BGU7045 evaluation board for set-top box low noise amplifier with bypass function

Schematic PCB

BGU7044 Evaluation Board for Set Top Box Low Noise Amplifier

Schematic PCB

BGU7042 Evaluation Board for Set-Top Box Low Noise Amplifiers with Bypass

Schematic PCB

BGU7033 evaluation board for set-top box low noise amplifier with programmable gain and bypass functionality

Schematic PCB

BGU7032 evaluation board for set-top box low noise amplifier with bypass function

Schematic PCB

BGU6102 Demonstration Board, 50 Ω FM Low Noise Amplifier, Embedded Antenna for Portable Applications

Schematic PCB

RS485 bus realizes power supply transmission scheme

Design features: Bus power evaluation, quick and easy testing of different bus power filters, configurable module application for master or slave, DC blocking bus capacitors, onboard receiver/transmitter enable/disable pull-up/pull-down resistors

Schematic PCB

Make a USB-C power supply (understand the principles of USB-PD in depth, including schematics and English design instructions, etc.)

A simple power supply design based on USB-PD, USB-PD allows to provide voltage up to 20V (current up to 5A), the author shared his design details, you can have an in-depth understanding of the working principle of USB-PD.

Schematic PCB

45W USB-PD/PPS power adapter solution using EZ-PD™ PAG1 and CoolGaN™

This 45W Type-C PPS reference design uses Infineon's EZ-PD™ PAG1s and PAG1P controllers and CoolGaN™ 600V GIT HEMT. The solution complies with international energy efficiency standards including DoE Level 6/CoC Level 2, and its standby power can be as low as less than 30 mW. The solution is tested to CE standards defined by CISPR32 Class B and achieves a high board-side power density of 17.71 W/in3. This solution is designed for use with USB PD (including PPS), QC power adapters. Adapters covering traditional charging protocols including Apple Charging, BC1.2, QC 3.0 and Samsung AFC are also supported. PAG1S and PAG1P jointly provide low BOM cost, high-performance solutions compatible with PD/PPS/QC.

Schematic PCB

65 W USB-PD dual-port reference design using EZ-PD™ PAG1S+P and CCG7D

This 65 W USB-PD type-C PPS charger reference design uses Infineon's EZ-PD™ PAG1S and PAG1P P controllers, EZ-PD™ CCG7D PD controller, and Infineon's high-voltage CoolMOS™ superjunction MOSFETs. The solution complies with DoE Level 6 international energy efficiency standards and passes conducted emissions testing in accordance with the EN 55032 B standard.

Schematic PCB

65W USB-C power adapter solution using EZ-PD™ PAG1

The 65W power adapter reference design is based on the EZ-PD™ PAG1s and PAG1P controllers. The solution complies with international energy efficiency standards including DoE Level 6/CoC Level 2 and passes conducted emissions testing as specified in the EN 55032 B standard. This solution is designed for use with USB-C PD (including PPS), QC power adapters. Adapters covering traditional charging protocols including Apple Charging, BC1.2, QC 3.0 and Samsung AFC are also supported. PAG1S and PAG1P together provide low BOM cost and high-performance solutions compatible with PD/PPS/QC.

Schematic PCB

65W USB-PD switching power supply reference design using XDPS21081

This is a reference design for a 65W USB-PD type C charger with a small form factor. Reference designs are designed to demonstrate performance by meeting various industry specifications and allowing for small form factor design requirements. Using Infineon digital flyback controller XDPS21081, 600V CoolMOS™ C7 superjunction MOSFET (IPL60R185C7), OptiMOS™ PD synchronous rectification MOSFET (BSC0802LS), 30V OptiMOS™ MOSFET (BSZ0905PNS) as a safety switch, small signal MOSFET (BSL606SN) and the EZ-PD™ CCG3PA USB Type-C controller.

Schematic PCB

pmod-gnss：GNSS PMOD、GPS + Glonass

This design is a PMOD with the ublox NEO GNSS receiver footprint. Able to receive GPS and GLONASS simultaneously.

Schematic PCB

OM7814: GPS Low Noise Amplifier Evaluation Board Using BGU7004

OM13530: SA6x4AHR Evaluation Demonstration Board

OM13536: SA639DH Demonstration Board

OM13312: SA636DK Evaluation Demonstration Board

The SA636DK evaluation demonstration board is used to evaluate the RF development platform for 110.592 MHz RF and 9.8 MHz IF.

OM13533: SA636BS Evaluation Demonstration Board

OM13532: SA616BS Evaluation Demonstration Board

OM13531: SA606DK Evaluation Demonstration Board