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Products Mentioned

ADL5802 Recommended for New Designs
The ADL5802 uses high linearity, double-balanced, active mixer cores with integrated LO buffer amplifiers to provide high dynamic range frequency conversion...
Datasheet
ADL5802 on Analog.com

ADL5801 Recommended for New Designs
The ADL5801 uses a high linearity, doubly balanced, active mixer core with integrated LO buffer amplifier to provide high dynamic range frequency conversion...
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ADL5801 on Analog.com

Table of Contents
  • +Documents
  • +RF Switches & Attenuators: FAQ
  • +24GHz FMCW Radar: FAQ
  • +AD608: FAQ
  • +AD8302: FAQ
  • +AD8306: FAQ
  • +AD8307: FAQ
  • +AD8309: FAQ
  • +AD8310: FAQ
  • +AD8314: FAQ
  • +AD8318: FAQ
  • +AD8319: FAQ
  • +AD831: FAQ
  • +AD8333: FAQ
  • +AD8339 : FAQ
  • +AD8339: FAQ
  • +AD8340: FAQ
  • +AD8342: FAQ
  • +AD8343: FAQ
  • +AD8345: FAQ
  • +AD8346: FAQ
  • +AD8347: FAQ
  • +AD8348 and ADL5387: FAQ
  • +AD8349: FAQ
  • +AD8361: FAQ
  • +AD8362: FAQ
  • +AD8363: FAQ
  • +AD8364: FAQ
  • +AD8366: FAQ
  • +AD8368: FAQ
  • +AD8370: FAQ
  • +AD8375: FAQ
  • +AD9854 DDS: FAQ
  • +AD9901: FAQ
  • +ADAR1000: FAQ
  • +ADAR2004: FAQ
  • +ADF4001: FAQ
  • +ADF4002: FAQ
  • +ADF41020: FAQ
  • +ADF4106: FAQ
  • +ADF4107: FAQ
  • +ADF4108: FAQ
  • +ADF4113: FAQ
  • +ADF4118: FAQ
  • +ADF4150: FAQ
  • +ADF4153: FAQ
  • +ADF4155: FAQ
  • +ADF4158: FAQ
  • +ADF4159: FAQ
  • +ADF4193: FAQ
  • +ADF41XX: FAQ
  • +ADF4208: FAQ
  • +ADF4212: FAQ
  • +ADF4252: FAQ
  • +ADF4350 and ADF4351: FAQ
  • +ADF4350: FAQ
  • +ADF4351: FAQ
  • +ADF4355-2: FAQ
  • +ADF4360-0: FAQ
  • +ADF4360-1: FAQ
  • +ADF4360-5: FAQ
  • +ADF4360-6: FAQ
  • +ADF4360-7: FAQ
  • +ADF4360-8: FAQ
  • +ADF4360-9: FAQ
  • +ADF4360-x: FAQ
  • +ADF4371: FAQ
  • +ADF4372: FAQ
  • +ADF4377: FAQ
  • +ADF5355: FAQ
  • +ADF5356: FAQ
  • +ADF5709: FAQ
  • +ADF7021-N: FAQ
  • +ADF9010: FAQ
  • +ADG901: FAQ
  • +ADG904: FAQ
  • +ADG918: FAQ
  • +ADG936: FAQ
  • ADI Products Suitable for Software Defined Radio?
  • +ADIsimRF: FAQ
  • +ADL5240_ADL5243: FAQ
  • +ADL5330: FAQ
  • +ADL5336: FAQ
  • +ADL5350: FAQ
  • +ADL5370: FAQ
  • +ADL5371: FAQ
  • +ADL5373: FAQ
  • +ADL5375-05: FAQ
  • +ADL5375: FAQ
  • +ADL5380: FAQ
  • +ADL5382: FAQ
  • +ADL5385: FAQ
  • +ADL5387: FAQ
  • +ADL5390: FAQ
