-
Bild
Schaltplan eines Oszilloskop-Verstärkers
Sweep variable Sweep Output from IC304/9 from IC304/3 Discharge Pulse Input -140V +12V -12V R3011 2k52 R3014 1k4 R3015 2k1 VR3002 50ms 0.5ms R3016 22k1 VR3017 22k1 C3002 47n C3003 33n C3004 10n C3005 1n C3006 100p C3001 47n C3004 10n C3010 100p C3007 1n2 C3011 10n C3012 22n C3013 22n C3014 47n C3015 22n C3016 1n2 C3017 47n C3018 1n2 C3019 10n C3020 47n C3021 22n C3022 1n2 C3023 22n C3024 1n2 C3025 22n C3026 47n C3027 1n2 C3028 10n C3029 47n C3030 10n C3031 1n2 C3032 22n C3033 47n C3034 1n2 C3035 10n
-
Bild
Schaltplan einer HF-Schaltung
in C1 220p R2 50 V1 L1 150u C9 100p C5 22p C3 4.7p C11 100p C10 220p C4 22p L2 150u L5 20u .tran 0 1m 0.95m AC 1 Drive_in C2 10n R1 220 Q1 2N3019 R5 100 R3 47 C7 1u L3 1m L4 50u R4 50 R6 10 C6 10u HF_out V2 9 K L3 L4 0.95 K2 L2 L5 0.99 Nicht fertig probiert, bitte selbst machen
-
Thread
OrangePi 4 Pro / OrangePi 6 Plus – Einplatinencomputer im Zeichen der Leistung
(using system LuaJIT 2.1.0-beta3) Running the test with following options: Number of threads: 2 . CPU speed: events per second: 4512.20 orangepi@orangepi4pro:~$ sysbench cpu run --threads=8 sysbench 1.0.20
... Threads started! CPU speed: events per second: 3019.91 orangepi@orangepi6plus:~$ sysbench cpu run --threads=4 sysbench 1.0.20 (using system LuaJIT 2.1.0-beta3) Running the test with following options: Number of threads: 4 Initializing random
