This post is going to about a really special FMC LPC board for Xilinx FPGA boards. This board allow you to Test MIPI Systems, Specially by not only Providing a Port for doing Normal MIPI RX from Camera or TX to display but also Emulating MIPI Camera by doing MIPI TX Camera Emulation and also emulating a Display by doing MIPI RX. This board is specially Designed for Testing MIPI Systems on FPGA and…
As I am working with more High end FPGA boards. I need more different type of peripheral pugged into my FPGA board with FMC connector. This board is going to about Why and how i designed FMC HPC PCIe M.2 carrier adapter card so that You can Plug NVMe SSD Drive or any other PCIe Peripheral in M.2 Form factor. As case with most modern FPGA board. They come with High density high speed expansion…
Prototyping with advanced FPGA boards is quite challenging, As they often have very high density connectors for expansions and peripherals. As with case with most Modern Systems Xilinx and many other vendors also have very High density very high speed connectors. On Xilinx FPGA have High speed connectors called FMC Connectors. These connectors allow users to attach high speed peripherals to FPGA…
This project is going to show you a very very small RF Signal Generator 35Mhz to 4.4Ghz on a Tiny PCB that can be easily integrated into project. this Project is complement to USB RF signal generator which I published few weeks ago. Project is based on Analog device ADF4351 Device Pinout Device Control Modes Schematic High Resolution Schematic PDF is available Project github PCB Firmware Firmware…
This post is going to be about how to Create FSBL for Zynq SOC, Using newer version of Vitis 2024.2 . Since Vitis Received update there are changes to well established process of creating FSBL previously with the old version of Wheatus it was very very easy to create FSBL but with the update 2024.2 there are some quite tricks which you need to do to be able to successfully create at FSBL. FSBL is…
This project is in continuation of the project that I have previously published making Sin Wave Galvanically Isolated Distribution Amplifier for GPSDO and Lab Reference. This Device is capable for producing very high voltage range ~14dBm Output on 10 Mhz . This device can be used for any frequency from 100Khz to 190Mhz This project is based on the previous GPDO Distribution board that I designed…
KLIP30 USB Programmable 30ps Fast Pulse Generator Programmable DC Coupled Output with 50mV to 1300mV Signal Amplitude with 50Ω Output Very Fast ~20ps Falling Time and 30ps Rise time with Uncertainties + 1.6ps to – 1.8ps Programmable output frequency PLL Supports 30Khz to 300Mhz Top Quality 27Ghz SMA Output Connector Aux In/Out Supports output AC Coupled 1.8Vpp output and input Support External…
This Project is going to be about making a fully open source USB Programmable RF signal Generator. Device cable of Generating Frequency upto 4.4Ghz Fully Programmable using USB. Device Support Driver free operation using USB HID . Fully programmable under Window, Linux or macOS using Provided Python or QT5 GUI Application using libHID. Cross platform Support and Raw HID support allow Programming…
This Post is going to be Ikea INSPELNING Tear down images. Showing Internal construction and quality. Schematic and Power supply and How they Measure Power consumption. Power Supply with BP2525 Power measurement with HLW8110
This post is going to be about Breakout board PCB for FMC Connector which are widely used on Xilinx High End FPGA board. LPC Low pinout connections do not have any GTY or GTH or GTX or MGT connections they have only differential normal SerDes connections ANSI/VITA 57.1 compliant YouTube Schematic Schematic has only 4 LPC rows connected directly to Top layer and board layer connector. 1.27 mm…
Ribbon cable are used to Distribute power to all other boards Input Primary power of 16 to 20 V and USB 5V both are distributed over Ribbon cable 3D Printed Part Plastic Part is Designed with Solidworks and Printed with PETG. PCB Source And 3D Design Files are Available github Repo https://github.com/circuitvalley/LM399_Voltage_reference
