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Products Mentioned

ICL7665 Production
The ICL7665 warns microprocessors (µPs) of overvoltage and undervoltage conditions. It draws a typical operating current of only 3µA. The trip points...
Datasheet
ICL7665 on Analog.com

ICL7107 Production
The Maxim ICL7106/ICL7107 are monolithic analog-to-digital converters (ADCs). They have very high input impedances and require no external display drive...
Datasheet
ICL7107 on Analog.com

IH5042 Production
The IH5040 family consists of seven CMOS analog switches that are intended for general-purpose applications. These switches are latch-up proof, break-before...
Datasheet
IH5042 on Analog.com

IH6108 Production

Datasheet
IH6108 on Analog.com

ICL7622 Production
The ICL761X–ICL764X family of monolithic CMOS op amps combine ultra-low input current with low-power operation over a wide supply voltage range. With...
Datasheet
ICL7622 on Analog.com

ICL7632 Obsolete
The ICL761X–ICL764X family of monolithic CMOS op amps combine ultra-low input current with low-power operation over a wide supply voltage range. With...
Datasheet
ICL7632 on Analog.com

IH6208 Production

Datasheet
IH6208 on Analog.com

ICL764X Production
The ICL761X–ICL764X family of monolithic CMOS op amps combine ultra-low input current with low-power operation over a wide supply voltage range. With...
Datasheet
ICL764X on Analog.com

ICM7250 Production
The Maxim ICM7240/50/60 are programmable timer/ counters and the Maxim ICM7242 is a fixed timer/ counter. They require only 120μA of supply current, while...
Datasheet
ICM7250 on Analog.com

ID16FQG Obsolete
This product is obsolete
ID16FQG on Analog.com

ICL7634 Production
The ICL761X–ICL764X family of monolithic CMOS op amps combine ultra-low input current with low-power operation over a wide supply voltage range. With...
Datasheet
ICL7634 on Analog.com

ICM7555 Production
The Maxim ICM7555 and ICM7556 are respectively single and dual general-purpose RC timers capable of generating accurate time delays or frequencies. The...
Datasheet
ICM7555 on Analog.com

ICL7663 Production
The Maxim ICL7663 is a high efficiency positive voltage regulator with a quiescent current of less than 10μA. The output voltage is set by two external...
Datasheet
ICL7663 on Analog.com

ICL7116 Production
The Maxim ICL7116 and ICL7117 are 3½ digit monolithic analog-to-digital converters. They differ from the Maxim ICL7106 and ICL7107 in that the ICL7116...
Datasheet
ICL7116 on Analog.com

ICM7212 Production
The Maxim ICM7211 (LCD) and ICM7212 (LED) four digit, seven segment display drivers include input data latches, BCD to segment decoders, and all level...
Datasheet
ICM7212 on Analog.com

ICL7631 Production
The ICL761X–ICL764X family of monolithic CMOS op amps combine ultra-low input current with low-power operation over a wide supply voltage range. With...
Datasheet
ICL7631 on Analog.com

ICM7240 Production
The Maxim ICM7240/50/60 are programmable timer/ counters and the Maxim ICM7242 is a fixed timer/ counter. They require only 120μA of supply current, while...
Datasheet
ICM7240 on Analog.com

IH5141 Production
The IH5140 family consists of six CMOS analog switches that are intended for high speed general purpose applications. These switches are latch-up proof...
Datasheet
IH5141 on Analog.com

QBL5704 Recommended for New Designs
Qmot 42mm 3-phase BDLC motors are quality motors with digital hall output for universal use. They feature a long life due to ball bearings and no wearing...
Datasheet
QBL5704 on Analog.com

ICM7225 Last Time Buy
The Maxim ICM7224(LCD) and ICM7225(LED) are high speed 4½ digit counters, featuring segment decoders, leading zero blanking, store and reset inputs, and...
Datasheet
ICM7225 on Analog.com

QSH5718 Recommended for New Designs
NEMA23 (47mm) 2-phase stepper motor optimized for microstepping and give a good fit to the ADI TRINAMIC family of motor controllers and drivers. They can...
Datasheet
QSH5718 on Analog.com

ICL7611 Production
The ICL761X–ICL764X family of monolithic CMOS op amps combine ultra-low input current with low-power operation over a wide supply voltage range. With...
Datasheet
ICL7611 on Analog.com

ID32QG Obsolete
This product is obsolete
ID32QG on Analog.com

IH5143 Production
The IH5140 family consists of six CMOS analog switches that are intended for high speed general purpose applications. These switches are latch-up proof...
Datasheet
IH5143 on Analog.com

