NI-SCOPE: Lista de propiedades Channel-based

Hardware: Modular Instruments>>High-Speed Digitizers (Scopes)

Problema:
¿Qué propiedades del driver NI-SCOPE se pueden aplicar sobre un solo canal (channel-based properties) y cuáles se aplican forzosamente sobre todos los canales?

Solución:
Esta tabla contiene la relación de todas las propiedades channel-based del driver NI-SCOPE. Las propiedades que no aparecen en esta lista, no son channel-based y se aplican sobre todos los canales del instrumento.

Vertical	Channel Enabled Vertical Range Vertical Offset Maximum Input Frequency Vertical Coupling Input Impedance Probe Attenuation Channel Terminal Configuration
	Advanced	Digital Gain Digital Offset Bandpass Filter Enabled Dither Enabled Flex FIR Antialias Filter Type
Horizontal	Enable Time Interleaved Sampling
Triggering	Start To Ref Trigger Holdoff
	Trigger Video	Signal Format
Waveform Measurement	Other Channel Array Gain Array Offset Hysteresis Percent Last Acq. Histogram Size
	Time Histogram	Size Low Volts High Volts
	Interpolation	Sampling Factor
	Filter	FIR Window Cutoff Frequency Center Frequency Percent Waveform Transient
	Reference Levels	Channel Based Low Ref Level Channel Based Mid Ref Level Channel Based High Ref Level Units Percentage Units Method
Onboard Signal Processing	DDC	DDC Enabled Frequency Translation Enabled Center Frequency Q Source
		Signal Adjustments >>Frequency Translation Frequency Translation Phase I  Signal Adjustments >>Frequency Translation Frequency Translation Phase Q
	Equalization	Equalization Filter Enabled Equalization Num Coefficients
Device	Accessory	Gain
		Offset
Device Specific >> IF Digitizer (5620 and 5621)	Combined Decimation
	Carrier Mixer	NCO Center Frequency Phase Offset
	CIC Filter	Decimation Shift Gain
	Frequency Discriminator	Enable FIR Decimation FIR Symmetry FIR Symmetry Type FIR Taps FIR Input Source Delay Phase Multiplier
	Programmable FIR Filter	Decimation Symmetry Symmetry Type Taps Real/Complex
	AGC	Upper Gain Limit Lower Gain Limit Loop Gain 0 Exponent Loop Gain 0 Mantissa Loop Gain 1 Exponent Loop Gain 1 Mantissa Threshold Average Control
	HalfBand Filter	Bypass Filter 1 Enable Filter 2 Enable Filter 3 Enable Filter 4 Enable Filter 5 Enable
	Output Configuration	>> Parallel >> AOUT Source Parallel >> BOUT Source
	Advanced	Test Mode Sin/Cos Coordinate Converter Input Q Input to Coord. Converter Syncout CLK Select Enable Dither Timing NCO >> Phase Accum. Load on Update Timing NCO >> Clear Phase Accum. Timing NCO >> Enable Offset Freq. Timing NCO >> Frequency Offset Bits Timing NCO >> Center Frequency Timing NCO >> Phase Offset Resampler >> Filter Mode Resampler >> Bypass Resampler >> Output Pulse Delay Resampler >> NCO Divide Resampler >> Reference Divide

Ligas Relacionadas:
niScope Properties

Archivos Adjuntos:





Día del Reporte: 12/30/2009
Última Actualización: 12/30/2009
Identificación del Documento: 54T7NC8W