250MHz Oscilloscope Probe (Max 1200V)

Pros: On 100Mhz Rigol is shows rise-time 2.2ns compared to 2.7-2.8ns on bundled 60Mhz probes. Build quality is very good. Looks decent to work with 220V, I wouldn't do it with default Rigol probes.

Cons: It is very expensive. Well, now when I see that it's not much better than 60/100Mhz probes on my scope. 1:100 with no switch might be a problem for small signals. Cable is way thinner than on photo.

Other: Buy it if you need to scope at >200V, or you really need more resolution near 100Mhz.

Pros: x100 with accuracy about 1%. Price lower then other x100 probes. Red color - for human safety. Datasheet included. Non-inductive adapter included.

Cons: max compensated input capacistance = 23pF. This make probe unusable with many oscilloscopes, which input capacistance is 25pF and higher. Datasheet comes with this probe, says in specifications: "10-50pF compensation range" Only x100, no x1 or (and) x10 positions. Low max. input voltage - only 1200V. Other x100 probes can 2000V and higher. Where are 60MHz and 100MHz models? 250MHz bandwidth do not need for high-voltage measurments.

Other: Tested with oscillooscope types: oscill-ru , C1-64A, C1-117A . Use calibrating signal's source devices: I1-9, I1-15

Pros: 1)Perfect for use with oscilloscopes Rigole, in my case, a model RIGOL DS1052E. 2)Excellent quality materials used. 3)Excellent equipment included in the package. 4)The set included clear and detailed instructions to use that helps to immediately deal with this product.

Cons: Deficiencies in this product has been found that it is necessary!

Other: Excellent and convenient oscilloscope probe! Recommended for use in the professional field and for amateurs.

Pros: Well manufactured, good packing, price is OK (in compare with other similar products). Version TX3125 has pretty good frequency characteristic - but.... (see cons).

Cons: I was very unpleasant surprised with voltage derating curve versus measured frequency. E. g. only 800V maximal input voltage on 100 kHz frequency, 600V on 200 kHz etc. Too weak for 250 MHz probe... See graph named "Voltage derating curve" on attached image (user manual scan).

Other: none