HEC Preshaper: Requirements and Specifications
... The simulated output noise is in the range of 54÷103V for the required Cd range of 24÷410pF. The typical equivalent noise current of the preamplifier with Cd=200pF is 100nA at cryogenic temperatures and the transimpedance is 750. The specification limit (SR7) is reached for the preshaper output no ...
... The simulated output noise is in the range of 54÷103V for the required Cd range of 24÷410pF. The typical equivalent noise current of the preamplifier with Cd=200pF is 100nA at cryogenic temperatures and the transimpedance is 750. The specification limit (SR7) is reached for the preshaper output no ...
A3944 - Allegro MicroSystems
... high, in other words the logical OR of the INx input and the Gx bit for each channel x. If the GATx output is to be controlled by the serial interface, then the corresponding INx logic input should be held low. Internal pull-down resistors from each INx terminal to GND ensure that any unconnected in ...
... high, in other words the logical OR of the INx input and the Gx bit for each channel x. If the GATx output is to be controlled by the serial interface, then the corresponding INx logic input should be held low. Internal pull-down resistors from each INx terminal to GND ensure that any unconnected in ...
Enhanced five-channel PMOS load switches
... Internal output discharge circuits are activated at the moment of the main MOSFET turnoff. They are kept active for a period of 1.7 ms min. tDIS, or they are kept active permanently for the whole period when the main switch is turned off, based on the DTx bit. Output discharge can also be disabled b ...
... Internal output discharge circuits are activated at the moment of the main MOSFET turnoff. They are kept active for a period of 1.7 ms min. tDIS, or they are kept active permanently for the whole period when the main switch is turned off, based on the DTx bit. Output discharge can also be disabled b ...
1. General description
... Figure 11 shows signal and noise versus Tp. Signal is constant versus Tp except for small peaking time (i.e. high frequencies) due to preamp speed. Noise of preamp without Cd (called σ 0p on the graph) is decreasing vs T p as it is dominated by serial noise. The test board buffer noise have been mea ...
... Figure 11 shows signal and noise versus Tp. Signal is constant versus Tp except for small peaking time (i.e. high frequencies) due to preamp speed. Noise of preamp without Cd (called σ 0p on the graph) is decreasing vs T p as it is dominated by serial noise. The test board buffer noise have been mea ...