ICL7136 Production
The Maxim ICL7136 is a monolithic analog to digital converter with very high input impedance. On-board active components include segment drivers, segment...
Datasheet
ICL7136 on Analog.com

ICL7126 Production
The Maxim ICL7126 is a monolithic analog to digital converter with very high input impedance. On-board active components include segment drivers, segment...
Datasheet
ICL7126 on Analog.com

ICM7556 Production
The Maxim ICM7555 and ICM7556 are respectively single and dual general-purpose RC timers capable of generating accurate time delays or frequencies. The...
Datasheet
ICM7556 on Analog.com

IH5044 Obsolete
The IH5040 family consists of seven CMOS analog switches that are intended for general-purpose applications. These switches are latch-up proof, break-before...
Datasheet
IH5044 on Analog.com

ICL7660 Production
The MAX1044 and ICL7660 are monolithic, CMOS switched-capacitor voltage converters that invert, double, divide, or multiply a positive input voltage. They...
Datasheet
ICL7660 on Analog.com

ICL7642 Production
The ICL761X–ICL764X family of monolithic CMOS op amps combine ultra-low input current with low-power operation over a wide supply voltage range. With...
Datasheet
ICL7642 on Analog.com

IC0400C778BF Production
DeepCover® embedded security solutions cloak sensitive data under multiple layers of advanced physical security to provide the most secure key storage...
Datasheet
IC0400C778BF on Analog.com

IDX-7505 Production
The IDX 7505 is a small and rugged step-/ direction stepper motor driver system with a supply voltage of up to 75V and up to 5A RMS motor coil current...
IDX-7505 on Analog.com

ICL7662 Production
The ICL7662/Si7661 is a monolithic charge pump voltage inverter that will convert a positive voltage in the range of +4.5V to +20V to the corresponding...
Datasheet
ICL7662 on Analog.com

QSH6018 Recommended for New Designs
NEMA24 (60mm) 2-phase stepper motor optimized for microstepping and give a good fit to the ADI TRINAMIC family of motor controllers and drivers. They can...
Datasheet
QSH6018 on Analog.com

IH5145 Production
The IH5140 family consists of six CMOS analog switches that are intended for high speed general purpose applications. These switches are latch-up proof...
Datasheet
IH5145 on Analog.com

ICL7109 Production
The ICL7109 is a monolithic 12 bit A/D converter designed for easy interface with microprocessors and UARTs. The 12 bit binary plus polarity and over-range...
Datasheet
ICL7109 on Analog.com

ICM7217 Production
The Maxim ICM7217 family of 4 digit presettable up/down counters contain a 4 digit, 7 segment LED display driver and a presettable comparison {predetermining...
Datasheet
ICM7217 on Analog.com

IH5108 Production

Datasheet
IH5108 on Analog.com

ICL7652 Obsolete

Datasheet
ICL7652 on Analog.com

ICM7260 Obsolete
The Maxim ICM7240/50/60 are programmable timer/ counters and the Maxim ICM7242 is a fixed timer/ counter. They require only 120μA of supply current, while...
Datasheet
ICM7260 on Analog.com

IH5048A Production

Datasheet
IH5048A on Analog.com

ICL7129A Production
The Maxim ICL7129A/MAX7129 is a high precision monolithic 4-1/2 digit A/D converter that directly drives a multiplexed liquid crystal display. Using a...
Datasheet
ICL7129A on Analog.com

IH5047 Obsolete
The IH5040 family consists of seven CMOS analog switches that are intended for general-purpose applications. These switches are latch-up proof, break-before...
Datasheet
IH5047 on Analog.com

ICM7217C Production
The Maxim ICM7217 family of 4 digit presettable up/down counters contain a 4 digit, 7 segment LED display driver and a presettable comparison {predetermining...
Datasheet
ICM7217C on Analog.com

QBL4208 Recommended for New Designs
Qmot 42mm 3-phase BDLC motors are quality motors with digital hall output for universal use. They feature a long life due to ball bearings and no wearing...
Datasheet
QBL4208 on Analog.com

ICL7663A Production
The Maxim ICL7663 is a high efficiency positive voltage regulator with a quiescent current of less than 10μA. The output voltage is set by two external...
Datasheet
ICL7663A on Analog.com

ICL7641 Production
The ICL761X–ICL764X family of monolithic CMOS op amps combine ultra-low input current with low-power operation over a wide supply voltage range. With...
Datasheet
ICL7641 on Analog.com

ICL7650B Production
Maxim's ICL7650/ICL7653 are chopper-stabilized amplifiers, ideal for low-level signal processing applications. Featuring high performance and versatility...
Datasheet
ICL7650B on Analog.com

