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Home PCB Assembly (Toaster Oven)
Home PCB Assembly (Toaster Oven)

Objective: This post presents the assembly of Surface Mount Components (SMT) on a 4-layer board using a cheap toaster oven. It aims to show that the toaster is sufficient to achieve remarkable results…

Dish Antenna Rotator[part 3]: Integration
Dish Antenna Rotator[part 3]: Integration

Objective: This series of articles presents the design of a mobile satellite ground station. The basic idea is to build a custom low-cost and mobile rotator for satellite tracking and pointing …

Dish Antenna Rotator [part 2]: Assembly
Dish Antenna Rotator [part 2]: Assembly

Objective: This series of articles presents the design of a mobile satellite ground station. The basic idea is to build a custom low-cost and mobile rotator for satellite tracking and pointing a p…

Dish Antenna Rotator [part 1]: Design Concept
Dish Antenna Rotator [part 1]: Design Concept

Objective: This series of articles presents the design of a mobile satellite ground station. The basic idea is to build a custom low-cost and mobile rotator for satellite tracking and pointing a para…

Ultra96-V2 Zynq UltraScale+ MPSoC Custom Image Build [Part 2]: Petalinux Approach
Ultra96-V2 Zynq UltraScale+ MPSoC Custom Image Build [Part 2]: Petalinux Approach

Objective: This article will present the Petalinux approach of building custom images for the Ultra96-V2 board. It will utilize hardware design files built on Vivado from the previous article. Reco…

Ultra96-V2 Zynq UltraScale+ MPSoC Custom Image Build [Part 1]: Vivado Hardware Generation
Ultra96-V2 Zynq UltraScale+ MPSoC Custom Image Build [Part 1]: Vivado Hardware Generation

Objective: This three-part series is focused on creating a custom Embedded Linux image for a Zynq MPSoC based board. The board utilized here is the Ultra96 v2 from Avnet. Nevertheless, the steps follo…

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This site is dedicated to Embedded Systems and Electronics,
Embedded Linux Programming,
FPGA based designs
and many more.
Author: Kiruki
Email: kiruki@es.ise.kyutech.ac.jp