The moon is bright in my hometown, and the goods are official! ADI China Online Mall Inventory and Gifts Double Upgrade!
The moon is bright in my hometown, and the goods are official!
ADI China Online Mall
Direct purchase from official website, spot sale,
Quality assurance and worry-free after-sales service!
Double Festival is approaching,
ADI China’s online mall product inventory has been upgraded again.
A large number of products and evaluation boards are available,
Come and search for the products you need~
The inventory is new and the gifts are also upgraded!
From now on, place an order and get a free gift
A wonderful gift, welcome to receive it!
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From September 11th to October 31st , if you place an order in the ADI China online mall, you can receive an exquisite gift prepared by ADI by using the email address you used to log in to your myAnalog account when placing the order .
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Scan the QR code below to provide the myAnalog email address you use when placing orders in the ADI China online mall;
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After review, we will distribute the prizes within 5 working days after your order starts shipping;
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The prize delivery address is the information you provide in the form;
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The same customer (myAnalog email address) can only claim the prize once.
Hot-selling chips and evaluation boards recommended
The ADALM2000 active learning module is an affordable USB-powered software-defined instrument with built-in 12-bit ADC and DAC running at 100 MSPS. It can realize the functions of high-performance laboratory equipment in a palm-sized device, making it accessible to electrical engineering students and hobbyists. Researchers can explore signals and systems in the tens of MHz range without the cost and capacity associated with traditional experimental equipment.
ADALM2000，¥1,632.74
AD-M2KCBL-EBZ，¥64.05
The LTM4700 is a dual 50A or single 100A step-down μModule (power module) DC/DC regulator with remote configurability and power supply via PMBus, an open standard digital interface protocol based on I2C Telemetry monitoring function for management parameters. The LTM4700 incorporates fast analog control loops, precision mixed-signal circuitry, EEPROM, power MOSFETs, inductors and supporting components .
LTM4700IY, starting from 1,467.43
LTM4700IY#PBF, starting from ¥1,177.03
DC2702B-B，¥650.74
DC2702B-A，¥587.51
Demonstration circuit DC388 uses the LTC1923 thermoelectric cooler (TEC) controller. It provides a complete temperature control solution for TEC-based temperature control of fiber lasers. The laser temperature can be controlled above or below ambient temperature, with set point stability typically within 0.05ºC over widely varying ambient temperatures. Use a screwdriver driven potentiometer or 14-bit onboard DAC to establish the temperature set point.
DC388C，¥1,016.83
An automotive audio bus (A 2 B) system consists of a single master and at least one slave, where the transceiver on the master controller acts as the master. The master transceiver generates clock, synchronization and framing signals for all slave nodes and is programmable via the control bus (I 2 C) for configuration and readback.
An extended version of this control bus is built into the A2B data stream, allowing the master to directly access the registers of the slave transceiver and the I2C connected peripherals on the slave node. The transceiver connects directly to PDM microphones and multiple peripherals via I2C and multi-channel I2S/TDM interfaces . Finally, the transceiver also supports an A2B bus-powered feature, where the master node supplies voltage and current to the slave nodes via the same twisted pair cables daisy-chained for the communications link, eliminating the need for bus-powered slaves. Power supply on the node. Because a given A2B system can adopt a variety of configurations, multiple evaluation platforms can be used in combination to verify system operation
EVAL-AD2428WG1BZ，¥1,265.71
Demonstration Circuit 1941 is an isoSPI transceiver board based on the LTC6820. The LTC6820 provides a method for interconnecting standard Serial Peripheral Interface (SPI) devices through a single twisted-pair connection. This proprietary 2-wire interface is called isoSPI. The LTC6820 encodes SPI signals up to 1Mbps into differential isoSPI signals transmitted over twisted pair wires and simple pulse transformers. On the other end of the twisted pair, the isoSPI signal can be converted back to SPI (using another LTC6820).