  • +ADL5502: FAQ
  • +ADL5505: FAQ
  • +ADL5511: FAQ
  • +ADL5513 : FAQ
  • +ADL5513: FAQ
  • +ADL5519: FAQ
  • +ADL5535/6: FAQ
  • +ADL5569 : FAQ
  • +ADL5601/2: FAQ
  • +ADL5602: FAQ
  • +ADL5801 : FAQ
  • -ADL5801: FAQ
    • ADL5801 Low Frequency Operation
    • ADL5801 Mixer Performance when driven single-ended on both its RF and LO ports
    • Threshold voltage to disable the ADL5801/2
    • ADL5801-EVALZ Evaluation user guide doc missing
    • ADL5801: s-parameter
    • ADL5801: specification at 4GHz
    • S-Parameters for ADL5801 Mixer
  • +ADL5802: FAQ
  • +ADL5902: FAQ
  • +ADL5903: FAQ
  • +ADL5904 : FAQ
  • +ADL5906: FAQ
  • +ADL5920: FAQ
  • +ADL5960 : FAQ
  • +ADL8101: FAQ
  • +ADL8106ACEZ: FAQ
  • +ADL8107 : FAQ
  • +ADL8120: FAQ
  • +ADL8142ACPZN: FAQ
  • +ADMV4530: FAQ
  • +ADMV4630: FAQ
  • +ADMV8526: FAQ
  • +ADPA9002: FAQ
  • +ADPA1107: FAQ
  • +ADPA7009-2: FAQ
  • +ADRF6520: FAQ
  • +ADRF6620: FAQ
  • +ADRF6650 : FAQ
  • +ADRF6703: FAQ
  • +ADRF6755: FAQ
  • +PLL: FAQ
  • +IQ Modulator : FAQ
  • +dc bias level: FAQ
  • +FAQ: ADRF6821
  • +Footprint for ADI components: FAQ
  • +Fractional-N PLLs: FAQ
  • +Gerber files: FAQ
  • +High Voltage VCOs: FAQ
  • +Frequency Dividers: FAQ
  • +Phase Frequency Detectors: FAQ
  • +HMC-ABH241: FAQ
  • +HMC-C019: FAQ
  • +HMC-C030: FAQ
  • +HMC-T2220: FAQ
  • +HMC1013: FAQ
  • +HMC1020: FAQ
  • +HMC1048A: FAQ
  • +HMC1056: FAQ
  • +HMC1110: FAQ
  • +HMC1119 : FAQ
  • +HMC1119: FAQ
  • +HMC156A: FAQ
  • +HMC194: FAQ
  • +HMC241: FAQ
  • +HMC253: FAQ
  • +HMC270AMS8GE: FAQ
  • +HMC273MS10G: FAQ
  • +HMC292A: FAQ
  • +HMC305SLP4E: FAQ
  • +HMC322ALP4E: FAQ
  • +HMC346AMS8GE : FAQ
  • +HMC348: FAQ
  • +HMC399: FAQ
  • +HMC406MS8G: FAQ
  • +HMC414MS8GE?, HMC414: FAQ
  • +HMC440: FAQ
  • +HMC451: FAQ
  • +HMC457 : FAQ
  • +HMC463-Die : FAQ
  • +HMC542BLP4E: FAQ
  • +HMC550: FAQ
  • +HMC554A: FAQ
  • +HMC557A: FAQ
  • +HMC558A: FAQ
  • +HMC574: FAQ
  • +HMC587LC4B: FAQ
  • +HMC589: FAQ
  • +HMC595E: FAQ
  • +HMC611LP4: FAQ
  • +HMC624ALP4E: FAQ
  • +HMC625B: FAQ
  • +HMC634LC4 : FAQ
  • +HMC634LC4: FAQ
  • +HMC641ALP4E: FAQ
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  • +HMC686LP4/686LP4E: FAQ
  • +HMC694LP4 : FAQ
  • +HMC703: FAQ
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  • +HMC710: FAQ
  • +HMC739 : FAQ
  • +HMC767: FAQ
  • +HMC769: FAQ
  • +HMC773ALC3B: FAQ
