35MHz Oscilloscope Differential Probe(DP-35) Product ID: DP-35

 Differential Probe  for Oscilloscope  



DP-35 ( 35MHz /1600 Vp-p / >=10mV )





DP-35   35 MHz Differential Probes for Oscilloscopes

Separating Design(Standard No.114205) Convenient & Durable.



 









SPECIFICATIONS:

(1) Bandwidth:

DC - to 35 MHz (-3 dB) for x 100

DC - to 25 MHz (for attenuation x 10)

(2) Attenuation: x 10, or x 100

(3) Accuracy: +/- 2%

(4) Voltage Input Ranges (DC + AC peak to peak):

≦ 160 Vp-p for x 10, (i.e about 56 V RMS or ± 80 V DC)

≦ 1600 Vp-p for x 100, (i.e about 560 V RMS or ± 800 V DC)

(5) Permitted Max Input Voltage

Max differential voltage: 1600 V (DC + AC peak to peak)

Max voltage between each input terminal and ground: 600 V RMS

(6) Input Impedance:

Differential: 9 MΩ // 1.7 pF

Between terminals and ground: 4.5 MΩ // 3.4 pF

(7) Output:  ± 8.0 V

(8) Output Impedance: 50 Ω

(9) Rise Time: 10 ns for x 100; 14 ns for x 10

(10) Rejection Rate on Common Mode:

60 Hz: >80 dB ; 100 Hz: >60 dB ; 1 MHz: >50 dB

(11) Power Supply:

External 9 V DC power supply.

(12) Consumption: 200 mA about (9 V DC)

 

Category: Oscilloscope Probes
Certificate:CE
  • FEATURES
    • FEATURES
    • The DP-25 FET input differential probe provieds a safe means of measuring circuits with floating potentials up to 1000 V ( DC+ peak AC ) from ground and 1300V ( DC + peak AC ) differential.
    • The DP-25 converts the high voltage differencial input signal to a low voltage ground refereced signal for display on any Oscilloscope.
    • The output BNC of DP-25 is calibrted to drive a high impedance ( 1M Ohm) load.
    • INSTRUCTION FOR USE
    • Connect the output BNC of DP-25 to the input BNC of the Oscilloscope by the accessory BNC cable.
    • Adjust the vertical offset of the Oscilloscope if necessary.
    • Set the select proper range of the DP-25 and the V / DIV of the Oscilloscope according to the scale conversion chart.
    • Scale conversion chart : The effective V / DIV is the attenuation factor of x 20, x 50, x 200 multiplied by the scale factor of the Oscilloscope. It will be twice when the 50 Ω load was used. For example, with the range set at x 200,
    • and the scope set to 0.5 V / DIV, the effective V / DIV equals 200 x 0.5 or 100 V, with the 50 Ohm load was used, it becomes 200V, the power consumption will increase too.
    • NOTE:If the voltage of the input signal exceeeds the linear range of the setting range.The signal output of
    • the DP-25 would not accurately, the wave form display will be cut off.
  • WARNING
    • WARNING
    • Do not use DP-25 above 1000v ( DC + peak AC ) between ground and the input or 1,300V ( DC + peak AC ) between the input lead.
    • Do not operate DP-25 in wet or damp condition.
    • Do not operate DP-25 in an explosive atmosphere.
    • Do not immerse DP-25 in liquids.
    • Do not operated DP-25 without covers.
    • Please change the battery when the ""LOW BATT "" LED is lighted. At this time DP-25 can operate but not guaranteed the accuracy.
    • DP-25 can not operate if both POWER and LOW BATT LED are not light.
    • FEATURES
    • The DP-25 FET input differential probe provieds a safe means of measuring circuits with floating potentials up to 1000 V ( DC+ peak AC ) from ground and 1300V ( DC + peak AC ) differential.
    • The DP-25 converts the high voltage differencial input signal to a low voltage ground refereced signal for display on any Oscilloscope.
    • The output BNC of DP-25 is calibrted to drive a high impedance ( 1M Ohm) load.
    • INSTRUCTION FOR USE
    • Connect the output BNC of DP-25 to the input BNC of the Oscilloscope by the accessory BNC cable.
    • Adjust the vertical offset of the Oscilloscope if necessary.
    • Set the select proper range of the DP-25 and the V / DIV of the Oscilloscope according to the scale conversion chart.
    • Scale conversion chart : The effective V / DIV is the attenuation factor of x 20, x 50, x 200 multiplied by the scale factor of the Oscilloscope. It will be twice when the 50 Ω load was used. For example, with the range set at x 200,
    • and the scope set to 0.5 V / DIV, the effective V / DIV equals 200 x 0.5 or 100 V, with the 50 Ohm load was used, it becomes 200V, the power consumption will increase too.
    • NOTE:If the voltage of the input signal exceeeds the linear range of the setting range.The signal output of
    • the DP-25 would not accurately, the wave form display will be cut off.