IH5208 Production

Datasheet
IH5208 on Analog.com

ICL7667 Production
The ICL7667 is a dual monolithic power MOSFET driver designed to translate TTL inputs to high voltage/current outputs. Its low delay and transition times...
Datasheet
ICL7667 on Analog.com

ICL7614 Obsolete
The ICL761X–ICL764X family of monolithic CMOS op amps combine ultra-low input current with low-power operation over a wide supply voltage range. With...
Datasheet
ICL7614 on Analog.com

QSH2818 Recommended for New Designs
NEMA11 (28mm) 2-phase stepper motor optimized for microstepping and give a good fit to the ADI TRINAMIC family of motor controllers and drivers. They can...
Datasheet
QSH2818 on Analog.com

IH5352 Production
The IH5341 and the IH5352 are dual and quad, single pole singe throw (SPST) switches designed specifically for switching RF and video signals. Maxim's...
Datasheet
IH5352 on Analog.com

ICM7217B Production
The Maxim ICM7217 family of 4 digit presettable up/down counters contain a 4 digit, 7 segment LED display driver and a presettable comparison {predetermining...
Datasheet
ICM7217B on Analog.com

ICM7218 Production
The Maxim ICM7218 display driver interfaces microprocessors to an 8 digit, 7 segment, numeric LED display. Included on chip are two types of 7 segment...
Datasheet
ICM7218 on Analog.com

ICL7135 Production
The Maxim ICL7135 is a high precision monolithic 41/2 digit A/D converter. Dual slope conversion reliability is combined with ±1 in 20,000 count accuracy...
Datasheet
ICL7135 on Analog.com

IH5142 Production
The IH5140 family consists of six CMOS analog switches that are intended for high speed general purpose applications. These switches are latch-up proof...
Datasheet
IH5142 on Analog.com

IH5051 Production
Maxim's IH5048-IH5051 analog switches are designed for applications requiring low leakage. They feature extremely low on resistance (30Ω typical) as well...
Datasheet
IH5051 on Analog.com

ICL7653B Production
Maxim's ICL7650/ICL7653 are chopper-stabilized amplifiers, ideal for low-level signal processing applications. Featuring high performance and versatility...
Datasheet
ICL7653B on Analog.com

ICL7616 Obsolete
The ICL761X–ICL764X family of monolithic CMOS op amps combine ultra-low input current with low-power operation over a wide supply voltage range. With...
Datasheet
ICL7616 on Analog.com

ICL7137 Production
The Maxim ICL7137 is a monolithic analog to digital converter with all the necessary active devices to directly interface with a light emitting diode ...
Datasheet
ICL7137 on Analog.com

ICL8069 Obsolete
The ICL8069 is a 1.2V temperature-compensated voltage reference. It uses the bandgap principle to achieve excellent stability and low noise at reverse...
Datasheet
ICL8069 on Analog.com

IH5043 Production
The IH5040 family consists of seven CMOS analog switches that are intended for general-purpose applications. These switches are latch-up proof, break-before...
Datasheet
IH5043 on Analog.com

IH5144 Obsolete
The IH5140 family consists of six CMOS analog switches that are intended for high speed general purpose applications. These switches are latch-up proof...
Datasheet
IH5144 on Analog.com

QSH4218 Recommended for New Designs
NEMA17 (42mm) 2-phase stepper motor optimized for microstepping and give a good fit to the ADI TRINAMIC family of motor controllers and drivers. They can...
Datasheet
QSH4218 on Analog.com

QSH8618 Recommended for New Designs
NEMA34 (86mm) 2-phase stepper motor optimized for microstepping and give a good fit to the TRINAMIC family of motor controllers and drivers. They can be...
Datasheet
QSH8618 on Analog.com

IH5341 Last Time Buy
The IH5341 and the IH5352 are dual and quad, single pole singe throw (SPST) switches designed specifically for switching RF and video signals. Maxim's...
Datasheet
IH5341 on Analog.com

ICL7621 Production
The ICL761X–ICL764X family of monolithic CMOS op amps combine ultra-low input current with low-power operation over a wide supply voltage range. With...
Datasheet
ICL7621 on Analog.com

ICL7624 Production
The ICL761X–ICL764X family of monolithic CMOS op amps combine ultra-low input current with low-power operation over a wide supply voltage range. With...
Datasheet
ICL7624 on Analog.com

ICM7217A Production
The Maxim ICM7217 family of 4 digit presettable up/down counters contain a 4 digit, 7 segment LED display driver and a presettable comparison {predetermining...
Datasheet
ICM7217A on Analog.com

