Money Orders/E-mail Money Transfer All items are extremely secure and well-packed to ensure theres no damaged. CS-5375 100MHz 3-Channel Oscilloscope Parameter Auto Measurement Function It is possible to measure the voltage, frequency and period automatically just input the signal. Especially for voltage measurement, measurement mode is automatically selected according to the input selector. For example, when the AC input is selected, "Peak-to-Peak" voltage is automatically measured, and when the DC input is selected, DC voltage is measured By pressing the AUTO SET key, the voltage range and time range are selected automatically. The cursor measurement function allows a high accuracy measurement of signal values. When the probes are used, its attenuation ratio can be converted automatically. It is also possible to measure the voltage value and phase differences. When the delay sweep is used, the delay time is also displayed, enabling an accurate measurement results without any errors due to visual checks in conventional systems. CS-5300 SERIES COMMON FEATURES: 3-Channel 8-Trace Waveform Display (CS-5370P, 2 channel) CS-5300 series enable the display of CH3 input in addition to CH1 and CH2. These three input signals to CH1, CH2 and CH3 can be displayed at the same time as the main (A) sweep waveform. Furthermore, an alternated delay sweep function displayed as the delayed (B) sweep High-Sensitivity Design with Vertical Axis of 1 mV/div The vertical axis sensitivity can be varied continuously from 1 mV/div. to 5 V/div. using the 1-2-5 step attenuator. The 1 mV/div. position is very useful to measure low-level and complicated signals. (Frequency response at 1 mV/div. and 2mV/div are DC to 20 MHz (-3 dB)). Automaticv Sync (FIX) Function With this function, the synchronization level is automatically controlled by tracking the amplitude of the waveform to maintain the sync lock status. This function eliminates annoying and complicated synchronization operations. The CS-5370P, CS-5370 and CS-5350 used touch switches and LEDs. The CS-5375 and CS-5355 used push switches and lever switches for easy operation. Delayed Sweep with Waveform Partial Magnification Capability The main (A) sweep waveform in which the magnified section is brightened by intensity modulation and the delayed (B) sweep waveform which shows only the magnified section can be observed simultaneously. This is a real alternate delayed sweep. V Mode Sync for Stable Display of 3 Signals (2 Signals of CH1 and CH2 for CS-5370P) Even when the CH1, CH2 and CH3 input signal frequencies are different, each signal can be synchronized securely and its waveform can be displayed stably. High-Accuracy ± 2% Design for More Precision Measurement In order to obtain highly reliable measurement results, the vertical axis sensitivity and sweep time for the main circuit is maintained within ± 2% precision. Other specifications also guarantees the rated values (under temperature conditions of 10 to 30°C, humidity of 85% or less). Maximum Sweep Rate of 5 ns/div (x10 MAG) The sweep rate can be varied continually from 0.5 s/div to 50 ns/div. The signal delay line is installed so that the positive rise of high-speed signals and high-frequency signals can be Built in Video Clamp Circuit for Easy Operation Built in Video Clamp function which enables observation of the flame and line TV signals at the touch of a button, while high-stability synchronization is obtained without performing annoying Square-Type 150 mm CRT with Self-Illuminated Light and Inside Scale A large-sized, square, dome-mesh type CRT with rear accelerator is employed. It features both high intensity and high resolution while providing accurate measurements without parallax view. The auto focus circuit is also incorporated to display sharp waveforms at all times. Single Sweep for Observations of Single-Shot Channel The single sweep function is powerful in measurement of single-shot or sudden channel. Waveform photography using a camera is as easy as ordinary, visual observations. It is easy not only for observations during normal visual inspections but also for camera shots of the waveforms. Variable Hold-Off Allowing Observation of Waveforms with Complicated Cycle Signals which are hard to be synchronized due to complicated repetition cycles, for example digital signals and video signal bursts, can be synchronized stably by converting them into the High-Accuracy Calibration Signals A calibration signal output is provided to output the highly accurate frequency of ± 0.1% (CS-5370P / CS-5370 / CS-5350) and voltage accuracy of ± 1%, enabling checking of the measurement precision at any required time. The CH1 signal output is obtained by branching the input signal in the middle of the signal line. As this connector outputs the input signal at a rate of 50 mV/div, connecting a frequency counter makes it possible to measure the frequency of a very low signal while observing its waveform. Wide Dynamic Range and Distortion-Free Accurate Waveform Display Its wide dynamic range having greater margins assures the linearity of the waveforms displayed on the CRT, providing highly accurate waveform displays without any distortion up to the upper * All position knobs and