Descripción
Instrospect PV2 Universal Active Probe. Probing Solution with 8 GHz Bandwidth.
The Introspect PV2 Universal Active Probe is a signal measurement solution for high-speed links carrying low voltage, high-speed signals with a bandwidth of 8 GHz. By providing a completely non-proprietary instrument interface, it facilitates the attachment of a wide range of instruments to any given device under test (DUT) while minimizing circuit loading and maintaining signal integrity. This means that it can be attached to any oscilloscope brand, and it can also be attached to spectrum analyzers, protocol analyzers, and digital capture systems.
The Introspect PV2 consists of a lightweight probe amplifier and a solder-in tip. Both of these components are optimized for accessing hard-to-reach signals in live systems and for measuring entire buses such as those found in MIPI, LPDDR5, automotive ethernet, and similar systems.
The components of the Introspect PV2 are shown in the following image. They consist of the probe amplifier, the solder-in tip, the power delivery connector, and the instrument SMA connector.
Ficha del producto
Características principales:
- High bandwidth: 8 GHz bandwidth with a high linearity and accuracy.
- Non-proprietary interface: output cable of the probe amplifier has a male SMA connector for attachment to any 50 Ohm instrument.
- Optimized voltage range: linear performance is guaranteed for low-voltage applications such as MIPI and LPDDR5. Extended linear range is available through different probe tip options.
- Miniature and lightweight: probe amplifier is housed in a compact enclosure, enabling attachment in confined spaces.
- Maintain signal integrity: measure live signal links in their mission modes without custom test fixtures.
- Deploy widely: connect the PV2 to Introspect Technology instruments or to oscilloscopes, logic analyzers, spectrum analyzers, and digital capture tools.
- Access highly integrated buses: use the solder-in probe tips for optimized signal sniffing in hard-to-reach locations.
