1.5.4 The High-Voltage Power Supply : The high-voltage power supply (HVPS) provides a positive or negative voltage necessary for.

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1.5.4 The High-Voltage Power Supply : The high-voltage power supply (HVPS) provides a positive or negative voltage necessary for the operation of the detector. Most detectors need positive high voltage (HV). Typical HVs for common detectors are given in Table 1.2. The HVPS is constructed in such a way that the HV at the output changes very little even though the input voltage (110 V, ac) may fluctuate 1.5.5 The Preamplifier provides an optimized coupling between the output of the detector and the rest of the counting system. The preamplifier is also necessary to minimize any sources of noise that may change the signal. The signal that comes out of the detector is very weak, in the millivolt (mV) range . Before it can be recorded, it will have to be amplified by a factor of a thousand or more. To achieve this, the signal will have to be transmitted through a cable to the next instrument of the counting system, which is the amplifier. Transmission of any signal through a cable attenuates it to a certain extent. If it is weak at the output of the detector, it might. be lost in the electronic noise that accompanies the transmission. This is avoided by placing the preamplifier close to the detector as possible. The preamplifier shapes the slgna1 and reduces its attenuation by matching the, impedance of ,the' detector with that of. the amplifier:? After going through the preamplifier, the signal may be safely transmitted to the amplifier, which may be located at a considerable distance away,

1.5.9 The Scaler The scaler is a recorder of pulses. For every pulse entering the scaler, a count of 1 is added to the previous total. At the end of the counting period, the total number of pulses recorded is displayed. Figure 1.7d shows the front panel of a typical commercial scaler. 1.5.10 The Timer The timer is connected to the scaler, and its purpose is to start and stop the scaler at desired counting time intervals. The front panel of a typical timer is shown in Fig. 1.7e. Some models combine the timer with the scaler in one module.