DC1941D，¥589.36
DC590B，¥474.41
DC1894B，¥1,339.41
DC1942C，¥1,178.71
DC2026C，¥693.31
The Class A 2 BD amplifier module utilizes Analog Devices' low-latency A2B audio bus technology and features an AD2428W A 2 B transceiver (acting as an A2B slave) that accepts audio from the A2B nodes connected in the system via the A2B bus . The ADZS-AUDIOA 2 BAMP module drives the received A 2 B data to a pair of high-efficiency, digital input, stereo SSM3582 Class D audio amplifiers. Audio is transmitted to the amplifier digitally, minimizing the possibility of signal corruption in digital environments.
ADZS-AUDIOA2BAMP, starting from ¥916.16
ADPD188BI is a complete photometric system that utilizes optical dual-wavelength technology for smoke detection. The module integrates a high-efficiency photometric front-end, two light-emitting diodes (LEDs) and two photodiodes (PD). The devices are sealed in a custom package that prevents light from the LED from directly hitting the photodiode before entering the smoke detection cavity.
ADPD188BI-ACEZR7, starting from ¥53.09
EVAL-ADPD188BIZ-S2，¥542.32
EVAL-CN0537-ARDZ， ¥456.12
AD5933 is a high-precision impedance converter system with an on-chip integrated frequency generator and 12-bit, 1 MSPS ADC. Frequency generators allow external complex impedances to be excited with a known signal. The response signal of the external impedance is sampled by the on-chip ADC and then DFT processed by the on-chip DSP engine at each excitation frequency.
The EVAL-AD5933EBZ evaluation board also integrates a high-performance trimmed 16 MHz surface-mount crystal oscillator, which can be used as the system clock for the AD5933 if needed. The AD5933 can be interfaced to via a USB microcontroller, which generates the I2C signals required to communicate with the AD5933.
Interfacing with the USB microcontroller is
via a Visual Basic graphical user interface located on and run from the PC
.
EVAL-AD5933EBZ，¥447.71
The EV-ADF4371SD2Z evaluates the performance of the ADF4371 frequency synthesizer with integrated voltage-controlled oscillator (VCO) suitable for phase-locked loops (PLL). This evaluation board contains the ADF4371 frequency synthesizer with integrated VCO, USB interface, power connector, and micro-A (SMA) connector. This board requires the SDP-S board (not provided in the kit). The EVADF4371SD2Z device can be software programmed using SDP-S.
EV-ADF4371SD2Z，¥6,851.39
ADL5511-EVALZ is a 4-layer FR4 printed circuit board. For normal operation, it requires 5V/100 mA power. The 5V supply should be connected to the clip leads labeled VPOS and GND. The RF input signal is applied to an edge-mounted SMA RF connector (RFIN). The envelope output signal is accessible via the SMA connector labeled VENV. The RMS output and envelope reference signals are accessible via clip leads labeled VRMA and EREF. To access the RMS output and envelope reference output via SMA cables, you can solder the SMA connectors to the pads labeled VRMS1 and EREF1.
ADL5511-EVALZ，¥1,065.07
EV-ADF4360-7EB1Z
The EV-ADF4360-7EB1Z evaluation board is designed to evaluate the performance of the ADF4360-7 frequency synthesizer consisting of an integrated PLL and VCO. The evaluation board contains the ADF4360-7BCPZ, USB connector, and SMA connector for RF output. The unpopulated SMA form factor accommodates power, chip enable (CE), and external reference inputs. The evaluation board also contains loop filters to form the PLL. If necessary, it can be modified according to the user's PLL requirements. The board comes with a cable for connecting to a PC parallel port for software programming.
EV-ADF4360-7EB1Z，¥1,119.09
The AD8418A is a high voltage, high resolution current shunt amplifier. Setting the initial gain to 20 V/V, the maximum gain error over the entire temperature range is ±0.15%. The buffered output voltage can be connected directly to any typical converter. The AD8418A has excellent input common-mode rejection when the input common-mode voltage ranges from −2 V to +70 V; it is capable of bidirectional current measurements across shunt resistors and is suitable for a variety of automotive and industrial applications, including motor control, Power management and solenoid valve control, etc.
Evaluation board AD8418ARM-EVALZ is a bidirectional, zero-drift, current-sense amplifier supporting the AD8418A in MSOP packaging.
AD8418ARM-EVALZ,¥203.36
AD8418AR-EVALZ,¥196.45
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