The P7350 is a Differential Probe from Tektronix. A differential probe is an active probe that has two inputs. A negative and positive input along with a ground lead that drives a 50 Ohm cable to transmit the output ot a digital oscilloscope channel.
Additional Features:
<100 ps Risetime
5 GHz Bandwidth
Low Input Capacitance: 0.3 pF Differential
Small Probe Head Allows Easy Probing of SMD
TekConnect® Interface (can be used with CSA/TDS8000 Series via 80A03 TekConnect Interface Adapter)
Applications:
Communications (Gigabit Ethernet, Fibre Channel, InfiniBand)
Semiconductor Characterization & Validation (PCI-Express, Serial ATA, IEEE 1394, USB 2.0, RAMBUS, DDR)
Disk Drive Design
The Tektronix P7350 Differential Probe improves usability with variable spacing and solder down capability, and a small form factor for ease of use on densely packed circuit boards with difficult-to-reach probe points.
It employs the patented TekConnect® Interface, which preserves signal integrity to 10 GHz and beyond to meet present and future bandwidth needs.
The P7350 is a Differential Probe from Tektronix. A differential probe is an active probe that has two inputs. A negative and positive input along with a ground lead that drives a 50 Ohm cable to transmit the output ot a digital oscilloscope channel.
Additional Features:
- <100 ps Risetime
- 5 GHz Bandwidth
- Low Input Capacitance: 0.3 pF Differential
- Small Probe Head Allows Easy Probing of SMD
- TekConnect® Interface (can be used with CSA/TDS8000 Series via 80A03 TekConnect Interface Adapter)
Applications:
- Communications (Gigabit Ethernet, Fibre Channel, InfiniBand)
- Semiconductor Characterization & Validation (PCI-Express, Serial ATA, IEEE 1394, USB 2.0, RAMBUS, DDR)
- Disk Drive Design
The Tektronix P7350 Differential Probe improves usability with variable spacing and solder down capability, and a small form factor for ease of use on densely packed circuit boards with difficult-to-reach probe points.
It employs the patented TekConnect® Interface, which preserves signal integrity to 10 GHz and beyond to meet present and future bandwidth needs.
