SN75LP196DWR

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The SN75LP196DWR is a multipurpose flip-flop circuit designed to interface a variety of digital I/O systems. It is an ideal solution for applications that require reliability and flexibility when it comes to signal transfer. This device features an integrated differential receiver and outputs for supporting minimum signal integrity between multiple devices or signal paths.

The SN75LP196DWR is classified as an interface-drivers, receivers, transceivers device. This device utilizes integrated dual-channel differential line drivers and receivers, making it an ideal choice for applications where signal transmission requires both high precision and low distortion. It can operate in a wide range of supply voltage levels from 2.7 to 5.5 V, making it suitable for both low-power and high-speed applications. This device also features common-mode and differential-mode noise immunity to ensure reliable signal transfer.

The SN75LP196DWR features a differential line receiver with wide input common-mode range and variable input thresholds. The variable input thresholds allow the user to adjust the sensitivity so as to minimize signal loss. It also features an internal voltage regulator and ESD protection to prevent signal degradation due to overvoltage or voltage spikes.

The SN75LP196DWR also includes an integrated output driver that is capable of providing up to 56 mA of output current. It allows the user to select either open-drain or push-pull output configuration. The open-drain output makes the device suitable for use in applications with magnetically-coupled signal transmission. The output driver also features an active-low latch signal and guard pin for added flexibility during operation.

The SN75LP196DWR works by ‘driving’ data onto the output pins with single-ended or push-pull output. Single-ended operation allows for the transmission of digital signals with adjustable gain and the outputs can be disabled by disabling the enable pin. Push-pull operation allows for the transmission of analog signals and the output pins can be disabled by applying logic voltage to the enable pin. The device is also capable of transmitting and receiving data through dedicated two-wire bus system. This allows the device to connect two or more devices, a process called ‘daisy-chaining’.

The SN75LP196DWR is a low-power and high-speed device, making it ideal for many different applications. It is especially suitable for interfacing multiple systems, providing the flexibility and reliability required for many applications. This device is commonly used in automotive, industrial and communications systems.

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