Passive oscilloscope probes help with dense PCBs
The 701949 10:1 miniature passive probe can be used with high-density PCBs. It has a slim probe head to offer better visibility during operation. The tip also has an in-built spring mechanism to prevent slippage by automatically adjusting the load. A range of accessories is available for the probe to make it suitable for high-speed signals such as ICs and high-density mounting boards. The 701949 frequency bandwidth ranges are from DC to 500 MHz, and an input voltage of +/-400V RMS.
The 702907 features a wide operating temperature range of -40 to +85°C. It also has a probe length of 2.5 m, to isolate the instrument from the high-temperature measurement point. Longer probes also come in useful if the measuring instrument has to be connected to a temperature-controlled chamber. The probe offers frequency bandwidth ranges from DC to 200MHz, and an input voltage of +/-1000V DC + AC peak. To provide reliability when used in severe environmental conditions, the probes can withstand a cable mount pulling force of 60 N and have been tested over 500 temperature cycles. To allow the connection of the probe to the application in a convenient way, they can be used with a range of probe tip conversion adaptors. These adaptors include safety mini clips, fork terminal adapters, small or large alligator clips, and 4 mm conversion adaptors with pincher tip or safety banana connectors.
Typical applications for the new 702907 probes include accelerated testing and validation of automotive parts, testing designs inside a temperature chamber, and the environmental testing of power converters for outside installations.
More information
Related news
CXPI automotive serial bus analysis on Yokogawa scopes
Microlease expands industrial offerings due to demand
Aerospace and Defence power test tool box helps win new projects
PicoScope 5000D Series Wins Elektra 2018 “Test Product of the Year” award
If you enjoyed this article, you will like the following ones: don't miss them by subscribing to :
