差分探頭| P7350
差分探頭| P7350
Features & Benefits
- <100 ps Rise Time (P7350 guaranteed)
- 5 GHz to 3.5 GHz Bandwidths (typical)
- Low Input Capacitance:
- <0.3 pF Differential (P7350 typical)
- ≥60 dB (1000:1) Common Mode Rejection Ratio (CMRR) at 1 MHz (P7330, P6330 typical)
- Small Probe Head Allows Easy Probing of SMDs
Applications
- Communications (Gigabit Ethernet, Fibre Channel, InfiniBand)
- Semiconductor Characterization and Validation
- PCI Express
- Serial ATA
- IEEE 1394
- USB 2.0 (The P7350 is not recommended for USB 2.0 compliance testing)
- RAMBUS
- DDR
- Disk Drive Design
Tektronix’ proven expertise in probes brings you the highest fidelity in high-speed differential probing. The P7350, P7330, and P6330 high-bandwidth differential probes offer excellent signal fidelity, meeting the needs of engineers in design and debug of technologies with very fast clock speeds and edge rates. They provide high-bandwidth, low circuit loading, low-noise differential probing solutions for high-speed circuit designers.
P7350
The P7350 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.
P7330 and P6330
The P7330 and P6330 enable users to make time-domain or frequency-domain measurements on high-bandwidth signals commonly found in digital IC designs, communication applications, and disk drive applications. The P7330 and P6330 provide high-bandwidth, low circuit loading, and low-noise differential probing solutions. The small probe head geometry and assorted probe tip accessories allow these probes to easily accommodate manual probing of surface-mount devices.
Performance You Can Count On
Depend on Tektronix to provide you with performance you can count on. In addition to industry-leading service and support, this product comes backed by a one-year warranty as standard.