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Sɔnni segin bɛ se ka sɔrɔ 40 don kɔnɔ Sɔnni yɛlɛman tɛ segin Sɔnniw minnu bɛ sɔn ni kaati hɔrɔn, olu tɛ segin
Sɔnni Hɔrɔn
I ni ce Roymall, i ka sɔnniw siti. An bɛ i ka dɛmɛ fɛɛrɛ. O sɔnni hɔrɔn bɛ kɛ i ka sɔnni kɛnɛ kan.
Ka Taa Cogo
An bɛ sɔnniw taa i ka so la 2 don kɔnɔ. Kɛnɛ cɛsiri bɛ se ka kɛ 5-7 don kɔnɔ.
1. Ka Segin Cogo
Sɔnniw bɛ segin 40 don kɔnɔ. Sɔnni yɛlɛman tɛ segin.
2.Ka Sɛn Segin
I bɛ sɛn sɔrɔ segin kɔnɔ.
Description:
Integral injection molding makes the usage more flexible and the oscilloscope able to adapt more testing situations. Attenuation ratio: 1x and 10x optional. Compatible with domestic and international digital and analog oscilloscopes in relevant frequency.
Features:
High quality and reliable.
Attenuation ratio: 1× and 10× adjustable.
Portable design according with ergonomics.
Integral injection molding makes the usage more flexible and the oscilloscope able to adapt more testing situations.
Safety standards: it has passed the CE Attestation of European Community.
Application Fields:
Compatible with domestic and international digital and analog oscilloscopes in relevant frequency.
Measurement in intermediate and low frequency signals.
I bread boarded an avalanche pulse generator using a 2N3904. After setting the PP-150 probe to 10x and adjusting the trim on my Rigol DS1054 I then connecting the probe to the output of the avalanche pulse generator. With the PP-150 probe I measure rise times in the range of 2.2ns. Using the equation ‘Bandwidth (Hz) = 0.35/rise time(s)’ I measure a bandwidth of 159MHz. It’s always good when you get more that you were expecting. This probe will be adequate for my 60MHz Tektronix 2213. I would buy again.
I bread boarded an avalanche pulse generator using a 2N3904. After setting the PP-150 probe to 10x and adjusting the trim on my Rigol DS1054 I then connecting the probe to the output of the avalanche pulse generator. With the PP-150 probe I measure rise times in the range of 2.2ns. Using the equation ‘Bandwidth (Hz) = 0.35/rise time(s)’ I measure a bandwidth of 159MHz. It’s always good when you get more that you were expecting. This probe will be adequate for my 60MHz Tektronix 2213. I would buy again.
I bread boarded an avalanche pulse generator using a 2N3904. After setting the PP-150 probe to 10x and adjusting the trim on my Rigol DS1054 I then connecting the probe to the output of the avalanche pulse generator. With the PP-150 probe I measure rise times in the range of 2.2ns. Using the equation ‘Bandwidth (Hz) = 0.35/rise time(s)’ I measure a bandwidth of 159MHz. It’s always good when you get more that you were expecting. This probe will be adequate for my 60MHz Tektronix 2213. I would buy again.
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Q:
Is this the 10x probe for the ADS2050H oscilloscope host that will be able to measure a 120 ac volts sine wave ?
Is this the 10x probe for the ADS2050H oscilloscope host that will be able to measure a 120 ac volts sine wave ?