  • +HMC778LP6CE: FAQ
  • +HMC787: FAQ
  • +HMC807LP6CE: FAQ
  • +HMC830: FAQ
  • +HMC832LP6GE vs HMC830LP6GE: FAQ
  • +HMC833: FAQ
  • +HMC8412: FAQ
  • +HMC8415: FAQ
  • +HMC862: FAQ
  • +HMC904LC5: FAQ
  • +HMC905: FAQ
  • +HMC909: FAQ
  • +HMC915LP4ETR: FAQ
  • +HMC917LP3E: FAQ
  • +HMC939: FAQ
  • +HMC986A: FAQ
  • +Int-N PLL evaluation boards: FAQ
  • +IQ Demodulator: FAQ
  • +IQ Modulator: FAQ
  • +LNA: FAQ
  • +LTC5507 : FAQ
  • +LTC5507: FAQ
  • +LTC5510: FAQ
  • +LTC5552 : FAQ
  • +LTC5584, LTC5599: FAQ
  • +LTC694x: FAQ
  • MAX1470: FAQ
  • +MAX1470EUI+_T1: FAQ
  • +MAX1471ATJ/V+: FAQ
  • +MAX1471EVKIT-433: FAQ
  • +MAX1473ETJ+: FAQ
  • +MAX1473EVKIT-315: FAQ
  • +MAX2014: FAQ
  • +MAX2016ETI+: FAQ
  • MAX2112: FAQ
  • +MAX2112CTI+: FAQ
  • +MAX2112EVKIT+: FAQ
  • +MAX2120: FAQ
  • +MAX21210ELD+: FAQ
  • MAX2121B: FAQ
  • +MAX2121BETI+: FAQ
  • +MAX2172ETL/V+TCBM: FAQ
  • +MAX2223 : FAQ
  • +MAX2223ETI+: FAQ
  • +MAX2306EVKIT: FAQ
  • +MAX2606EUT: FAQ
  • MAX2620: FAQ
  • +MAX2620EUA+: FAQ
  • +MAX2623EUA+: FAQ
  • +MAX2680EVKIT#: FAQ
  • +MAX2754: FAQ
  • +MAX2754EUA+: FAQ
  • MAX2769BETI/V+: FAQ
  • +MAX2769BETI/V+_T1: FAQ
  • +MAX2769CC/D+: FAQ
  • +MAX2769CETI+: FAQ
  • +MAX2769CEVKIT#: FAQ
  • +MAX2771 GUI: FAQ
  • MAX2771: FAQ
  • +MAX2771C/D+: FAQ
  • MAX2771ETI+: FAQ
  • +MAX2771ETI+T: FAQ
  • +MAX2771EVKIT#: FAQ
  • +MAX2771_/D+_A1: FAQ
  • +MAX2870 : FAQ
  • +MAX2871 : FAQ
  • +MAX2880 PLL EV KIT SOFTWARE: FAQ
  • +MAX2880ETP+: FAQ
  • +MAX2880EVKIT#: FAQ
  • +MAX4002EBL+: FAQ
  • +MAX4003EUA+: FAQ
  • +MAX41470: FAQ
  • +MAX41473: FAQ
  • MAX7033: FAQ
  • +MAX7033EUI+T: FAQ
  • +MAX7034AUI/V+: FAQ
  • +MAX7036GTP+: FAQ
  • +MAX7036GTP/V+: FAQ
  • +MAX7042ATJ+: FAQ
  • +MAX7042EVKIT: FAQ
  • +OP-AMP: FAQ
  • +RF & Microwave: FAQ
  • +RF Connectors: FAQ
  • +RF Detector Overdrive: FAQ
  • +rms detector: FAQ
  • +S-Parameters: FAQ
  • +SC1894-EVK2400: FAQ
  • +SC1894A-00A00: FAQ
  • +SC1894A-00C13: FAQ
  • +SC2200-EVK1900: FAQ
  • +SC2200-EVK2400: FAQ
  • +AD641: FAQ
  • +AD8309 : FAQ
  • +AD8363 : FAQ
  • +ADA4961 : FAQ
  • +ADAR1000 : FAQ
  • +ADAR2001 : FAQ
  • +ADAR2004 : FAQ
  • +ADAR4002 : FAQ
  • +ADAR4002: FAQ
  • +ADF4150HV : FAQ
  • +ADF41513: FAQ
  • +ADF4158 : FAQ
  • +ADF4159 : FAQ
  • +ADF4368 : FAQ
  • +ADF4368BCCZ, ADF4368: FAQ
  • +ADF4371 : FAQ
  • +ADF4372 : FAQ
  • +ADF4382A : FAQ
  • +ADF4382A: FAQ
