Example PCB Design Projects by NWES
We've made some of our favorite design examples available for community use on this page. These design examples were created for EDA clients or have been approved for public release by past design clients. All design files are available under a Creative Commons license (CC BY-NC-SA) for non-commercial usage. As more designs are created, we'll add them to this page.
By downloading these files, you acknowledge that you accept the Website Terms of Service and the Terms and Conditions on Usage of Open Source Designs.
| Project Name | Download |
|---|---|
6 GHz RF Signal GeneratorPN: PWRMOD-001, Last updated: May 2023 (Rev A)
This module generates a 6.3 GHz signal from a local oscillator and outputs over an SMA connector. The device includes a compact, low-noise regulator for generating the main bus voltage and a dual-rail regulator for generating the amplifier gate voltages. The amplifier on the device is listed with a maximum frequency of 6 GHz, but the response curves in the datasheet indicate the component can work up to approximately 8 GHz. Consider adding one additional header on the VTUNE net for the VCO so that the generated frequency can be manually adjusted if needed. Major components include:
|
Link |
3.3V Output Flyback Converter ModulePN: FLBACK-001, Last updated: October 2023 (Rev A)
This module converts 120 VAC RMS at 60-400 Hz to 3.3 V DC output. The module uses a custom transformer and the UCC28881 for switching. The flyback converter operates in voltage-control mode and outputs up to 1.2 A current. Major components include:
|
Link |
nRF52 Module With Battery PowerPN: NRFMOD-001, Last updated: December 2022 (Rev A)
This Bluetooth module is based on the nRF52 WLCSP fine-pitch BGA package. Includes an EEPROM, programming header, I/O header, batter connector, and power/battery management. USB charging is not included at this time. Major components include:
|
Link |
Dual ADC ModulePN: ADCEX-001, Last updated: December 2022 (Rev A)
This ADC module includes a rad-hard power regulator from Intersil and two ADCs: 1 isolated ADC and 1 non-isolated ADC. Input signals for the ADC and isolated +5V power are provided through 3 SMA connectors. An I/O pin header is included for access input/output data and programming the non-isolated ADC. Major components include:
|
Link |
USB to UART BridgePN: USBUART-001, Last updated: January 2023 (Rev A)
This module provides USB-to-UART conversion in a small form factor. The device includes additional ESD protection on the input and output sides of the device for added reliability. Additional protection could be implemented with an enclosure and a chassis guard ring applied to the board edge. Major components include:
|
Link |
USB to UART via RJ-45 ModulePN: USBUART-001, Last updated: April 2023 (Rev A)
This module provides USB-to-UART conversion over a shielded Ethernet connector for interfacing with networking equipment. This small form factor device is an alternative to older RS-232. The device includes additional ESD protection on the input and output sides of the device for added reliability. An enclosure and a chassis guard ring on the PCB could be used for additional ESD protection. Major components include:
|
Link |
LED Shield for Arduino UnoPN: LEDSHL-001, Last updated: June 2023 (Rev A)
This shield board for an Arduino Uno was originally created for the Altium Education program. This board includes a 12V to 5V regulator circuit and two CREE LEDs. It has been modified from its original version to include a 2-pin header for power input. Major components include:
|
Link |
USB Charger ModulePN: USBCHG-001, Last updated: January 2023 (Rev A)
This 2-port USB charger module operates at 12 V input with maximum power output of 15 W at 5 V (3 A maximum current) per port. This device uses edge connections for a pluggable interface, although it could be modified to include a through-hole connection to a pin interface or flying leads. Major components include:
|
Link |
Disclaimer: components or circuits used in these designs have not been evaluated by semiconductor vendors and NWES makes no guarantee of functionality. NWES cannot be held liable for any malfunctions, injury, or damages arising from the use of these example designs. NWES will not review your design, provide usage advice, or provide free design guidance for these example projects. Any user that downloads, modifies, manufactures, distributes, sells, or otherwise uses the design data posted here does so at their own risk. For more information, see our Terms of Service page.
Our Clients and Partners
