REP012: Cellular LNA achieving +20dBm IIP3 in low-gain high-linearity mode

Reference design (RD) shows a dual-band, triple-mode CDMA front-end IC tuned to provide +20dBm in low-gain high-linearity mode. The RD features a CDMA low-noise amplifier (LNA) that is also useful for TDMA, GSM, EDGE, and WCDMA applications.The MAX2323 LNA/mixer is featured.

Schematic PCB

S32K142EVB: S32K142 evaluation board

S32K142 Evaluation Board

REP002: Dual-band IS-136 TDMA RF front-end application circuit

Reference design (RD) is for a dual-band IS-136 TDMA RF front-end. Data show that the MAX2321 dual-band low-noise amplifier (LNA) and mixer IC exceeds IS-136 specifications and needs no additional or special components as a front-end for a TDMA application.

Schematic PCB

License plate recognition system

Nuvoton smart meter solution uses NuMicro® M2351/M2354 microcontroller based on Armv8-M TrustZone® architecture. By integrating in-house security technology, the solution provides the infrastructure for Advanced Meter Infrastructure (AMI), including device identification, communications security, remote management and secure over-the-air firmware updates (OTA).

XKT560P: Evaluation system supporting NXP MPC560xP

MC56F8323EVME: Evaluation Kit for MC56F832x and MC56F812x Digital Signal Controllers

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

DVB-T Receiver Reference Design for the MAX3580

The MAX3580 DVB-T reference design meets NorDig 1.0.3 and MBRAI requirements. This NIM design includes the MAX3580 direct-conversion tuner and a DVB-T demodulator/decoder. A discrete, active loop-through with low power consumption and low cost is included. Target applications include digital televisions, digital terrestrial set-tops, laptop televisions, automotive televisions, and USB peripherals.

Long-range TOF multi-machine jamming system

TOF (Time of Flight) is a key technology in the field of 3D depth detection. The AFE (analog front-end chip) drives the infrared laser to emit modulated light pulses to the detection target, and then uses the image sensor to receive the light reflected from the object, and calculates the distance between the target and the camera by calculating the round-trip flight time of the light. TOF technology can be divided into CMOS TOF and CCD TOF according to the type of image sensor.
The ADI TOF system uses CCD as the image sensor, and can be matched with light sources of different intensities for applications in different distance modes. In addition, ADI TOF is based on a pulse-based test method, which can make long-distance detection easier.

Schematic PCB

NCX3340S32KEVB: Automotive NFC NCx3340 add-on board for S32K144 EVB

CN0296

Low cost, high performance SOUND BAR system

Schematic PCB

SJA1105Q-EVB: Ethernet switch and PHY evaluation board.

FRDM-KL25Z: Freedom development platform for Kinetis ^® KL14, KL15, KL24 and KL25 MCUs

Freedom KL25Z is an ultra-low-cost development platform for Kinetis ^{® L series MCUs based on Arm ®} Cortex ^® -M0+ processor .

Schematic PCB

OM13537: SA630D Demonstration Board

S32K116-Q048 Universal Evaluation Board

Schematic PCB

RF transceiver reference design tuned to 868 MHz using wireless MCU AXM0F243

OM13533: SA636BS Evaluation Demonstration Board

KITVR5510xA0EVM: VR5510 Evaluation Board

PCT2075DP-ARD: Arduino Shield

3S3P Automotive Tail Light (RCL) LED Driver Reference Design

This application note presents a reference design for a rear combination lamp (RCL) LED driver in a 3-series, 3-parallel (3S3P) configuration. Using the MAX16823 linear driver and external BJTs, this design provides 200mA per string as well as enhanced heat dissipation. Also included is PWM dimming circuitry for tail-light inputs and full brightness for brake-light inputs. Double-battery and load-dump conditions have been taken into consideration.