
Analog Oscilloscope - 500khz Bandwidth, 0.2âµsec To 0.5sec Sweep Time | X-y Phase Accuracy ±3â°, Z Axis Sensitivity 5vp-p
Price:
Get Latest Price
In Stock
Product Specifications
| Bandwidth | 500kHz |
| Calibration Signal | 1kHz Square Wave |
| Dimensions | Not specified |
| Features | High bandwidth, Accurate sweep, X-Y mode, Z-axis modulation, Calibration signal |
| Input Impedance | 47kΩ |
| Linearity | 5% |
| Sweep Accuracy | 3% |
| Sweep Time | 0.2us-0.5s |
| Usage | Signal analysis and waveform display for electronic circuits. |
| Weight | Not specified |
Product Overview
Key Features
* Horizontal system
Sweep time: 0.2usec ~ 0.5sec / DIV, 20 steps in 1-2-5 sequence.
Sweep time accuracy: A 3%.
Vernier sweep time control: a 1/2.5 of panel - indicated value.
Sweep magnification: 10 times.
x10MAG sweep time accuracy: A 5% (20nsec ~ 50nsec are uncalibrated).
Linearity: A 5%, x10MAG: A 10% (0.2s ~ 1us).
Position shift caused by x10MAG: Within 2DIV. at CRT screen center.
* X-Y mode:
Frequency bandwidth: DC to at least 500KHz.
X-Y phase difference: a 3A at DC ~ 50KHz.
Sensitivity: Same as vertical axis. (X-axis: CH1 input signal: Y-axis: CH2 input signal).
* Z axis:-
Sensitivity: 5Vp-p (Positive-going signal: decreases intensity).
Frequency bandwidth: DC ~ 2MHz.
Input Impedance: Approx. 47kIC.
Maximum input voltage: 30V (DC + AC peak, AC frequency a 1KHz).
* Calibration signal
Waveform: Positive - going square wave.
Frequency: Approx. 1KHz.
Duty ratio: Within 48:52.
Output voltage: 2Vp-p A 2%.
Output impedance: Approx. 1kIC.
Clients can avail this Analog Oscilloscope at industry leading prices from us.
Company Details
Business Type
Service Provider, Supplier, Trading Company
Working Days
To
GST NO
29AEAPV3588A1ZB
Related Products
Explore Related Categories
More Products From This Seller
Seller Details
GST - 29AEAPV3588A1ZB
Bengaluru, Karnataka
Assistant Manager
Mr. Ramesh
Address
1st Floor, 2nd Main, Canara Bank Colony, Uttarhalli, Bengaluru, Karnataka, 560061, India
analog oscilloscope in Bengaluru
Report incorrect details



















