Sonda diferencial AD50

Differential Voltage DC + pk AC: 6500V
Bandwidth ( 50 Ω load -3dB ): 50MHz( x 100 25MHz)
Common Mode Voltage DC + pk AC: 6500V
Common Mode Voltage RMS CAT II: 6500V
Common Mode Voltage RMS CAT IIIl: 6500V
Attenuation ( Switchable ):X 100, X 200, X 500, X 1000
Input R ( Each input ): 27MΩ±1%
Input C ( Each input ): 2.5 PF ± 2% 2
Maximum Operation Voltage( DC + pk AC )
≦ ± 650V at X 100
≦ ± 1300V at X 200
≦ ± 3250V at X 500
≦ ± 6500V at X 1000
Common Mode Rejection Ration( C M R R )
60 Hz : > 10,000 : 1
100 Hz : > 1,000 : 1
1 MHz : > 300 : 1
Noise ( Into 50Ω load ): ≦ 2 m Vrms
Input Impedance ( between input): 54 MΩ // 1.25 PF >
Accuracy ( at 20 ~ 30℃ 70% RH after 20 minutes ): ≦ ± 2 %
Maximum Output Voltage: ≦ ± 6.5 V
POWER SOURCE: External 6V ~ 9V DC

WARNING

1. Do not use AD50/100 above 6500V ( DC + peak AC ) between ground and the input or 6500V ( DC + peak AC ) between the input lead.
2. Do not operate AD50/100 in wet or damp condition.
3. Do not operate AD50/100 in an explosive atmosphere
4. Do not immerse AD50/100 in liquids.
5. Do not operate AD50/100 without covers.
6. Please change the battery when the " LOW BATT"?LED is lighted. At this time DP-5/100 can operate but not guaranteed the accuracy.

FEATURES

1. Do not use AD50/100 above 6500V ( DC + peak AC ) between ground and the input or 6500V ( DC + peak AC ) between the input lead.
2. The AD50/100 converts the high voltage differencial input signal to a low voltage ground refereced signal for display on any Oscilloscope.
3. The output BNC of AD50/100 is calibrated to drive a high impedane ( 1 MΩ ) load.

INSTRUCTION FOR USE

1. Connect the output BNC of AD50/100 to the input BNC of the Oscilloscope by the accessory BNC cable.
2. Adjust the vertical offset of the Oscilloscope if necessary.
3. Set the select proper range of the AD50/100 and the V / DIV of the Oscilloscope according to the scale conversion chart.NOTE: If the voltage of the input signal exceeeds the linear range of the setting range. The signal output of the AD50/100 would not accurately, the wave form display will be cut off.
4. Scale conversion chart: The effective V / DIV is the attenuation factor of X 100 ~ X 1000 multiplied by the scale factor of the Oscilloscope. It will be twice when the 50Ω load was used. For example, with the range set at X 200, and the scope set to 0.5V / DIV, the effective V / DIV equals 200 X 0.5 or 100V, when the 50Ω load was used, it becomes 200V, the power consumption will increase too.