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* High Sensitivity (1 mV/div) * Withstands up to 400 V dc + ac Peak Inputs * Level Lock and Alternate Triggering * Dedicated TV-V and H Sync Separators * 10 ns/div Maximum Sweep Speed The LS 8022 20-MHz 2-Channel Oscilloscope is an economical choice for high stability and reliability. The oscilloscope is equipped with a variety of helpful functions (TV sync separator, variable holdoff, X-Y display mode) which makes this oscilloscope an ideal choice for production, field service and educational applications. The LS 8022 also conforms to International Standards for EMI, EMS and Safety. An Excellent Addition to Your Lab Work Station dc:5 mV to 5V/div:dc (ac:10 Hz) to 20 MHz dc:1 mV to 2 mV/div:dc (ac:10 Hz) to 10 MHz 5 mV to 5V/div, approx. 17.5 ns 1 mV to 2 mV/div, approx. 35 ns To 1/2.5 or less of panel indicated value termination, 50 mV/div with 50 Ù Balanced point variation ? 1 div DUAL:CHOP/ALT are auto set by time When CHOP switch is pushed in, the two traces are displayed in the CHOP ADD: CH1 + CH2 algebraic addition EXTERNAL HORIZONTAL DEFLECTION NORM:+4%, X10 MAG:± 6% (10°C to INTERNAL HORIZONTAL DEFLECTION 0.1 ?s to 0.5 s/div, 21 steps in 1-2-5 ? 1/2.5 of panel indicated value 10 times (max speed time 10 ns/div) CH1, CH2, LINE, EXT (CH1 & CH2 can be selected only when the vertical In ALT mode, if the TRIG ALT switch is pushed in, it can be used for alternate triggering of two different sources. Auto:Sweeps run in the free mode when no triggering input signal is applied. (Applicable for repetitive signals of frequency 50 Hz or over). Normal:When no triggering signal is applied, the trace is in the READY state TV-V/TV-H are auto set by TIME/DIV dc to 5 MHz: 0.5 div (EXT 0.1 V) 5 to 20 MHz: 1.5 div (EXT 0.2 V) TV (video signal): 2.0 div (EXT 0.2 V) components of lower than 10 Hz HF-REJ:Attenuate signal components of Satisfies the value of the above trigger sensitivity plus 0.5 div (EXT: 0.05 V) for (New oscilloscope leader ls 8022 20 mhz - scope is the responsibility of Lawrence Barrett) |
lawrence-barrett@cedar--rapids.com (Lawrence Barrett) for more information.
