PDN Probe Bundle (1 Port and 2 Port Probes), Accessory Kit, Two P2101A DC Blockers
1 Port PDN Transmission Line Probe, Accessory Kit, One DC Blocker
The Picotest PDN probes are 50 ohm transmission line probes. These precision 1x probes support a variety of measurements including impedance (1 Port Reflection and 2 Port Series and Shunt thru), step-load, ripple, noise TDT/TDR, PCB resonances, clock jitter and non-invasive stability. They have some significant advantages over active probes and other types of passive probes.
The 1-port probe, being a unity gain wide bandwidth probe, allows the measurement of ripple and noise with optimum signal to noise ratio (SNR). The 2-port probe can be used to transmit a load current step through one port, while measuring the response from the other port, simultaneously. The probes can both be used to inject noise for the assessment of sensitivity to the power supply for sensitive circuits such as clocks and LNAs. The probes are supported by a wide range of signal injectors and accessories, such as DC blockers, preamplifiers, and high speed current injectors.
The high-bandwidth (DC-1.3GHz), variable-pitch probe tip design enables accurate impedance measurements for high-speed PCB development and manufacturing. It eliminates the need for soldering SMA cables to your board and the risk of damaging fine copper pads or pulling up small components. You can get connectivity to circuit boards and devices without connectors.
KEY FEATURES:
Supports Measuring
Impedance, Step-Load, Ripple, Noise TDT/TDR, 2 port impedance, PCB resonances, Clock Jitter and Non-invasive Stability
1x for optimum in sensitivity and SNR
Virtually no circuit loading (< 0.2pf)
Single (1 Port) or Dual (2 Ports)
50 ohm impedance
Wide Bandwidth 1GHz+
Supports Non-Invasive Stability Measurement
Full complement of accessories
Reduces the risk of damaging the fine copper pads of circuit boards
Rugged, ergonomic design, Small Form Factor gets into tight places
Slim body with extended tips provides good visibility of the target
