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Excellent electrical performance
3.5 GHz and 1.5 GHz bandwidth models – accurate measurement for serial and digital applications
Excellent common-mode rejection – reduces errors in higher common-mode environments
Low capacitive and resistive loading – preserves signal fidelity and reduces DC bias interaction
Comprehensive mechanical performance
Compact probe head size for probing small-geometry circuit elements
DUT connection accessories enable connection to appropriately spaced SMDs
Robust reliability design
Ease of use
Direct connection to oscilloscopes with the TekVPI™ probe interface
Automatic unit scaling and readout on the oscilloscope display
Easy access to probe compensation box controls or the oscilloscope probe menu display for status, setup control, and diagnostic information
Integrated oscilloscope/probe system
Direct connection to and power from the TekVPI™ oscilloscope interface (direct connection to TekVPI oscilloscopes; no external power supply is required, unlike many competitors)
One-button access to the oscilloscope probe menu
Setup and control from the probe compensation box or oscilloscope user interface
Automatic zeroing – output offset zeroing
Remote GPIB/USB probe control through the oscilloscope
Design, verification, debug, and characterization of common high-speed serial bus designs:
I2C
CAN/LIN
SPI
Serial ATA
Ethernet (GbE)
USB 2.0
FireWire (1394b)
Signal integrity, jitter, and timing analysis
Manufacturing engineering and test
Differential active probes provide more realistic signal reproduction and fidelity for high-frequency measurements. With ultra-low input capacitance and universal device-under-test connectivity, the TDP1500 and TDP3500 differential active probes deliver the excellent high-speed electrical and mechanical performance required by today's digital system designs.
The TDP1500 and TDP3500 differential probes are specifically designed for use with and direct connection to oscilloscopes with the TekVPI™ probe interface, achieving high-speed signal acquisition and measurement fidelity by addressing the following three traditional problems:
DUT loading effects – reduced through low input capacitance and high input resistance
DUT connectivity – various accessories are available for connecting small SMDs, some standard and some recommended for use
System (oscilloscope and probe) bandwidth maximization – probing solutions for all measurements on TekVPI interface oscilloscope models up to 3.5 GHz
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Characteristics |
Description |
|---|---|
bandwidth (only probe) |
≥1.5 GHz guaranteed (TDP1500) ≥3.5 GHz guaranteed (TDP3500) |
Attenuation (only probe) |
1x/10x (TDP1500) 5x (TDP3500) |
rise time (only probe) |
≤265 ps typical value (TDP1500) ≤110 ps typical value (TDP3500) |
Differential input capacitor |
≤1 pF (TDP1500) ≤0.3 pF (TDP3500) |
Differential input resistance |
200 kΩ (TDP1500) 100 kΩ (TDP3500) |
Differential input dynamic range |
±8.5 V (10x) (TDP1500) ±850 mV (1x) (TDP1500) ±2 V (TDP3500) |
CMRR |
>60 dB at 1 MHz (TDP1500, TDP3500) When >25 dB, it is 1 GHz (TDP1500, TDP3500) |
Input bias range |
±7 V (10x or 1x) (TDP1500) ±1 V Display (TDP3500) |
Operating voltage input range (common-mode input range) |
±7 V (1x) (TDP1500) ±7 V (10x) (TDP1500) 5 V to -4 V (TDP3500) |
noise |
≈35 nV/√Hz (TDP3500) |
Maximum input voltage (non-destructive) |
±25 V (DC peak value AC) (TDP1500) ±15 V (DC peak value AC) (TDP3500) |
Propagation delay |
5.4 ns typical value (TDP1500) 5.4 ns typical value (TDP3500) |
Physical characteristics
Size |
millimeter |
inch |
|---|---|---|
Cable Length*1 |
1200 |
48 |
Weight |
g |
oz. |
Only probe*1 |
160 |
5.4 |
*1Typical value of TDP1500.
power supply Requirements
The TDP1500 and TDP3500 use TekVPI probe interface for direct power supply through oscilloscope.
Suggestion oscilloscope
With TekVPI probe interface oscilloscope.
Note: To receive high-quality probe support, please from www.tektronix.comDownload and install the latest version of the oscilloscope software