PD70101EVB-12GHN-C

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PD70101EVB-12GHN-C is a type of electronic device designed to provide electrical and/or electronic functionalities, as well as performance capabilities for an array of applications. Its application field includes, but is not limited to, power supplies, communications, consumer electronics, switches, and motor control. With highly efficient and cost-effective performance, it is suitable for a wide range of situations.
The PD70101EVB-12GHN-C consists of a 12GHz Crossbar Switch (CXS) and a 12GHz dual-channel FET Array Digital Switch (DDS). CXS is fabricated using proprietary advanced technologies, such as 0.25um poly-phase-6 or 0.18um dual-phase-6 metal gate CMOS (Complementary Metal Oxide Semiconductor) process technology. It is powered by 3V power supply and has an operating frequency range of 500KHz to 12GHz. It supports 6-in/6-out (or 7-in/7-out) matrix configurations and has an RDSon (on resistance) of less than 20ohms.
DDS, on the other hand, is manufactured using advanced BiCMOS (Bipolar-CMOS) 0.18um process and powered by 5V supply. It operates at a maximum speed of 25MHz and supports 8 channels of data with an RDSon of 45Ohms and power consumption of 30mW. It has two application-specific integrated circuits (ASICs) and a total of 14 FET transistors that are configured onto the die in order to enable low-power and high-performance designs.
In terms of performance, the PD70101EVB-12GHN-C’s has a wide dynamic range of operating frequencies, ranging from 0.5MHz to 12GHz and offers excellent dynamic range. Its power supply of 3V and 5V make it compatible with a plethora of power and motor control solutions, while its low-power and noise immunity features make it suitable for a wide range of applications.
The PD70101EVB-12GHN-C’s working principle is relatively simple. It consists of two sets of transistors: the CXS crossbar switch and the DDS FET array switch. The switch board will be located between the input and output devices, with an array of contacts that determine the level of contact made between the input and output devices. When an electrical signal is applied to one of the contacts, the switch board will activate and provide a connection between the two devices.
The CXS crossbar switch utilizes poly-phase-6 or dual-phase-6 CMOS (Complementary Metal Oxide Semiconductor) process technology to create an array of individually addressable transistor cells for incredibly high speed operation. The switch board is then mapped to the individual transistor cells in a highly efficient manner to form the input/output connection.
The DDS FET array digital switch is designed to provide a low-power and high-performance option for applications requiring multiple input and output connections. This switch board is based on a bipolar complementary metal oxide semiconductor (BiCMOS) process and is designed to provide protection against high-power input signals and noise, while also preserving circuit integrity.
In conclusion, the PD70101EVB-12GHN-C is a powerful and versatile electronic component with a wide application field and excellent performance features. It is suitable for a variety of applications, ranging from communications, consumer electronics, switches, and motor control. Other features provided by this device include its low power requirement, wide dynamic range of operating frequencies, low on-resistance, and high performance. Its working principle is relatively simple—it utilizes two sets of transistors to deliver an efficient connection between input and output devices.

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