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.

Célnak megfelel. Hobbi célnak. Általános célra pl tápokhoz kisebb méréshez tökéletes.

Célnak megfelel. Hobbi célnak. Általános célra pl tápokhoz kisebb méréshez tökéletes.

Célnak megfelel. Hobbi célnak. Általános célra pl tápokhoz kisebb méréshez tökéletes.