Siglent SPL1008 Logic Analyzer Probe for SDS2000 Series

Name: Siglent SPL1008 Logic Analyzer Probe for SDS2000 Series
Brand: Siglent
SKU: SiglentSPL1008
Price: 179.00 USD
Availability: InStock

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Logic Probe for SDS2000 series , 8-channel, 500MSa/s

Logic Probe for SDS2000 Series
8-Channel, 500MSa/s
Input Capacitance : 10pF
Input Resistance: 100KΩ
Supports common logic standards
Flexible flying leads and clips

Applications

General purpose hardware testing
Serial Bus debugging
A/D converter debugging

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Description

Manuals/Guides

Manufacturer Specs

Specifications
Model	SPL1008
Parameter	Value
Number of Inputs	8
Number of external clock inputs	1
Input capacitance	10pF
DC impedance	100KΩ
Input Dynamic Range	-5V to +5V
Maximum non-destructive input voltage	±40V
Threshold range	-3V to +3V
Default thresholds	TTL = 1.5V : CMOS= ( 1.65V) : LVCMOS3.3V = (1.65V) : LVCMOS2.5V (1.25V)
Threshold accuracy ( no lead)	±400mV
Minimum voltage swing	800mV
Input level limiting	TTL ( 0V ≤ V ≤0.8V;2.4V≤V≤5V)
	CMOS ( 0V≤V ≤1.5V;3.5V≤V≤5V)
	LVCOMS3.3V ( 0V ≤V ≤0.7V;2V≤ V≤ 3.3V)
	LVCOMS2.5V ( 0V≤ V ≤0.7V;1.7V ≤V ≤2.5V)
Plus Width Resolution ( Single Channel)	TTL:15ns
	CMOS:15ns
	LVCOMS3.3:15ns
Minimum input slew rate ***	75mV/us
Maximum data rate ( Single Channel)	120Mbps
Timing sampling rate	500MHz
Status sampling rate	60MHz
Cable length	80cm ±2cm
Connection to circuit	Flying leads

When the logic probe is connected to the oscilloscope, the impedance is specified as a DC resistance of 1OOk O.As the signal frequency increases, the input impedance reduces because of input capacitance. For example, Input impedance will be 270 Q at 60MHz. Therefore please ensure the current-drive capability of your circuit is sufficient to maintain normal operating voltage with the load of the probe attached. If not then the oscilloscope might display an incorrect result.
..Threshold accuracy is influenced by the flying leads. In a conductor, the speed of an electromagnetic wave, is approximately 3 x108m/s. This means the wavelength ( >. )in the conductor and flying lead is of a similar magnitude at higher frequencies. It is therefore possible for a standing wave to occur in the flying leads at these higher frequencies. This can adversely influence the threshold accuracy. To improve the threshold accuracy, use as short a ground lead as possible.
...The logic probe has a hysteresis window for stability. It can't capture the timing of a transition correctly when the input single has a slew-rate slower than 75mV/us. This means that if the input single is a sinusoidal waveform, then its frequency must be greater than 4kHz and Vpp must be greater than 3V.

Please Note: The SR (slew rate) is defined by following equation :SR=2ir fV_PP