DS96F174CJ

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The DS96F174CJ is an 18-bit non-inverting transceiver used in various digital applications. Commonly used in connected industrial and automotive applications, the device features a high Ω impedance transmit output stage, which is capable of supporting full line termination without the need for additional loading devices. It also features a receive function with low power consumption, making it an ideal choice for battery powered applications.

The receive path of the DS96F174CJ is configured of six cascaded differential receiver amplifiers along with a latch module. The latch module operates with supply voltage down to 3.3V, allowing the device to be used in logic-level applications. The design also includes low-skew input logic buffers with active pull-down transistors, which further reduces power consumption. The device requires just one power supply, which makes it suitable for use in difficult motorized environments or applications such as automotive.

The transmit path of the DS96F174CJ is configured by an 18-bit shift register and latch module controlled by a 3-state transmit latch. With full line termination supported, the device offers an improved speed performance which is the result of reduced signal reflections and bounce when compared to devices without full line termination support.

The DS96F174CJ is designed to operate over a wide range of temperatures and also features a low power “sleep mode” for power conscious applications. The device also comes with integrated ESD protection as well as clock-lock circuitry which ensures robust operation at higher temperatures. Additionally, the device includes power down functionality and support for data loading and storage.

In conclusion, the DS96F174CJ is an ideal choice for systems requiring a non-inverting transceiver with full line termination, low power consumption and wide range of temperature operation. Its low power sleep mode, integrated ESD protection, as well as its robust clock-lock circuitry make it suitable for a wide range of applications, especially automotive and connected industrial.

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