LMS1487EIM/NOPB

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The Integrated Circuit (IC) Device LMS1487EIM/NOPB is an interface device composed of drivers, receivers, and transceivers used interchangeably across wide board applications. This device is cost effective, efficient and its interface features are reliable to the end user.

It is an integrated circuit with versatile features, a 28-pin, low-profile SOP package, and rated at 3.3V or 5V. This IC device is well suited for use in digital computers and telecommunications systems as it is capable of maintaining high speeds up to 25MHz after propagation delay is used. Additionally, its wide board compatibility gives it astounding versatility.

The LMS1487EIM/NOPB IC device works by taking the data input from a driver and converting it into an output that is under the control of its 5-bit TX active control signal. This output is then transmitted from the transceiver to the receiver along a common data bus. The receiver then interprets the data, verifying accuracy, and then the input data is converted back to the driver. The data must then be transmitted again to the receiver along the same data bus so it can be checked again and verified.

The main characteristics of the device depend on its input and output features. It has an input roll-off frequency of 200kHz holding rejection levels at about 65dB and a maximum input common mode voltage range of up to 12V. For output, it has a 5-bit low-level active-high control input and a 3-state output voltage range that is well below the supply voltage.

The most advantageous aspect of the LMS1487EIM/NOPB IC device is its low power consumption. With the power mode selector switch, users can easily switch between normal power levels and the low power mode for applications with stringent requirements for energy consumption. It also has very high ESD protection levels (ESD 2.5K/2.5Vq) and a low output skew of up to 1.25ns to ensure that it performs reliably in the user application.

The LMS1487EIM/NOPB IC device is an ideal choice for use in high-speed communications systems, industrial control, automotive electronics, and other applications. Furthermore, its cost effectiveness and comprehensive features make it a great choice for any user. With its versatile features, this IC device is a powerhouse not just of reliability, but also of cost-effectiveness and efficiency.

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