login
This is the image preview of the following page:
Better current with spin electronics
by Clemens Valens @ elektormagazine.com The ongoing miniaturisation of electronics is expected to reach its limits in the near future. One of the limitations is the size of electrons that are needed in electronic circuits to transport charge from one place to the other, what we usually call ‘... Read More
Image Downloads:
- full (720x480)
- thumbnail (150x150)
- medium (300x200)
- medium_large (640x427)
- large (640x427)
- 1536x1536 (720x480)
- 2048x2048 (720x480)
- re_large (720x480)
- re_xxmedium (290x230)
- re_xmedium (359x236)
- re_medium (420x320)
- re_a_xsmall (186x174)
- re_xsmall (125x96)
- menu-24x24 (24x16)
- menu-36x36 (36x24)
- menu-48x48 (48x32)
- crp_thumbnail (292x236)
- sendpress-max (600x400)
- woocommerce_thumbnail (300x225)
- woocommerce_single (600x400)
- woocommerce_gallery_thumbnail (100x100)
- wp_rp_thumbnail (150x150)
- wp_rp_thumbnail_prop (150x100)
RELATED POSTS
28 November, 2017 36V, 2-ch, 1.6A synchronous buck LED driver has I²C dimming
7 February, 2022 Wappsto:bit GO – An ESP32 Based, BBC Micro:bit Compatible IoT Board
2 November, 2021 GENE-TGU6: Greater Performance for Embedded Edge Applications
23 December, 2016 An open-source DIY touch synthesizer
24 May, 2023 Wireless charging transmitter supports up to 50 W
15 July, 2020 Connected Secure and Wearable Electrocardiogram (ECG) Design
