. Electronic apparatus for biological research. Electronic apparatus and appliances; Biology -- Research. Level of P slider Vi grid V2 anode Figure the polarity required. The duration of the pulse may be controlled by varying R, C, or the slider of P. The amplitude of the pulse depends on the valve, the HT, and is related to the ratio of the relevant anode load to R^. The pulse duration also depends on these three quantities. A high rate of rise. Figure and fall at the beginning and end of the pulse is secured by having the anode loads low and by minimizing shunt capacitances, partic
. Electronic apparatus for biological research. Electronic apparatus and appliances; Biology -- Research. Level of P slider Vi grid V2 anode Figure the polarity required. The duration of the pulse may be controlled by varying R, C, or the slider of P. The amplitude of the pulse depends on the valve, the HT, and is related to the ratio of the relevant anode load to R^. The pulse duration also depends on these three quantities. A high rate of rise. Figure and fall at the beginning and end of the pulse is secured by having the anode loads low and by minimizing shunt capacitances, particularly by using pentodes {Figure ). Remember that the screens have to be decoupled to the cathode, since pentode action depends on stabilizing the screen cathode potential difference. Triggered transitron Just as the flip-flop is a biased cathode coupled multi-vibrator, the triggered transitron is a biased version of the transitron oscillator. The latter does 236. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original Donaldson, Peter Eden Kirwan. New York, Academic Press
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