAQ
  • +MAX4733: FAQ
  • MAX4781: FAQ
  • +MAX4781EGE+: FAQ
  • MAX4782: FAQ
  • +MAX4782ETE+: FAQ
  • +MAX4800ACCM+: FAQ
  • +MAX4890EETJ+: FAQ
  • +MAX4891ETJ: FAQ
  • +MAX4892EETX+: FAQ
  • +MAX4937CTN+: FAQ
  • +MAX4940ETL+: FAQ
  • +MAX4948ETG+: FAQ
  • +MAX4968: FAQ
  • +MAX4999: FAQ
  • +MAX4999ETJ+: FAQ
  • +MAX7356: FAQ
  • +MAX7357: FAQ
  • +MAX7358ETG+: FAQ
  • +MEMS Switch Technology: FAQ
  • Multiplexer Settling Time
  • Multiplexor and switch noise specifications
  • +Precision Technology Learning Modules
  • +SW02: FAQ
  • +SW06: FAQ
  • +Switch & Multiplexer: FAQ
  • +Switches and Multiplexers: FAQ
  • Theta JA(Junction to Ambient Temperature) and Theta JC (Junction to case Temperature)
  • What is the role of the Control Echo Enable bit?

What is the minimum voltage that can be used with these parts?

Question

What is the minimum voltage that can be used with these parts?

Answer

VDD = 9V is the minimum supply voltage to guarantee the digital input voltages
are 3V compatible across all voltage and temperature ranges. The supply voltage
can be lowered to VDD = 5V if the digital inputs are driven to VDD too.

Tags: adg5404 Switches & Multiplexers 4ATV2532
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