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Display eines Spektrumanalysators
Att 10 dB Peak -20 Stopp Freq TRIG -30 300.000000 MHz Free -40 SWP -50 Cont -60 Corr -70 S.T. -80 PA -90 C.W. -100 Blank -110 Blank User Key: System, Start Freq 0 Hz * RBW 30.000 kHz Stop Freq 300.00 MHz VBW 30.000 kHz SWT 333.33 ms Mittenfreq 150.00000 MHz Start Freq 0 Hz Stopp Freq 300.00000 MHz Freq
in „HP461 - Verstärker 20/40dB“ · HF, Funk und Felder · · Oszi-Bilder
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QPD1025_Data_Sheet.pdf
GHz - Efficiency Tuned 25 100 25 100 Zs(1fo) = 0.721.74i Gain 24 Zs(2fo) = 1.654.46i Gain 90 24 PAE 90 Zs(3fo) = 2.730.85i PAE 23 80 23 Zl(1fo) = 1.-0.25i 80 Zl(2fo) = 1.12.35i 22 70 22 Zl(3fo) = 94-3.8i 70 ] ]21 60 ] d21 60 % [ [ [20 50 [ i20 50 E a A a A G19 40 P G19 Zs(1fo) = 0.721.74i 40 P
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avr-typen.pdf
ja ATmega6450 64 16 4 2048 100 ATmega6450P 64 20 4 2048 100 ATmega6450A 64 20 4 2048 100 ATmega645PA 90er-Serie = 50er-Serie mit LCD-Treiber für 4x40 Segmente ATmega3290 32 16 2 1024 100 ATmega3290P 32 20 2 1024 100 ATmega3290A 32 20 2 1024 100 ATmega3290PA 69 32 2 1 1 8 10 1 nein ja 1,8..5,5 1,8..5,5
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MB1136.pdf
18 P0CN10018 P0CN7019 20 P0CN7020 P0CN6066 c MCU r 2 P0CN502 PC7 D9 P0CN1019 20 P0CN10020 PB7PB7 t PA90PA9 D8 PB2PB2 SB25 PB15PB15 N0BOOT0 N0PC13 P0CN7021 22 P0CN7022 P0CN6077 r 1 P0CN501 P0CN1021 22 P0CN10022 N0PB1 P0SB2502 P0SB25N0PA7 BOOT0BOOT0 BOOT PC13 P0CN7023 24 P0CN7024 P0CN6088 P0CN1023 24 P0CN10024
in „Mikrocontroller Spannung/Strom“ · Analoge Elektronik und Schaltungstechnik ·
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Nucleo_Board_Schematics.pdf
18 P0CN10018 P0CN7019 20 P0CN7020 P0CN6066 c MCU r 2 P0CN502 PC7 D9 P0CN1019 20 P0CN10020 PB7PB7 t PA90PA9 D8 PB2PB2 SB25 PB15PB15 N0BOOT0 N0PC13 P0CN7021 22 P0CN7022 P0CN6077 r 1 P0CN501 P0CN1021 22 P0CN10022 N0PB1 P0SB2502 P0SB25N0PA7 BOOT0BOOT0 BOOT PC13 P0CN7023 24 P0CN7024 P0CN6088 P0CN1023 24 P0CN10024
in „Erbitte Hilfe bei Fehlersuche - STM32F446“ · Mikrocontroller und Digitale Elektronik ·
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mb1045_changed.pdf
39 40 PJ5PJ5 PA11PA11 9 40 PA120PA12 P0CN60441 42 P0CN6042 P0CN7041 1 42 P0CN7042 PB13PB13 PJ6PJ6 PA90PA9 PA100PA10 N0PJ9 P0CN60443 44 P0CN6044 N0PC5 N0PB3 P0CN7043 3 44 P0CN7044 N0PC9 PJ9 P0CN60445 46 P0CN6046 PC5 PB3 P0CN7045 5 46 P0CN7046 PC9 Place close Memory PG70PG7 PD60PD6 CN12 P0CN60447 48 P0CN6048
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mb1045_changed_korrigiert.pdf
39 40 PJ5PJ5 PA11PA11 9 40 PA120PA12 P0CN60441 42 P0CN6042 P0CN7041 1 42 P0CN7042 PB13PB13 PJ6PJ6 PA90PA9 PA100PA10 N0PJ9 P0CN60443 44 P0CN6044 N0PC5 N0PB3 P0CN7043 3 44 P0CN7044 N0PC9 PJ9 P0CN60445 46 P0CN6046 PC5 PB3 P0CN7045 5 46 P0CN7046 PC9 Place close Memory PG70PG7 PD60PD6 CN12 P0CN60447 48 P0CN6048
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MB1137.pdf
QSPI_BK1_IO2 D31 PE20PE2 PE120PE12 D39 TIMER_A_PWM3N PE00PE0 PG12PG12 P0CN1106363 64 P0CN11064 PG10PG10 PA90PA9 SB1280SB17002 P0SB17001 P0CN90221 22 P0CN9022 PF80PF8 D61 SAI_B_SCK P0CN100255 26 P0CN10026 PE140PE14 D38 TIMER_A_BKIN2 PD10N0PD10 P0CN12063 64 P0CN12064 PG8N0PG8 P0CN1106565 66 P0CN11066 P0SB12802
in „Suche Mikrocontroller mit 16Bit ADCs und DACs“ · Mikrocontroller und Digitale Elektronik ·
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KlangPlusTon_2007-01.pdf
Messung des Klirrs K2 und K3 bei 80 bis 95 TriaxvonExpolinear.AucheinenriesigenMa- dB mittlerem Pegel (PA: 90 bis 105 dB) gnetostat wie den Newform Research findet • Ausbauen des Probanden Farben mannichtanjederEcke.Undauchderextreme • GleitsinusmessungderImpedanzundelektri- Die Farbe des Hintergrunds deutet
in „Symasym hohe Ausgangsspannung“ · Analoge Elektronik und Schaltungstechnik ·
