Pickering implements the continuous principle in product development and design, launching many new and innovative products every year, and has released more than 1,000 pxi products so far. The latest product is available in both pxi and pxie versions.

Due to the consistency of software and hardware functionality between the pxi and pxie versions, pickering can provide pxie versions of hundreds of pxi modules, including 211 RF and microwave modules.

pxi is still a very important platform. Compared with pxie, pxi has lower requirements for system communication bandwidth. Pickering promises to provide 15 to 20 years of product support services for both versions of the product. If test engineers need a pxie version of one of pickering's pxi products, we will speed up the rollout of more pxie products.

Manufacturer: monolithic power systems (mps) Product Category: Switching Regulator Mounting Style: smd/smt Package/Case: msop-8 Topology: boost Output Voltage: 3 v to 22 v Output Current: 2 a Number of Outputs :1 output max input voltage: 25 v min input voltage: 2.5 v switching frequency: 700 khz to 1.3 mhz min operating temperature: - 40 c max operating temperature: + 85 c Package:cut tape Package:mousereel Package:reel Product:voltage regulators Type: step-up converter Trademark: monolithic power systems (mps) Product Type: switching voltage regulators Factory Package Quantity 2500 Subcategory: pmic - power management ics Unit Weight: 140 mg

The lan867x Ethernet physical layer (phy) transceivers are high performance, small form factor devices that enable connectivity to standard system devices, including sensors and actuators, that previously required their own communication systems.

With lan867x devices, full Ethernet infrastructure in ot and it systems can be extended to the edge of the network. The microchip lan867x devices eliminate the need for gateways, which in the past were needed to interconnect incompatible communication systems.

A single pair of wires reduces cost, while a multi-drop bus structure reduces the need for expensive switches and increases scalability. Multiple nodes can operate on the same bus line with high data throughput.