SI5933CDC-T1-E3

The SI5933 CDC-T1-E3 is a symmetrical dual-channel high-speed parameter-controlled switch (PCS) array designed for use in advanced analog, digital and mixed-signal integrated circuit applications. It has two independent channels with 8 individually programmable switches and a common on/off enable pin for both channels. The SI5933 is ideal for applications where multiple switches are required to be switched in a sequence or for switching signals with varying logic polarities. It is also suitable for high-speed signal routing and bus isolation.

The SI5933 has two main operating modes: switching mode and parameter-controlled mode. In switching mode, the switch is either in its “on” or “off” state and no external parameters are required. In parameter-controlled mode, an external voltage level is used to control the switching behavior, allowing the switch to be turned on or off in response to the external voltage.

The SI5933 is suitable for operation in both digital and analog applications. In digital applications, it can be used to route signals between logic gates in a sequence, and in analog applications, it can be used to switch analog signals with varying logic polarities. Another advantage is that the SI5933 has excellent low-breakdown voltage, which makes it suitable for use in high-voltage applications, such as motor control.

The SI5933 CDC-T1-E3 also has a low operating power consumption, which makes it suitable for use in Battery Operated equipment. It is also highly temperature stable, meaning it can work in a wide range of environments. The SI5933 also has excellent isolation between channels, making it suitable for applications where it is necessary to prevent crosstalk between signals.

The SI5933 CDC-T1-E3 is a highly reliable and efficient device, designed for a wide range of applications, from digital and analog signal routing, to motor control and high-speed signal routing. Its low power consumption and temperature stability makes it suitable for use in a wide range of environments. Its excellent isolation between channels and versatile parameter-controlled operation make it suitable for applications which require switching signals with varying logic polarities and for applications which require switching signals in a sequence.