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Products Mentioned

ADF4350 Production
The ADF4350 allows implementation of fractional-N or integer-N phase-locked loop (PLL) frequency synthesizers if used with an external loop filter and...
Datasheet
ADF4350 on Analog.com

HMC7043 Recommended for New Designs
The HMC7043 is designed to meet the requirements of multicarrier GSM and LTE base station designs, and offers a wide range of clock management and distribution...
Datasheet
HMC7043 on Analog.com

HMC829 Last Time Buy
The is a low noise, wide band, Fractional N Phase-Locked-Loop (PLL) that features an integrated Voltage Controlled Oscillator (VCO ) with a fundamental...
Datasheet
HMC829 on Analog.com

ADP150 Production
The ADP150 is an ultralow noise (9 μV), low dropout, linear regulator that operates from 2.2 V to 5.5 V and provides up to 150 mA of output current. The...
Datasheet
ADP150 on Analog.com

HMC702 Last Time Buy
The HMC702 is a SiGe BiCMOS fractional-N frequency synthesizer. The synthesizer includes a 8GHz 16-bit RF N-Divider, a 24-bit delta-sigma modulator, a...
Datasheet
HMC702 on Analog.com

HMC832A Last Time Buy
The HMC832A is a 3.3 V, high performance, wideband, fractional-N, phase-locked loop (PLL) that features an integrated voltage controlled oscillator (VCO...
Datasheet
HMC832A on Analog.com

HMC8362 Recommended for New Designs
The HMC8362 is a gallium arsenide (GaAs), quadband, monolithic microwave integrated circuit (MMIC), voltage controlled oscillator (VCO) designed to offer...
Datasheet
HMC8362 on Analog.com

HMC8401-DIE Recommended for New Designs
The HMC8401 is a gallium arsenide (GaAs), pseudomorphic high electron mobility transistor (pHEMT), monolithic microwave integrated circuit (MMIC). The...
Datasheet
HMC8401-DIE on Analog.com

HMC828 Obsolete
The HMC828LP6CE is a fully functioned Fractional-N Phase-Locked-Loop (PLL) Frequency Synthesizer with an Integrated Voltage Controlled Oscillator (VCO...
Datasheet
HMC828 on Analog.com

ADF4355-2 Recommended for New Designs
The ADF4355-2 allows implementation of fractional-N or integer-N phase-locked loop (PLL) frequency synthesizers when used with an external loop filter...
Datasheet
ADF4355-2 on Analog.com

HMC8400-DIE Production
The HMC8400 is a gallium arsenide (GaAs), pseudomorphic high electron mobility transistor (pHEMT), monolithic microwave integrated circuit (MMIC). The...
Datasheet
HMC8400-DIE on Analog.com

HMC838 Obsolete
The HMC838LP6CE is a fully functioned Fractional-N Phase-Locked-Loop (PLL) Frequency Synthesizer with an Integrated Voltage Controlled Oscillator (VCO...
Datasheet
HMC838 on Analog.com

HMC860 Last Time Buy
The HMC860LP3E is a BiCMOS ultra low noise quad-output voltage regulator. It features a low noise band-gap reference externally decoupled for best in-close...
Datasheet
HMC860 on Analog.com

HMC7044 Recommended for New Designs
The HMC7044 is a high performance, dual-loop, integer-N jitter attenuator capable of performing reference selection and generation of ultralow phase noise...
Datasheet
HMC7044 on Analog.com

HMC824 Obsolete
The HMC824LP6CE is a fully functioned Fractional-N Phase-Locked-Loop (PLL) Frequency Synthesizer with an Integrated Voltage Controlled Oscillator (VCO...
Datasheet
HMC824 on Analog.com

HMC834 Last Time Buy
The HMC834LP6GE is a low noise, wide band, Fractional-N Phase-Locked-Loop (PLL) that features an integrated Voltage Controlled Oscillator (VCO) with a...
Datasheet
HMC834 on Analog.com

HMC835 Last Time Buy
The HMC835LP6GE is a low noise, wide band, Fractional-N PLL that features an integrated VCO with a fundamental frequency of 2020 to 4100 MHz, and an integrated...
HMC835 on Analog.com

HMC8325 Recommended for New Designs
The HMC8325 is an integrated E-band gallium arsenide (GaAs), monolithic microwave integrated circuit (MMIC), low noise amplifier (LNA) chip that operates...
Datasheet
HMC8325 on Analog.com