controls are provided on the front panel. * A High-sensitivity X-Y function is convenient for the measurement of phase differences between two input signals. * A Trace Rotation function allows an easy correction of the inclination of the trace line due to earth magnetism. * LINE Synchronization is provided. * A Trace Separation function shifts the B sweep waveform upward or downward by 4 div. from A sweep waveform. * The waveform to which the brightness modulation is applied * Added or extracted waveforms using ADD and CH2 INV functions can also be observed. * Scale illumination convenient for taking photographs or * CRT scale also provides 0, 10, 90 and 100% indications; convenient for measurement of rising time, etc. * A 10-times sweep waveform magnification function (X10 MAG) 150 mm rectangular with iinternal graticule 8 × 10 div. (1 div.=10mm) /approx. 17 kV 5 mV to 5 V/div. ± 2%, 1 mV, 2 mV/div. ± 5%, 1-2-5 step, 12 ranges, fine adjustable within the selected range DC: DC to 100 MHz (within -3 dB) AC: 5 Hz to 100 MHz (within -3 dB) DC: DC to 20 MHz (within -3 dB) AC: 5 Hz to 20 MHz (within -3 dB) 5 mV to 5 V/div.: approx. 3.5 ns 1 mV, 2 mV/div.: approx. 17.5 ns Leading edge can be confirmed using a square wave that has a rising time of less than this unit 800 Vp-p or 400 V (DC AC peak, 1 kHz) 5 mV to 5 V/div. ± 3%, 1 mV, 2 mV/div. ± 5%, 1-2-5 step, 12 ranges, fine adjustable within the selected range DC: DC to 1 MHz ( -3 dB), AC: 5 Hz to 1 MHz ( -3 dB) Switchable to X-Y mode with H.MODE key CH1: Y axis, CH2: X axis 0.5 s to 50 ns/div. ± 2%, 1-2-5 step, 22 ranges, fine adjustable within the selected range 50 ms to 50 ns/div. ± 2%, 1-2-5 step, 19 ranges × 10 ± 5%, (± 8% at 0.5 µs/div. ) ± 3% (± 5% at × 10 MAG mode) A Sweep, continuously variable from NORM position B Sweep is continuously variable ± 4 div. with respect to A sweep. Continuous delay (After Delay), Synchronous delay (B TRIG'D): Synchronized with trigger signal Continuously variable from 0.2 div. to 10 div. (0.5s/div. to 50ns/div.) ± (3% of setting value 1% of full scale) (0 to 300 ns) 20000 (10 times of A Sweep setting value) : 1 (at A Sweep 1 ms/div, B Sweep 1 µs/div) AUTO, NORM, FIX, SINGLE, RESET Trigger Sensitivity (NORM MODE) (Above values are obtained with the signal input of: AUTO: 40 Hz or more, FIX: 50 Hz or more Internal sensitivity indicated as the amplitude on the CRT. Sensitivity in HF-Rej mode ">min" denotes the amplitude required for synchronization will increase.) 84 Vp-p or 42 V (DC AC peak, 1 kHz) Enables trace rotation adjustment by semi-fixed controller on the panel. CH1, CH2 scale factor (with probe detection), V-UNCAL, ADD, INV, A/B Sweep scale factor (MAG conversion, "*" is displayed in MAG mode), X-Y, Sweep UNCAL, DELAY, TIME, B TRIG'D Cursor Measurement (ΔV1 only in X-Y mode) ΔV1: Voltage display by converting CH1 scale factor ΔV2: Voltage display by converting CH2 scale factor ΔT : Time display by converting A Sweep scale factor Δ1/T: Frequency display by converting Sweep scale factor Volts/Div or Time/Div UNCAL mode RATIO: Voltage ratio, time ratio display with 5 div. on the CRT as 100% PHASE: Phase difference display with 5 div. on the CRT as 360° More than ± 3.6 div. from the center of CRT More than ± 4.6 div. from the center of CRT Parameter auto setting function Each parameter is measured and displayed for the signal selected as the trigger signal source from CH1 or CH2 Mode selectable in Cursor mode. Measured with internal counter to be displayed Mode selectable in Cursor mode. Measured with internal counter to be displayed Mode selectable in Cursor mode. Peak-to-peak voltage is measured and displayed 0.5 div. to Effective CRT area 3 digits/10 Hz to 40 Hz: ± {8% attenuator setup value (V/div) × 0.04 div} 40 Hz to 100 kHz: ± {3% attenuator setup value (V/div) × 0.04 div} Mode selectable in Cursor more. Average DC voltage is measured and displayed 0.5 div. to Effective CRT area 3 digits/± {3% attenuator setup value (V/div) × 0.04 div} For CH1, CH2, Vertical axis attenuator, Sweep range, Vertical position, Horizontal position are automatically setup 1.5 to 5 periods (H.Variable,: CAL mode, for input signal up to 10 MHz) 2 to 4 div. (1 to 2 div. for 2-channel) Vertical axis: 1 channel ; almost center of CRT, 2 channel ; CH1 approx. 2 div., CH2 approx. -2 div. from the center of CRT Horizontal axis: starts from left edge of CRT scale Panel setup values are backed up by built-in battery. Battery service life approx. 30,000 hours (with room temperature) AC 100/120/220/230 V (±10% ), 50 Hz / 60 Hz 305 × 150 × 400 mm /(344 × 165 × 459 mm, Maximum dimensions) Operating Environment (limited as indoor use) Overvoltage Category/Altitude/Pollution 10 to 35°C, 85% or less (with no condensation) 0 to 40°C, 85% or less (with no condensation)/ -20 to 70°C, 85% or less (with no condensation) Operation Manual (1)/Adjusting Screwdriver (1)/Power Supply Cable (1) EN55011 (1991) Class B, FCC 47 CFR, Part 15, Sub-Part B, Class B IEC801-2 (1991) 8kVAD, IEC801-3 (1984) 3V/m, IEC801-4 (1998) (Kenwood cs-5370 100MHZ oscilloscope used high accuracy was posted and is owned by: Bruce Talley) |
B-talley@chicagopartsnetwork.com (Bruce Talley)
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