160 W + 160 W Dual BTL Class D Audio Amplifier Demonstration Board Based on TDA7498E
Microphone add-on board based on MP34DT05-A digital MEMS
The analyzer host computer directly uses Wireshark. The hardware is implemented using Cypress CY7C68013A MCU + Lattice LCMXO2 FPGA + Microchip USB3343 USB PHY
The NVT2008PW (OM13317) and NVT2010PW (OM13324) demonstration boards are designed to allow customers to evaluate NXP's 8- or 10-channel bidirectional voltage level translators.
Complete broadband driver and receiver solution for video over UTP for RGB, YPbPr and more
700 W - 48 V Demonstration Board using 2x STAC2942B for FM Broadcast Application (VHF Amplifier 87.5 - 108 MHz)
Wideband low error vector magnitude (EVM) direct conversion transmitter using LO divide-by-2 modulator
The SJA1124EVB is an evaluation board for the SJA1124 SPI to QuadLIN bridge that supports up to 16 LIN master channel connections when plugged into a microcontroller board.
The PCA8565 is a CMOS1 real-time clock and calendar suitable for low power applications. Programmable clock output, interrupt output, and undervoltage detector are also provided.
Sound Terminal 2.0-channel high-efficiency digital audio system based on STA333IS
New Analog/Analog Isolator Using Isolated Σ-Δ Modulator, Isolated DC/DC Converter and Active Filter
The PCA21125 is a CMOS1 real-time clock (RTC) and calendar ideal for low power applications with operating temperatures up to 125 °C.
OM14500/TJA1101 is designed for rapid evaluation of the TJA1101 Phy. It has direct access to MDI and MII/RMII interfaces and chip configuration bits
STA350BW Sound Terminal™ 2.1-channel high-efficiency digital audio system board
4 W/380 - 512 MHz reference design using PD84001 + PD54003L-E + LPF
10 W + 10 WD Class Audio Amplifier Demonstration Board Based on TDA7491P
OM13541UL is designed to evaluate the NXP PCAL6534. The PCAL6534 is a 34-bit general-purpose I/O expander that provides remote I/O expansion for most microcontroller families via the Fast Mode (Fm+) I²C-bus interface. The ultra-low voltage interface allows direct connection to microcontrollers operating with voltages as low as 0.8 V.