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> Tektronix P6046 010-0214-00 differential probe - kit
Tektronix P6046 010-0214-00 differential probe - kit
TEKTRONIX P6(***) 010-0214-00 DIFFERENTIAL PROBE - KIT
Looking for Tek's P6046 Probe?
(1) Tek P6046 Differential Probe
Acquired from the US Government. Actual item is shown. Only what is shown is included. Guaranteed functional. Serial is 342
Original Datasheet on this probe - HERE
Ideally suited for a wide range of applications, the P6046 Differential Probe and Amplifier is capable of making DC to 100 MHz single-ended and differential measurements.
Provides CMRR of 1000:1 at 50 MHz and 10,000:1 at 50 kHz
Includes an amplifier with a BNC connector
The P6046 is a self-contained active differential system consisting of a differential probe, amplifier and power supply. Active FET amplifiers at the dual-inputs reduce circuit loading. Combined with the differential processing occuring in the probe head, the P6046 provides superior common mode rejection ratios (CMRR) at high frequencies typically 10,000:1 out to 50 kHz, derating to 5,000:1 at 1 MHz. Since the P6046 is self-contained, it provides a differential output into a single oscilloscope channel. System controls enable you to select AC or DC coupling, adjust the DC balance and select mV/div from 1 to 200mV (10mV to 2V with attenuator head) in standard 1,2,5 steps.
* CMRR - With deflection factors of 1 to 20 mV/div: at least 10,000: 1 at 50 kHz, 5000: 1 at 1 MHz, and 1000: 1 at 50 MHz (DC coupled).
* Common Mode Linear Dynamic Range - 5 V, 50 V with 10x attenuator
* Bandwidth - DC to 100 MHz (-3 dB)
* Rise Time - 3.5 ns or less
* Deflection Factor Range - 1 to 200 mV/div in 8 calibrated steps, 1-2-5 sequence (with an oscilloscope deflection factor of 10 mV/div). Input RC 1 M ohm paralleled by 10 pF or less.
* Input Coupling - AC or DC, selected by a switch on the probe. Low frequency response AC-coupled is -3 dB at 20 Hz, 2 Hz with 10x attenuator.
* Displayed Noise - Typically 450 mV or less.
* Maximum Input Voltage - 25 V (DC peak AC), 250 V with 10x attenuation, derated with frequency.
* Output Impedance - 50 ohms through a BNC-connector. 50 ohm termination supplied with amplifier for use with 1 M ohm systems.
* Probe Cable - 6 ft. long, terminated with special nine-pin connector
