Measurement Specialties CIO-SSH16 user manual S15 S16

Page 15

S1
S15	S16

Figure 4-6. Input Amplifiers with Sample and Hold Chips

SSH OUT is synchronized to the analog input boards S&H chip and the channel select MUX. When the analog input board samples channel 0, each of the LF398s on the CIO-SSH16 also samples the signal on its input. Each of the LF398s then switches to HOLD mode and the analog input board acquires this “held” signal from each channel. The CIO-SSH16 remains in HOLD mode until the analog input board samples channel 0 again.

11

Image 15

Contents CIO-SSH16 Copyright 2000 Measurement Computing Corp Adding Amplifiers & Sample / Hold Chips This page is blank Software Installation Hardware InstallationIntroduction Power Cable Power Connector Signal CableGain Switches Analog Input Board SetupFloating Differential Signal ConnectionConnector Diagram Analog InputsExample DifferentialPage Architecture Analog InputAmplification CIO-SSH16 vs. Programmable Gain A/D Boards Sample & Hold S15 S16 Droop Rate Sample and Hold Timing DiagramTime to Sample Calculation Resolution CalculationAdding Amplifiers Sample / Hold Chips Range CalculationAnalog input section SpecificationsSample / hold section Voltage Dividers Analog ElectronicsPage Differential & Single Ended Inputs Common Mode RangePage Common Misunderstandings Ground LoopsLOW Pass Filters Converter # Volts A/D Resolution & Engineering UnitsCurrent Loop 4-20 mA Engineering UnitsSources of Noise NoiseSensor Noise Signal Wire NoiseSmoothing Data For your notes EC Declaration of Conformity