This is Next 3V1 revision of LM399 ADR1399KHZ based reference board, when i made my last version i received quite few small feedback form users , So I have again made few improvements in This forth version over Third reversion accumulating those suggestions. Fist improvements is, Board has LT3042 Ultralow Noise, Ultrahigh PSRR RF Linear Regulator To Supply 15V to the ADR1399 and LT1001 , This…
For new FPGA SoC related project, and i will be using Avnet MicroZed Zynq SOM board. But Avnet microZed Board has two 100 Pin fine pitch connectors for expansion, Which is impractical for prototyping so i decided to make my own breakout board. Finding Avent microzed GPIO breakout was little hard and official board has same VCCIO regulator for all banks and avnet board also does not have…
This small Article shows my solution to Low noise electronics bench lighting problem, Many electronics Measurement needs to be done in no electrical noise environment. I have repurposed 5$ 30V 3A Linear power supply for this purpose with Custom made LED Strip using philips Luxeon LEDs Primary Switching transistor is mounted directly on the Heat sink Standard Heat Sink Fit exactly on PCB holes LED…
This Small Article shows internals of PARASOLL Smart Door/Window Zigbee Sensor and analysis of its hall effect sensor using a oscilloscope Front PCB EFR32MG24 along with a LED , Oscillator and Passives for antenna. Back of the PCB has paring button along with a OC6811 DC-DC converter and MG3521 Halleffect sensor IC Video
This Small Article shows internals of Ikea Vallhorn PIR Motion Sensor Board uses EFR32MG21 Silicon labs Multiprotocol SOC along with 8601 Opamp IC from analog devices.
This Post is showing how to Reverse Engineer a Unknown FPGA Board which I got off Ebay. This board has Intel Cyclone IV FPGA EP4CGX22BF14 board can be found on internet with part number IBM 98Y2610 Schematic Source Example project is available on Github. https://github.com/circuitvalley/Intel_FPGA_Board_98Y2610
This is Third version of LM399 ADR1399KHZ based reference board, when i made my last version i received quite few small feedback form users , So I have again made few improvements in Third reversion accumulating those suggestions. Fist improvements is, Board has LT3042 Ultralow Noise, Ultrahigh PSRR RF Linear Regulator To Supply 15V to the ADR1399 and LT1001 , This regulator Offers reverse…
This post is going to be about designing and construction of PCI carrier card for Avnet Ultrazed Zynq Ultrascale+ FPGA SOM board. These are available from Avnet SOM board are available pretty reasonable price and you can use them for various projects the carry a Zynq Ultrascale on a small SOM formfactor. Board Features Avent Ultrazed Board SOM PS PCIe x1 Gen2 PS USB 3.0 PS SATA 6Gbps PS Mini…
This short post to show how to connector to Dedicated UART connector, The connector is uses is JST SH 1.0 mm 3 Pin connector The Raspberry Pi 5 features a dedicated debug UART connector, offering a streamlined method for developers to monitor and troubleshoot system-level operations. This UART interface provides easy access for debugging, bypassing the need for USB-to-serial adapters and enabling…
This post is going to be about Repair of old HP Infiniium 54815A 500Mhz oscilloscope. Scope has normal PC motherboard with Windows 98. Scope has issue booting into windows because DS12887A RTC which scope's motherboard uses has internal battery. And because of RTC battery being empty scope has CMOS checksum bad and can not boot as it has forgotten all boot settings. I will try to fix DS12887A and…
This Post is going to be about modifying Agilent/HP 1152A active probe to be able to support 5V input and Smart Probe ID. 1152A Active Probe is available in used marked at quite reasonable price but it is not supported by many new generation Keysight Oscilloscopes. As few of these oscilloscope have not fully featured Autoprobe interface and only output +5 -5V . Normally a fully featured Autoprobe…
This post is going yet another part in the DIY camera projects which have been doing since quite some time. In this post I will showing you next successful implementation of making C mount high lens mount USB C camera. This implementation will have absolute modular boards having dedicated Sensor board which can be changed if needed. Project Video Hardware System There are three boards, USB, FPGA…