P6131 Instruction Manual
3
Specifications
The characteristics listed in Table 1 apply to P6131 probes installed on Tektronix
2445 and 2465 oscilloscopes or 7A42 plug-ins, unless otherwise noted.
Specifications apply when the instruments warm up for a period of at least
20 minutes in an environment that does not exceed the limits described in
Table 2 on page 5.
Table 1: Electrical characteristics
1
Characteristic Description
Attenuation
2
10X: ±1% at DC
Input resistance
2,3
10 MW ±1% at DC
Input capacitance
3
1.3 m 10.8 pF
2 m 13.5 pF
Compensation range 14 pF to 18 pF
Signal delay
1.3 m 6.3 ns ±100 ps
2 m 9.0 ns ±200 ps
System bandwidth (–3 dB) On a 2465 or 7A42: On a 2445:
1.3 m ≥300 MHz ≥150 MHz
2 m ≥250 MHz ≥150 MHz
Maximum Input Voltage
4,5
300 V RMS CAT I or 300 V DC CAT I
150 V RMS CAT II or 150 V DC CAT II
100 V RMS CAT III or 100 V DC CAT III
425 V peak, @50% DF, <1 sec PW
750 V peak, @10% DF, <50 ms PW
See Figure 4 for voltage derating curve.
1
Probe installed on Tektronix 150 MHz (or less) 2400 Series oscilloscope.
2
System characteristic.
3
Also see Figure 3.
4
As defined in EN61010-1. See Certifications and compliances in Table 4
5
RMS=Root Mean Square=rms=The square root of the average of the sum of the
squares of the instantaneous voltage in one cycle = .
300 VDC=300V RMS, 420 V Peak (sinewave)=300 V RMS See Figure 2
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