5E...(D Noise detection block - Since the signal at the 450- kHz intermediate frequency is amplified...

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Transcript of 5E...(D Noise detection block - Since the signal at the 450- kHz intermediate frequency is amplified...

Page 1: 5E...(D Noise detection block - Since the signal at the 450- kHz intermediate frequency is amplified and de- tected, a 900-kHz harmonic component arising from detection leads to beating.
Page 2: 5E...(D Noise detection block - Since the signal at the 450- kHz intermediate frequency is amplified and de- tected, a 900-kHz harmonic component arising from detection leads to beating.
Page 3: 5E...(D Noise detection block - Since the signal at the 450- kHz intermediate frequency is amplified and de- tected, a 900-kHz harmonic component arising from detection leads to beating.
Page 4: 5E...(D Noise detection block - Since the signal at the 450- kHz intermediate frequency is amplified and de- tected, a 900-kHz harmonic component arising from detection leads to beating.
Page 5: 5E...(D Noise detection block - Since the signal at the 450- kHz intermediate frequency is amplified and de- tected, a 900-kHz harmonic component arising from detection leads to beating.
Page 6: 5E...(D Noise detection block - Since the signal at the 450- kHz intermediate frequency is amplified and de- tected, a 900-kHz harmonic component arising from detection leads to beating.
Page 7: 5E...(D Noise detection block - Since the signal at the 450- kHz intermediate frequency is amplified and de- tected, a 900-kHz harmonic component arising from detection leads to beating.
Page 8: 5E...(D Noise detection block - Since the signal at the 450- kHz intermediate frequency is amplified and de- tected, a 900-kHz harmonic component arising from detection leads to beating.
Page 9: 5E...(D Noise detection block - Since the signal at the 450- kHz intermediate frequency is amplified and de- tected, a 900-kHz harmonic component arising from detection leads to beating.
Page 10: 5E...(D Noise detection block - Since the signal at the 450- kHz intermediate frequency is amplified and de- tected, a 900-kHz harmonic component arising from detection leads to beating.
Page 11: 5E...(D Noise detection block - Since the signal at the 450- kHz intermediate frequency is amplified and de- tected, a 900-kHz harmonic component arising from detection leads to beating.
Page 12: 5E...(D Noise detection block - Since the signal at the 450- kHz intermediate frequency is amplified and de- tected, a 900-kHz harmonic component arising from detection leads to beating.

Chapter 2 › users › f › farahman › sonoma › ... · 1 KHz Square Wave 1 KHz Square Wave – band-limited to 8KHz 1 KHz Square Wave – band-limited to 6KHz 1 KHz Square Wave

Chapter 2 › users › f › farahman › sonoma › ... · 1 KHz Square Wave 1 KHz Square Wave – band-limited to 8KHz 1 KHz Square Wave – band-limited to 6KHz 1 KHz Square Wave

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Development of a distance detection system in …fundacioniai.org/actas/Actas3/Actas3.11.pdfconsta de un transductor, que emite ondas ultrasónicas (20 KHz – 500 KHz) hacia un objetivo,

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WordPress.com · 2012. 9. 24. · commutataur 7 positions S2A. soit 1 MHz. 200 KHz. 100 KHz, 10 KHz2 KHz. 1 KHz cillogramme n. 1 représente les impul- sions du monostabte déclenchées

WordPress.com · 2012. 9. 24. · commutataur 7 positions S2A. soit 1 MHz. 200 KHz. 100 KHz, 10 KHz2 KHz. 1 KHz cillogramme n. 1 représente les impul- sions du monostabte déclenchées

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 · 1-5 Watts ± 5/2.5 KHZ 75 DB +1,-3 dB SO dB 44 dB 1.25% Capacity UHF Range 2 440-520 MHz 25/12.5 KHz ... 12.5 KHz 25 KHZ 12,5 KHz Transmitter — Minimum Performance Specifications

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