Product Overview:

The Tektronix P6247 Differential Probe is a high-performance probe designed for accurate and reliable differential measurements in a wide range of applications. With its exceptional bandwidth of 1 GHz, it captures fast-rising signals with ease. The probe offers both 1X and 10X attenuation ratios, providing versatility for different signal levels.

Features:

Bandwidth: 1 GHz
Attenuation Ratios: 1X/10X
Input Resistance: 200 kOhm
Input Capacitance: Less than 1 pF
Maximum Input Voltage: /-25 V
Differential Input Range: /-12.5 V
Common Mode Rejection Ratio (CMRR): >80 dB at 100 MHz
Probe Tip Diameter: 0.025 inches (0.635 mm)
Probe Length: 1.5 meters (5 feet)

High Bandwidth: Captures fast-rising signals with accuracy.
Versatile Attenuation: Allows for measurements of different signal levels.
Low Input Capacitance: Minimizes loading effects on the circuit under test.
High CMRR: Rejects common mode noise, ensuring accurate differential measurements.
Compact Probe Tip: Facilitates probing in tight spaces.
Long Probe Length: Provides ample reach for convenient measurements.

Tektronix P6247 Differential Probe
Ground Lead
Probe Tip Accessories
User Manual

High-speed digital design
Power electronics testing
Automotive diagnostics
* Aerospace and defense applications

Tektronix TDP1500 Differential Probe, 1.5 GHz, 1X/10X, 1 pF, 25V, 200 kohm, TekVPI, 1.2m, TDP Series

Product Overview

The Tektronix TDP1500 Differential Probe is a high-performance probe designed for use with oscilloscopes. It offers a wide bandwidth of 1.5 GHz, making it ideal for capturing fast signals. The probe also features a high input impedance of 200 kohm, which minimizes loading on the circuit under test.

Features

Bandwidth: 1.5 GHz
Input impedance: 200 kohm
Input capacitance: 1 pF
Maximum input voltage: 25V
Attenuation: 1X/10X
Probe length: 1.2m
TekVPI interface

High bandwidth for capturing fast signals
High input impedance for minimizing loading on the circuit under test
Low input capacitance for preserving signal integrity
Wide attenuation range for accommodating a variety of signal levels
Long probe length for easy access to test points
TekVPI interface for compatibility with Tektronix oscilloscopes

Tektronix TDP1500 Differential Probe
Ground lead
Probe tip
* Carrying case

Product Overview:

The Tektronix P6248 Differential Probe is a high-performance probe designed for precise and accurate differential measurements in high-speed electronic circuits. With its wide bandwidth of 1.5 GHz and low input capacitance of 1 pF, it provides exceptional signal fidelity and minimizes circuit loading.

Features:

Bandwidth: 1.5 GHz
Input Impedance: 1 MΩ // 1 pF
Attenuation: 1X/10X
Common Mode Rejection Ratio (CMRR): 60 dB
Differential Input Range: ±10 V
Probe Tip Spacing: 1.5 mm
TekProbe Connect Interface for easy connection and probe power
AutoProbe Interface for automatic probe setup and compensation

Specifications:

Bandwidth: 1.5 GHz (-3 dB)
Rise Time: 233 ps
Input Impedance: 1 MΩ // 1 pF
Attenuation: 1X/10X
CMRR: 60 dB (DC to 1 GHz)
Differential Input Range: ±10 V
Probe Tip Spacing: 1.5 mm
Probe Length: 1.2 m (4 ft)
Weight: 120 g (4.2 oz)

P6248 Differential Probe
Ground Lead
Probe Tip Accessories
User Manual

High-fidelity measurements: 1.5 GHz bandwidth and low input capacitance ensure accurate signal capture.
Versatile attenuation: 1X/10X attenuation allows for measurements on a wide range of signal levels.
Excellent CMRR: 60 dB CMRR minimizes common mode noise and improves signal-to-noise ratio.
Easy connection: TekProbe Connect interface simplifies probe setup and provides probe power.
Automatic compensation: AutoProbe interface automatically compensates the probe for optimal performance.

Value to the Customer:

The Tektronix P6248 Differential Probe empowers engineers and technicians with a powerful tool for precise differential measurements in high-speed electronic circuits. Its exceptional performance, ease of use, and versatility make it an invaluable asset for debugging, troubleshooting, and characterizing electronic systems.