Black Box IC483C, IC483AE, IC481C-R2, IC481A-R2 manual Installation, DIP Shunt Settings

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V.35RS422 INTERFACE CONVERTER

3. Installation

3.1 DIP Shunt Settings

The V.35↔RS-422 Interface Converter has two jumper selectable configurations determined by DIP shunt settings located inside the unit on the printed circuit board. One configuration is for connecting RS-422 DTE to V.35 DCE. The second configuration is for connecting V.35 DTE to RS-422 DCE. See Figure 3-1 for more information on DIP Shunt settings.

V.35 DTE

STEP 1

XW6

W1

A

B

C

STEP 4

W2

DTE DCE

A B

XW5

STEP 2

XW4

XW3

XW2

STEP 3

V.35 CONNECTOR

RS-422 CONNECTOR

XW6

A

B

C

STEP 1

XW1

If V.35 is DTE

OR DTE DCE

A B

XW5

STEP 2

V.35 CONNECTOR

422 DTE

W1

A

B

C

STEP 4

W2

A

B

C

 

XW4

 

XW3

STEP 3

XW2

 

XW1

If RS232 is DTE

FACTORY

DEFAULT

SETTING

RS-422 CONNECTOR

STEP 4 Pin H Supported (As shipped)

W1 in BC Position (DTR passed from V.35 to RS-422 port) W2 in AB Position

OR

Pin H Not Supported W1 in AB position

W2 in BC Position

Figure 3-1. Quick Setup Guide for DIP Shunt Settings.

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Contents 35↔RS-422 Interface Converter Page 35↔RS-422 Interface Converter Contents Connectors SpecificationsTypical Applications of the RS-422-V.35 Interface Converter IntroductionDIP Shunt Settings InstallationInstallation Front Panel LEDs LEDsGround Strap Ground Strap and Pin ConnectionsPin Connections Converter Configured Park Drive Lawrence, PA

IC483C, IC481C-R2, IC483AE, IC481A-R2, IC483A specifications

The Black Box series of integrated circuit (IC) components, namely IC481C-R2, IC483AE, IC481A-R2, IC483C, and IC483A, are essential solutions for various electronic applications. These ICs are celebrated for their reliability, versatility, and advanced features that cater to different needs, especially in data communication and signal processing.

The IC481C-R2 is designed to support high-speed data transmission, making it ideal for industrial and commercial applications. This component is equipped with robust noise immunity and can function effectively in electrically noisy environments. Its operability in both full-duplex and half-duplex modes further enhances its flexibility. The component also boasts an integrated surge protection feature that ensures longevity and stability under varying conditions.

The IC483AE stands out with its enhanced serial communication capabilities, especially in RS-485 and RS-422 applications. It provides a strong performance in multi-drop networks, allowing for multiple devices to communicate seamlessly over long distances. The IC483AE incorporates advanced line transceivers that facilitate differential signaling, resulting in reduced electromagnetic interference and increased data integrity.

Next in line is the IC481A-R2, which is noted for its user-friendly design and straightforward integration into existing systems. This IC maintains exceptional compatibility with older technologies while providing upgrades in speed and performance. The IC481A-R2 also features low power consumption, making it an excellent choice for battery-operated devices and energy-efficient applications.

The IC483C version offers enhanced thermal performance, ensuring stable operation in high-temperature environments. This robust IC is engineered for continuous operation, making it suitable for mission-critical systems requiring uninterrupted connectivity. Users benefit from its high data rate capabilities, which further extend its applicability in real-time data transmission scenarios.

Lastly, the IC483A is recognized for its compact form factor and outstanding performance in harsh conditions. With an emphasis on durability, this IC is designed to perform reliably under mechanical stress, making it an excellent choice for outdoor applications. It also includes comprehensive diagnostics features, allowing for active monitoring and troubleshooting during operation.

In summary, the Black Box IC series, featuring models like IC481C-R2, IC483AE, IC481A-R2, IC483C, and IC483A, showcases a diverse range of capabilities. These components are engineered with cutting-edge technologies that ensure high performance, reliability, and efficiency across various electronic applications. Whether for industrial automation, data communication, or consumer electronics, these ICs meet the demanding needs of modern technology.