Measurement Specialties CIO-SSH16 user manual Sample / hold section

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Sample / hold section

Sample / hold type	LF398
Aperture time	250 ns max, 150 ns typical
Aperture uncertainty	50 ns typical
Acquisition time	10 µs max
Temperature coefficient	4 ppm/°C
Droop rate	±100µV/ms
RMS Noise (10 kHz to 100 kHz)	10µV
Current Drive	±5 mA
Output coupling	DC
Output impedance	0.1 Ohms max
Miscellaneous	TTL high level for sample mode,
	TTL low level for hold mode

Environmental

Operating temperature range	0 to 60°C
Storage temperature range	−40 to 80°C
Humidity	0 to 90% non-condensing

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Contents CIO-SSH16 Copyright 2000 Measurement Computing Corp Adding Amplifiers & Sample / Hold Chips This page is blank Hardware Installation Software InstallationIntroduction Power Cable Power Connector Signal CableGain Switches Analog Input Board SetupFloating Differential Signal ConnectionConnector Diagram Analog InputsExample DifferentialPage Analog Input ArchitectureAmplification 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 Ground Loops Common MisunderstandingsLOW 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