HMC821 Last Time Buy
The HMC821LP6CE is a fully functioned Fractional-N Phase-Locked-Loop (PLL) Frequency Synthesizer with an Integrated Voltage Controlled Oscillator (VCO...
Datasheet
HMC821 on Analog.com

HMC837 Obsolete
The HMC837LP6CE is a fully functioned Fractional-N Phase-Locked-Loop (PLL) Frequency Synthesizer with an Integrated Voltage Controlled Oscillator (VCO...
Datasheet
HMC837 on Analog.com

HMC8200 Recommended for New Designs
The HMC8200LP5ME is a highly integrated intermediate frequency (IF) transmitter chip that converts the industry standard 300 MHz to 400 MHz IF input signals...
Datasheet
HMC8200 on Analog.com

ADM7150 Recommended for New Designs
The ADM7150 is a low dropout linear regulator that operates from 4.5 V to 16 V and provides up to 800 mA of output current. Using an advanced proprietary...
Datasheet
ADM7150 on Analog.com

ADP7104 Recommended for New Designs
The ADP7104 is a CMOS, low dropout linear regulator that operates from 3.3 V to 20 V and provides up to 500 mA of output current. This high input voltage...
Datasheet
ADP7104 on Analog.com

ADM7170 Recommended for New Designs
The ADM7170 is a CMOS, low dropout linear regulator (LDO) that operates from 2.3 V to 6.5 V and provides up to 500 mA of output current. This high output...
Datasheet
ADM7170 on Analog.com

HMC701 Last Time Buy
The HMC701LP6CE is a SiGe BiCMOS fractional-N frequency synthesizer. The synthesizer includes a 8GHz 16-bit RF N-Divider, a 24-bit delta-sigma modulator...
Datasheet
HMC701 on Analog.com

HMC8364 Recommended for New Designs
The HMC8364 is a gallium arsenide (GaAs), quadband, monolithic microwave integrated circuit (MMIC), voltage controlled oscillator (VCO) designed to offer...
Datasheet
HMC8364 on Analog.com

HMC703 Last Time Buy
The HMC703 fractional synthesizer is built upon the high performance PLL platform also contained in the HMC704 and Hittite’s latest generation of PLL...
Datasheet
HMC703 on Analog.com

HMC8205 Recommended for New Designs
The HMC8205BF10 is a gallium nitride (GaN) broadband power amplifier delivering 45.5 dBm (35 W) with 38% power added efficiency (PAE) across an instantaneous...
Datasheet
HMC8205 on Analog.com

ADF4351 Recommended for New Designs
The ADF4351 allows implementation of fractional-N or integer-N phase-locked loop (PLL) frequency synthesizers when used with an external loop filter and...
Datasheet
ADF4351 on Analog.com

HMC700 Last Time Buy
The HMC700LP4(E) is a SiGe BiCMOS fractional-N frequency synthesizer. The synthesizer includes a very low noise digital phase frequency detector (PFD)...
Datasheet
HMC700 on Analog.com

HMC8327 Obsolete
The HMC8327LG is a fully integrated System In Package (SiP) in-phase/quadrature (I/Q) downconverter that operates between an RF input frequency range of...
Datasheet
HMC8327 on Analog.com

ADF4355-3 Recommended for New Designs
The ADF4355-3 allows the implementation of fractional-N or integer-N phase-locked loop (PLL) frequency synthesizers when used with an external loop filter...
Datasheet
ADF4355-3 on Analog.com

HMC8326 Obsolete
The HMC8326LG is a fully integrated System In Package (SiP) in-phase/quadrature (I/Q) downconverter that operates between an RF input frequency range of...
Datasheet
HMC8326 on Analog.com

HMC830 Last Time Buy
The HMC830LP6GE is a low noise, wideband, Fractional-N Phase-Locked-Loop (PLL) that features an integrated Voltage Controlled Oscillator (VCO) with a fundamental...
Datasheet
HMC830 on Analog.com

HMC7044B Recommended for New Designs
The HMC7044B, which is the revised version of the HMC7044, is a high performance, dual loop, integer N jitter attenuator capable of performing reference...
Datasheet
HMC7044B on Analog.com

HMC831 Obsolete
The HMC831LP6CE is a fully functioned Fractional-N Phase-Locked-Loop (PLL) Frequency Synthesizer with an Integrated Voltage Controlled Oscillator (VCO...
Datasheet
HMC831 on Analog.com

