CN0248

IQ demodulator-based IF to baseband receiver with variable IF and baseband gain and programmable baseband filtering

Schematic PCB

CN0283

Provides fixed power gain at the output of the IQ modulator

Schematic PCB

CN0285

Wideband Low Error Vector Magnitude (EVM) Direct Conversion Transmitter

Schematic PCB

CN0290

Extending the low-frequency range of high-performance phase-locked loops

Schematic PCB

CN0294

Increase the number of clock source outputs using low-jitter LVPECL fanout buffers

Schematic PCB

CN0311

Wideband low error vector magnitude (EVM) direct conversion transmitter using LO divide-by-2 modulator

Schematic PCB

CN0320

IQ demodulator-based IF to baseband receiver with variable IF and baseband gain and programmable baseband filtering

Schematic PCB

CN0340

True RMS RF detector with 95 dB detection range

Schematic PCB

CN0187

Crest factor, peak and rms RF power measurement circuit optimized for high speed, low power and single 3.3 V supply

Schematic PCB

CN0174

Low-Noise 12 GHz Microwave Fractional-N Phase-Locked Loop (PLL) Using Active Loop Filter and RF Prescaler

Schematic PCB

CN0171

Low noise, low distortion single-ended input driver circuit for differential input IF sampling ADC

Schematic PCB

CN0178

Software calibrated 50 MHz to 9 GHz RF power measurement system

Schematic PCB

CN0150

Build a software-calibrated 1 MHz to 8 GHz, 70 dB RF power measurement system using the AD8318 logarithmic detector

Schematic PCB

CN0147

Utilizing the ADP150 low-noise LDO regulator to power the ADF4350 PLL and VCO to reduce phase noise

Schematic PCB

CN0144

Using LO two-way modulator to build a wideband low-EVM direct conversion transmitter

Schematic PCB

Calibration system for pressure transmitter based on AD855X programmable gain amplifier

This reference design addresses this need for pre-factory calibration and provides a complete multi-channel fully automatic calibration system for pressure transmitter calibration before leaving the factory.

Schematic PCB

1/8 brick power module based on ADP1051

The 1/8 brick power module in this reference design is designed based on the 1/8 brick power supply standard defined by the Distributed Power Open Standards Alliance (DOSA). This power module uses an Analog Devices ADP1051 to control the energy conversion from input to output.

Schematic PCB

High-efficiency and low-cost 400W power supply design based on ADP1051

This reference design uses the ADP1051, a newly launched low-cost and highly integrated power supply chip from ADI, to control the energy conversion from input to output. This power supply design comprehensively considers factors of efficiency and cost, and designs a solution with optimal efficiency and cost at the 400W power level. It is suitable for power amplifier power supply systems of wireless communication base stations and railway power supply systems in the industrial field.

Schematic PCB

ADSP-CM408F power distribution automation solution

The ADSP-CM40X series of processor chips are the latest products launched by ADI based on the ARM Cortex M4 core. The product's processor has a main frequency of up to 240Mhz, integrates a high-performance 16bits ADC, harmonic analysis engine (HAE) and rich memory and external interface resources. It is very suitable for medium and low-voltage relay protection products, distribution automation terminals, and motors. Servo drive control and other applications.

Schematic PCB

Motor control system based on ADSP-CM408

For motor control systems, ADI can provide complete solutions covering all important devices in the signal chain. Related products include analog-to-digital/digital-to-analog converters, amplifiers, embedded processors, iCoupler® digital isolators and power management devices. These high-performance devices and increased system integration help achieve newer topology designs and bring value to customers' differentiated system designs.

Schematic PCB