Tektronix P7350
Probe, Differential, Differential Probes, 2.5 V, 5, lt 100, 6.25X, 1.3
Mfr. Part #: P7350 / RS Stock #: 70136820
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Product Specifications
Product Attribute
Attribute Value
Search
Attenuation
6.25X dB
Bandwidth
5 GHz
Cable Length
1.3 m
Cable Type
Differential Probes
Common Mode Rejection Ratio
> 45 dB dB
Differential Input Voltage
± 2.5 V
Interface
TekConnect
Noise Rating
46 nV⁄Root Hz dB
Series
P7 Series
Type
Differential Probe
Voltage Rating
± 25 V
Overview
General Purpose Oscilloscope Probes, 300 V Voltage Rating
- Introduction
Active Differential Probes allow you to view differential signals. Differential signals are signals that are referenced to each other rather than to ground. While a matched pair of single-ended probes can be used, a true differential probe typically gives higher performance, providing high CMRR, broad frequency range, and minimal time skew between inputs. Differential signaling transmits data over two complementary wires. The signal pair is routed together to a receiver, which subtracts them from each other to recover the original signal. Differential signaling is becoming more common as rates increase. Differential signaling eliminates common mode noise, It also reduces the need for a common reference voltage between the transmitter and the receiver against which the signal is compared to determine its logic level, eliminating some signal integrity issues such as "ground bounce".
When your signal must be measured differentially, Tektronix has a range of differential probing solutions to fit your application. While a matched pair of single-ended probes can be used (see P6135A below), a true differential probe typically gives the highest performance, providing high CMRR, broad frequency range, and minimal time skew between inputs. For high-voltage floating applications, see the High Voltage Probes.
High performance differential probes.
- Introduction
Active Differential Probes allow you to view differential signals. Differential signals are signals that are referenced to each other rather than to ground. While a matched pair of single-ended probes can be used, a true differential probe typically gives higher performance, providing high CMRR, broad frequency range, and minimal time skew between inputs. Differential signaling transmits data over two complementary wires. The signal pair is routed together to a receiver, which subtracts them from each other to recover the original signal. Differential signaling is becoming more common as rates increase. Differential signaling eliminates common mode noise, It also reduces the need for a common reference voltage between the transmitter and the receiver against which the signal is compared to determine its logic level, eliminating some signal integrity issues such as "ground bounce".
When your signal must be measured differentially, Tektronix has a range of differential probing solutions to fit your application. While a matched pair of single-ended probes can be used (see P6135A below), a true differential probe typically gives the highest performance, providing high CMRR, broad frequency range, and minimal time skew between inputs. For high-voltage floating applications, see the High Voltage Probes.
High performance differential probes.