The ADuM3195 is an isolation amplifier based on Analog Devices' iCoupler® technology. The ADuM3195 has very low offset and gain errors, making it suitable for a variety of isolated voltage sensing applications. Unlike optocoupler-based solutions with uncertain current transfer ratios over lifetime and high temperatures, the ADuM3195's transfer function remains unchanged over its lifetime and also has a wide −40°C to +125°C temperature range. It is stable. The ADuM3195 contains a wideband operational amplifier that is widely used in a variety of applications. The ADuM3195 includes two precision 2.5V reference outputs.
*Manufacturer product page: ADuM3195

■ Application
·inverter
・DC/DC converter
・In-vehicle charger

■ Evaluation board
・ EVAL-ADUM3195

ADA4510-2 has dual channel, 40 V, high precision, low input bias current, low offset voltage, low offset voltage drift, low noise, rail-to-rail inputs and outputs, including sensing, conditioning, and output drive It is an operational amplifier that can be used at any point in the signal chain. Using Analog Devices' proprietary DigiTrim™ technology, the ADA4510-2 offers best-in-class low offset drift (±0.07 nV/°C typical, ±0.500 nV/°C maximum) and low offset voltage (±5 μV typical, ±20 μV) to simplify temperature calibration in precision designs.
*Manufacturer product page: ADA4510-2

■ Application
・Electronic testing and measurement
・Data collection system
・Automatic testing equipment
·Medical equipment
・Multiplexed input signal chain
・High precision current measurement
・Photodiode amplifier

■ Evaluation board
・ EVAL-ADA4510-2

The ADPD7000 is a highly integrated analog front end (AFE) for measuring various biological signals. The optical channel is designed as an optical transceiver to excite up to eight light emitting diodes (LEDs) and measure the return signal with up to four separate current inputs. The signal chain can eliminate signal offsets and corruptions commonly caused by asynchronous modulation interference caused by ambient light, without the need for optical filters or externally controlled DC cancellation circuits.

*Manufacturer product page: ADPD7000

■ Application
・Wearable health/fitness monitor: heart rate, heart rate change, oxygen saturation,
Bioimpedance analysis, body water content analysis, non-invasive blood pressure without cuff
・Clinical patient monitors: small for bedside use, portable for home use, small for remote locations
・Industrial monitoring: particle, aerosol, and gas detection
・Detection of conductivity

■ Evaluation board
・EVAL-ADPD7000

The MAX20810 is a fully integrated, high-efficiency step-down DC/DC switching regulator with a PMBus interface. The device operates from a 2.7V to 16V input supply and can regulate the output from 0.4V to 5.8V to deliver up to 10A of load current. The device's switching frequency is programmable from 500kHz to 2MHz, allowing the design to be optimized for size and performance.
*Manufacturer product page: MAX20810

■ Application
・Data center power supply
·Communication device
・Network equipment
・Server and storage
・Point-of-load voltage regulator

■ Evaluation board
・MAX20810EVKIT

The MAX17614 is an ideal diode/power selector device. Provides system adjustable protection boundaries for positive and negative input faults up to +60V and -65V and output load currents up to 3A. The MAX17614 features two internal series-connected nFETs with a low cumulative RON of 130mΩ (typ) that can be used to implement an ideal diode function to improve system efficiency and provide reverse input voltage and reverse current protection. can.
*Manufacturer product page: MAX17614

■ Application
・Total solution size is small
・Reduced response time
・Strict current limit accuracy

■ Evaluation board
・ MAX17614EVKIT

The MAX77859 is a highly efficient, high-performance buck-boost converter designed for systems requiring a wide input voltage range (2.5V to 22V). The MAX77859 can deliver up to 6A of output current in buck mode and 4A in boost mode (VIN = 3.7V, VOUT = 5V). The MAX77859 allows the system to dynamically change the output voltage through an I2C serial interface. The MAX77859A features an IC-adjustable (10mΩ sense resistor) output current limit with 50mA/step resolution to meet USB-C PPS requirements. The MAX77859B is a non-PPS version optimized for low quiescent current. Systems equipped with the MAX77859 can provide high output voltages to fast-charging peripherals, minimizing power loss between cables and connectors and reducing charging time.
*Manufacturer product page: MAX77859

■ Application
・I2C interface target address (4 options)
・Switching current limit threshold (4 options)
・Selection of feedback resistor (internal or external)

■ Evaluation board
・ MAX77859WEVKIT

The ADL5960 is a wideband, small form factor vector network analyzer front end consisting of a resistive bidirectional bridge, a downconversion mixer, a programmable IF amplifier and filter, and a flexible local oscillator (LO) interface. This bridge provides over 14dB directivity up to 17GHz.
*Manufacturer product page: ADL5960

■ Application
・Broadband, multiport vector network analyzer
・S parameter magnitude and phase measurement
・Inline RF power measurement
・Automatic testing equipment
・Reflectance meter
・Material analysis

■ Evaluation board
・EVAL-ADL5960

The analog output ADXL358 is a low noise density, low 0g offset drift, low power 3-axis accelerometer with selectable measurement range. The ADXL358B supports ±10g and ±20g ranges, and the ADXL358C supports ±10g and ±40g ranges. The ADXL358 offers industry-leading low noise, minimal offset drift over temperature, and long-term stability to enable precision applications with minimal calibration.
*Manufacturer product page: ADXL358

■ Application
・Inertial Measurement Unit (IMU) / Attitude and Direction Reference System (AHRS)
・Platform stabilization device
・Monitoring of social infrastructure structures
・Seismic image imaging
・Tilt detection
·robot
・Status monitoring

■ Evaluation board
・EVAL-ADXL358

The ADG1408L is a monolithic iCMOS® 8-channel analog multiplexer. The ADG1408L switches one of its eight inputs to a common output as determined by 3-bit binary address lines (A0, A1, A2). Use the EN input to enable or disable the device. When disabled, all channels are turned off. When turned on, each channel carries the signal equally in both directions. Additionally, each channel has an input signal range that extends to the supplies.
*Manufacturer product page: ADL1408L

■ Application
・FPGA and microcontroller systems
・Replacement of relay parts
・Audio and video routing
・ATE (Automatic Test Equipment)
・Data acquisition system
·Communications system

■ Evaluation board
・ EVAL-ADG1408L

The ADG6412 consists of four independent single-pole, single-throw (SPST) switches. The ADG6412 switch is turned on when the digital control input is logic 1. When each switch is turned on, the signal is transmitted evenly in both directions. In addition, the input signal range for each switch is from VSS to VDD - 2V. When the switch is open, signal levels up to the supply voltage are blocked.
*Manufacturer product page: ADG6412

■ Application
・ATE (Automatic Test Equipment)
・Data acquisition
·Measuring instrument
・Avionics equipment
・Audio/video switching
·Communications system
・Replacement of relay parts

■ Evaluation board
・ EVAL-ADG6412

The ADG2412 consists of four independent single-pole, single-throw (SPST) switches. The ADG2412 switch is turned on when the digital control input is logic 1. When each switch is turned on, the signal is transmitted evenly in both directions. In addition, the input signal range for each switch is from VSS to VDD - 2V. When the switch is open, signal levels up to the supply voltage are blocked.
*Manufacturer product page: ADG2412

■ Application
・ATE (Automatic Test Equipment)
・Data acquisition
·Measuring instrument
・Avionics equipment
・Audio/video switching
·Communications system
・Replacement of relay parts

■ Evaluation board
・ EVAL-ADG2412