HMC7043B Recommended for New Designs
The HMC7043B, which is a revised version of the HMC7043, is a high-performance clock buffer for the distribution of ultra-low phase noise references for...
Datasheet
HMC7043B on Analog.com

HMC826 Obsolete
The HMC826LP6CE is a fully functioned Fractional-N Phase-Locked-Loop (PLL) Frequency Synthesizer with an Integrated Voltage Controlled Oscillator (VCO...
Datasheet
HMC826 on Analog.com

ADP151 Production
The ADP151 is an ultralow noise, low dropout (LDO) linear regulator that operates from 2.2 V to 5.5 V and provides up to 200 mA of output current. The...
Datasheet
ADP151 on Analog.com

HMC1060 Last Time Buy
The HMC1060LP3E is a BiCMOS ultra low noise quad-output linear voltage regulator targeted at high performance applications requiring superb power supply...
Datasheet
HMC1060 on Analog.com

HMC833 Last Time Buy
The HMC833LP6GE is a low noise, wide band, Fractional-N Phase-Locked-Loop (PLL) that features an integrated Voltage Controlled Oscillator (VCO) with a...
Datasheet
HMC833 on Analog.com

HMC8342 Recommended for New Designs
The HMC8342 is a gallium arsenide (GaAs), monolithic microware integrated circuit (MMIC), ×2 active broadband frequency multiplier. When driven by a 5...
Datasheet
HMC8342 on Analog.com

ADF5355 Recommended for New Designs
The ADF5355 allows implementation of fractional-N or integer-N phase-locked loop (PLL) frequency synthesizers when used with an external loop filter and...
Datasheet
ADF5355 on Analog.com

HMC822 Last Time Buy
The HMC822LP6CE is a fully functioned Fractional-N Phase-Locked-Loop (PLL) Frequency Synthesizer with an Integrated Voltage Controlled Oscillator (VCO...
Datasheet
HMC822 on Analog.com

HMC839 Last Time Buy
The HMC839LP6CE is a fully functioned Fractional-N Phase-Locked-Loop (PLL) Frequency Synthesizer with an Integrated Voltage Controlled Oscillator (VCO...
Datasheet
HMC839 on Analog.com

HMC8402-DIE Recommended for New Designs
The HMC8402 is a gallium arsenide (GaAs), pseudomorphic high electron mobility transistor (pHEMT), monolithic microwave integrated circuit (MMIC), low...
Datasheet
HMC8402-DIE 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
  • 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?

Recommended regulators for ADI PLLs and VCOs

Recommended regulators for ADI PLLs and VCOs by ADIApproved

PLL Recommended regulator
Low power standalone PLLs and the ADF4360-x narrowband PLL/VCO family (< 100 mA); e.g. ADF41xx, ADF42xx, ADF4360-x

Use the ADP150 regulator; good performance, low cost.

Use ADP7104 for 5 V rails (this is often shared with the VCO supply).

ADF4350 and ADF4351: medium performance wideband PLL/VCO (< 150 mA) ADP150 (if two are used) or ADP151 (if using one); good performance, low cost
Best performance ADF4355 and ADF5355 wideband PLL/VCO (< 400 ma) ADM7150 or ADM7170; lowest noise and best performance
HMC narrowband and tri-band PLL/VCOs: HMC820, HMC821, HMC822, HMC824, HMC826, HMC828, HMC831, HMC836, HMC837, HMC838, HMC839, HMC840 HMC860
Wideband PLL/VCOs: HMC829, HMC830, HMC832, HMC832A, HMC833, HMC834, HMC835 HMC1060
HMC fractional-N PLLs: HMC700, HMC701, HMC702, HMC703, HMC704 HMC860
Tags: adm7170 hmc834 adp7104 adp150 hmc838 Integer-N PLL hmc703 hmc833 hmc835 hmc826 hmc829 hmc701 hmc839 hmc1060 adf4355 adf4351 hmc822 hmc836 hmc824 hmc700 Fractional-N PLL adp151 hmc830 hmc837 Phase Locked Loop with Integrated VCO adf4350 hmc832a hmc828 hmc821 LDO Linear Regulators hmc831 hmc704 hmc860 adm7150 Phase Locked Loop (PLL) Synthesizer & Translation Loop Positive Linear Regulators (LDO) hmc840 hmc820 adf5355 hmc832 hmc702 Show More
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