IH5050 Obsolete
Maxim's IH5048-IH5051 analog switches are designed for applications requiring low leakage. They feature extremely low on resistance (30Ω typical) as well...
Datasheet
IH5050 on Analog.com

ICL7652B Production

Datasheet
ICL7652B on Analog.com

IH5140 Production
The IH5140 family consists of six CMOS analog switches that are intended for high speed general purpose applications. These switches are latch-up proof...
Datasheet
IH5140 on Analog.com

QUADPACK Production
QUADpack is obsolete and not recommended for new designs. A Complete Stepper Motor Unit for Four Axis with 3 Interface Options and Integrated Drivers...
QUADPACK on Analog.com

IH6116 Production

Datasheet
IH6116 on Analog.com

IH5049 Production
Maxim's IH5048-IH5051 analog switches are designed for applications requiring low leakage. They feature extremely low on resistance (30Ω typical) as well...
Datasheet
IH5049 on Analog.com

IH5045 Obsolete
The IH5040 family consists of seven CMOS analog switches that are intended for general-purpose applications. These switches are latch-up proof, break-before...
Datasheet
IH5045 on Analog.com

MAX2771 Production
The MAX2771 is a next-generation Global Navigation Satellite System (GNSS) receiver covering E5/L5, L2, E6, E1/L1 bands and GPS, GLONASS, Galileo, QZSS...
Datasheet
MAX2771 on Analog.com

IC0400C782SF Production
DeepCover® embedded security solutions cloak sensitive data under multiple layers of advanced physical security to provide the most secure key storage...
IC0400C782SF on Analog.com

IH5040 Production
The IH5040 family consists of seven CMOS analog switches that are intended for general-purpose applications. These switches are latch-up proof, break-before...
Datasheet
IH5040 on Analog.com

ipa1751 Production

ipa1751 on Analog.com

ICM7224 Production
The Maxim ICM7224(LCD) and ICM7225(LED) are high speed 4½ digit counters, featuring segment decoders, leading zero blanking, store and reset inputs, and...
Datasheet
ICM7224 on Analog.com

IH5145B Production

Datasheet
IH5145B on Analog.com

ICL7117 Production
The Maxim ICL7116 and ICL7117 are 3½ digit monolithic analog-to-digital converters. They differ from the Maxim ICL7106 and ICL7107 in that the ICL7116...
Datasheet
ICL7117 on Analog.com

IA120QAG Obsolete
This product is obsolete
IA120QAG on Analog.com

ICM7211 Production
The Maxim ICM7211 (LCD) and ICM7212 (LED) four digit, seven segment display drivers include input data latches, BCD to segment decoders, and all level...
Datasheet
ICM7211 on Analog.com

ICM7228 Production
The Maxim ICM7218 display driver interfaces microprocessors to an 8 digit, 7 segment, numeric LED display. Included on chip are two types of 7 segment...
Datasheet
ICM7228 on Analog.com

IH6216 Production

Datasheet
IH6216 on Analog.com

ia240qag Obsolete
This product is obsolete
ia240qag on Analog.com

ICL7106 Production
The Maxim ICL7106/ICL7107 are monolithic analog-to-digital converters (ADCs). They have very high input impedances and require no external display drive...
Datasheet
ICL7106 on Analog.com

ICL7612 Production
The ICL761X–ICL764X family of monolithic CMOS op amps combine ultra-low input current with low-power operation over a wide supply voltage range. With...
Datasheet
ICL7612 on Analog.com

IH5041 Production
The IH5040 family consists of seven CMOS analog switches that are intended for general-purpose applications. These switches are latch-up proof, break-before...
Datasheet
IH5041 on Analog.com

IC0400K782SF Obsolete
DeepCover® embedded security solutions cloak sensitive data under multiple layers of advanced physical security to provide the most secure key storage...
IC0400K782SF on Analog.com

ICM7242 Production
The Maxim ICM7240/50/60 are programmable timer/ counters and the Maxim ICM7242 is a fixed timer/ counter. They require only 120μA of supply current, while...
Datasheet
ICM7242 on Analog.com

