LT1328IS8#PBF

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The LT1328IS8#PBF is an integrated circuit intended for digital interface applications and can serve as a driver, receiver, or transceiver. The LT1328IS8#PBF is housed in an 8-pin plastic DIP (dual-in-line plastic) package and features very low power dissipation, making it suitable for interface applications with portable equipment, such as medical and hand-held instruments.

The LT1328IS8#PBF is a driver designed to provide a digital signal output to be connected to a digital input device. The circuit has two input pins, each of which offers two different types of digital levels: high and low. A low level is defined as a voltage level of 0.8V or lower, and a high level is defined as 4.5V or higher. The current output is 1mA with the output voltages of 0V (LOW) and 3.3V (HIGH). The device also incorporates a delay control pin, which is used to adjust the output delay.

The LT1328IS8#PBF can also be used as a receiver, with its input pins providing two different types of digital levels: high and low. A low level is defined as 0.8V or lower, and a high level is defined as 4.5V or higher. The device also incorporates an adjustable hysteresis voltage level, which allows for an improved noise immunity. The LT1328IS8#PBF features a delay control pin that is used to adjust the output delay for improved response time.

Finally, the LT1328IS8#PBF can also be used as a transceiver, providing both transmission and reception of digital signals. To switch between transmission and reception modes, the device features a control pin that is used to select either mode. The outputs for the transmission mode are 1mA and the input voltages are 0V (LOW) and 3.3V (HIGH). The inputs for the reception mode are 0.8V or lower (LOW) and 4.5V or higher (HIGH). The hysteresis voltage level can also be adjusted to improve the noise immunity of the device.

In summary, the LT1328IS8#PBF is an integrated circuit suitable for digital interface applications. It can be used as a driver, receiver, or transceiver and features low power dissipation and adjustable output delays to meet the needs of portable electronics applications. The device is housed in an 8-pin plastic DIP package and features adjustable hysteresis levels for improved noise immunity.

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