Aug 1, 2019 · Abstract: This letter presents a low power super-regenerative receiver centered at 3.6 GHz for multi-sensor application.
The proposed super-regenerative receiver with TSPC divide-by-8 frequency pulse is setup in multi-sensor device. The divide-by-8 quench rate is 6~50 MHz. The ...
This letter presents a low power super-regenerative receiver centered at 3.6GHz with TSPC divide-by-8 frequency pulse for multi-sensor application and the ...
2023, International Journal of Circuit Theory and Applications. Super-regenerative receiver with TSPC divide-by-8 frequency pulse for multi-sensor applications.
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This letter presents a low power super-regenerative receiver centered at 3.6GHz with TSPC divide-by-8 frequency pulse for multi-sensor application.
Oct 7, 2024 · Super-Regenerative Receiver with TSPC Divide-by-8 Frequency Pulse for Multi-sensor Applications. ICPS 2019: 448-453; 2016. [c2]. view.
Oct 22, 2024 · A low-power and low-voltage super-regenerative receiver operating at 1 GHz and implemented in a 0.35-μm CMOS process is described.
The proposed super-regenerative receiver with TSPC divide-by-8 frequency pulse is setup in multi-sensor device. The divide-by-8 quench rate is 6~50 MHz. The ...
Oct 7, 2024 · Super-Regenerative Receiver with TSPC Divide-by-8 Frequency Pulse for Multi-sensor Applications. ICPS 2019: 448-453. [c15]. view. electronic ...
3 days ago · Abstract. Super-regenerative receiver (SRR) is popular for its simplicity and power efficiency for low-power, short-range communication. This ...
Missing: Multi- Applications.