  • +ADF4383 : FAQ
  • +ADF5356 : FAQ
  • +ADF5709 : FAQ
  • +ADF5904 : FAQ
  • +ADISimPLL: FAQ
  • +ADL5206 : FAQ
  • +ADL5902 : FAQ
  • +ADL5904-EVALZ, ADL5904: FAQ
  • +ADL8108: FAQ
  • +ADL8112 : FAQ
  • +ADL8201 : FAQ
  • +ADMV1013: FAQ
  • +ADMV1550 : FAQ
  • +ADMV4350: FAQ
  • +ADMV8052 : FAQ
  • +ADMV8052: FAQ
  • +ADMV8818-EVALZ, ADMV8818: FAQ
  • +ADMV8818: FAQ
  • +ADPA7008: FAQ
  • +ADRF5026 : FAQ
  • +ADRF5031 : FAQ
  • +ADRF5040 : FAQ
  • +ADRF5050: FAQ
  • +ADRF5160: FAQ
  • +ADRF5162 : FAQ
  • +ADRF5238 : FAQ
  • +ADRF5730 : FAQ
  • +ADRF5730: FAQ
  • +ADTR1107 : FAQ
  • +ADTR1107: FAQ
  • +EV-ADF4368SD1Z: FAQ
  • +EV-TINYRAD24G: FAQ
  • +EVAL-TINYRAD24G: FAQ
  • +HMC1010: FAQ
  • +HMC1099: FAQ
  • +HMC1118 : FAQ
  • +HMC1163 : FAQ
  • +HMC440 : FAQ
  • +HMC472ALP4E, HMC472A: FAQ
  • +HMC531LP5E, HMC531: FAQ
  • +HMC544A : FAQ
  • +HMC598 : FAQ
  • +HMC698 : FAQ
  • +HMC734 : FAQ
  • +HMC740 : FAQ
  • +HMC784A : FAQ
  • +HMC813-Die : FAQ
  • +HMC849A : FAQ
  • +HMC862A: FAQ
  • +HMC943APM5E: FAQ
  • +HMC980: FAQ
  • +HMC994APM5E : FAQ
  • +HMC994APM5E: FAQ
  • +HMC998APM5E : FAQ
  • +LT5537: FAQ
  • +LT5575 : FAQ
  • +LT5581: FAQ
  • +LTC6433-15 : FAQ
  • +LTC6954 : FAQ
  • +LTP5901-IPM : FAQ
  • +MAX2659 : FAQ
  • +MAX2678 : FAQ
  • +PLL/VCO: FAQ
  • +SC1894 : FAQ
  • +SDP-S: FAQ

Threshold voltage to disable the ADL5801/2

Q. What is the threshold voltage to disable to the ADL5801/2 mixer?

--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------

A. The ENBL pin on the device offers the option to enable and disable the device. Pulling the pin high will disable the device. The threshold voltage to disable the device is 2.3V. The absolute max rating on this pin is 5.5V, although it is recommended that the voltage on this pin be limited to 5V or less.

Note:

The Enable/Disable function shuts off the internal bias generator. If the VSET pin is left unconnected, connected to the detector or connected to ground through a resistor, the ENBL pin will disable the RF path. The LO path is not affected by the pin functionality. If there is a resistor to the positive supply on the VSET pin then the current will be supplied by the resistor even though the internal bias is off and the RF path will continue to function on the current supplied by this pin.

Tags: adl5802 adl5801
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