Table of Contents
  • +Documents
  • +RF Switches & Attenuators: FAQ
  • +1/f noise of the ADL5387: FAQ
  • +1/f phase noise: 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
  • ADF435x New boards
  • +ADF4360-0: FAQ
  • +ADF4360-1: FAQ
  • +ADF4360-5: FAQ
  • +ADF4360-6: FAQ
  • +ADF4360-7: FAQ
  • +ADF4360-8: FAQ
  • +ADF4360-9: FAQ
  • +ADF4360-x: 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?
  • +ADI's RF/IF gain blocks: FAQ
  • +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
  • +ADL5802: FAQ
  • +ADL5902: FAQ
  • +ADL5903: FAQ
  • +ADL5904 : FAQ
  • +ADL5906: FAQ
  • +ADL5920: FAQ
  • +ADL5960 : FAQ
  • +ADL8101: FAQ
  • +ADL8106ACEZ: FAQ
  • +ADL8107 : FAQ
  • +ADL8120: FAQ
  • +ADMV4530: FAQ
  • +ADMV8526: FAQ
  • +ADPA1107: FAQ
  • +ADPA7009-2: FAQ
  • +ADRF6520: FAQ
  • +ADRF6620: FAQ
  • +ADRF6650 : FAQ
  • +ADRF6703: FAQ
  • +ADRF6755: FAQ
  • +Auxiliary DACs: FAQ
  • +Calculating VSWR: FAQ
  • Can the ADMV4530 development kit be used to process L band signals (1-2 GHz), and if not, what is a suitable alternative?
  • +CyUSB PLL: FAQ
  • +DAC/IQ Modulator Combination: FAQ
  • +dc bias level: FAQ
  • +Decoupling(Bypass) and AC-Coupling Capacitors: FAQ
  • EV-TINYRAD24G Linux Drivers
  • +FAQ: ADRF6821
  • FAQ: in a PLL active loop filter, what effect does the op amp bias current have?
  • +Footprint for ADI components: FAQ
  • +Fractional-N PLLs: FAQ
  • +Gerber files: FAQ
  • +High Voltage VCOs: FAQ
  • +HMC Microwave Frequency Dividers: FAQ
  • +HMC Phase Frequency Detectors: FAQ
  • HMC PLL Design Tool V1.15
  • +HMC PLL's & PLLVCO: 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
  • +HMC685LP4: FAQ
  • +HMC686LP4/686LP4E: FAQ
  • +HMC694LP4 : FAQ
  • +HMC703: FAQ
  • +HMC7044 : FAQ
  • +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
  • How can I suppress in-band spurs such as 3*LO, 4*LO, and 5*LO when using the ADMV1013?
  • How can I use my existing Custom Devices with the latest ADISimRF release, given that the Noise Gain parameter is not coherent with the Gain value and the database is encrypted?
  • How does placing a 1 kO resistor on the control line of ADRF5730 affect the switching time, and what are the implications for the power-up sequencing?
  • +Int-N PLL evaluation boards: FAQ
  • +IQ demodulator: FAQ
  • +IQ Modulators: FAQ
  • Is it safe to set VGG1 to -0.65V before turning on VDD for the ADPA7008, and what are the benefits and downsides of using an active bias controller like HMC980?
  • +LNA: FAQ
  • +LTC5507 : FAQ
  • +LTC5507: FAQ
  • +LTC5510: FAQ
  • +LTC5552 : FAQ
  • LTC5584 : FAQ
  • +LTC5584, LTC5599: FAQ
  • +LTC694x: FAQ
  • Matching Components for HMC1010
  • 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
    • Can you record the I and Q data from the MAX2771 on the GUI?
  • MAX2771: FAQ
  • +MAX2771C/D+: FAQ
  • MAX2771ETI+: FAQ
  • +MAX2771ETI+T: FAQ
  • +MAX2771EVKIT#: FAQ
  • +MAX2771_/D+_A1: FAQ
  • MAX2870: FAQ
  • +MAX2870ETJ+: FAQ
  • MAX2871: FAQ
  • +MAX2871ETJ+: 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
  • +PLL USB adapter board: FAQ
  • Recommended regulators for ADI PLLs and VCOs
  • +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
  • SC2200: FAQ
  • +Standard S-Parameter Files: FAQ
  • Why are the NF, Output NSD, Noise Floor, and SNR displayed as infinity in ADIsimRF when opening the ADMFM2000.sgc example file, and how can this be resolved?
  • Why is ADISimRF Rev2.0.0.19 unstable and giving errors when adding devices to the signal chain?

Can you record the I and Q data from the MAX2771 on the GUI?

"If there is not a way to record I and Q with the GUI; why are the I and Q pins connected to our microcontroller on the evaluation board?"

There is no way to record I and Q with the GUI.  The I and Q pins were connected to the microcontroller to provide for the possibility of processing the I/Q samples, but the MAX2771 GUI does not support this.
 
Tags: RF Integrated Receivers Q data record q MAX2771 MAX2771 GUI gui I data KA-12585 gps i Show More
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