Haberleşme için RF Sistem Tasarımı · Dijital ders notu
Receiver Noise Floor, Sensitivity, DR ve SFDR
- Ders
- Haberleşme için RF Sistem Tasarımı (ELM667)
- Dönem
- 7. Dönem · 2024–2025 Güz
- Biçim
- PDF · 8 sayfa · 0,3 MB · el yazısı görünümlü LaTeX
- Orijinal not
- Ders7.pdf
Uyarı: Dijital notlar, el yazısı notlardan Claude (Anthropic) yardımıyla oluşturulmuştur; yardımcı kaynak olarak hazırlanmıştır ve hata içerebilir. Orijinal notları ve resmi ders kaynaklarını esas alın.
The digital notes were created from the handwritten notes with the help of Claude (Anthropic); they are meant as a supplementary resource and may contain errors. Always rely on the original notes and the official course materials.
The digital notes were created from the handwritten notes with the help of Claude (Anthropic); they are meant as a supplementary resource and may contain errors. Always rely on the original notes and the official course materials.
Bu notta neler var?
- Receiver noise Floor
- Receiver SNR & Noise
- Sensitivity and Dynamic Range
- Dynamic Range
- SFDR
- Spur-free Dynamic Range
Notun metni
Düz metin olarak göster (formüller ve çizimler yoktur)
in B Bandwidth kTB
N_i : input referred total noise
Receiver noise Floor
F Noise factor, k Boltzman constant, T temperature
Receiver SNR & Noise
output noise = input Noise + N_A
Calculate NF total
Calculate Noise floor ( B = 5 MHz)
Sensitivity and Dynamic Range
Sensitivity is the minimuminput signal which can be detected with the acceptable output SNR.
P_sig,in(min)|_dB = noise floor_dB + SNR_out,dB
A GSM receiver has SNR_out(min) = 12 dB
channel BW = 20 khz
what is the minimum acceptable signal power ?
Spur-free Dynamic Range