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Modem ICs

Modem Integrated Circuits (ICs) are fundamental components in today's communication landscape, serving as the bridge between digital devices and analogue transmission mediums. They convert digital signals from a computer or other digital devices into analogue signals suitable for transmission over phone lines, cable systems, or wireless networks, and vice versa. As technology advances, modem ICs have evolved to support a myriad of communication standards, including DSL, cable, fibre optics, and cellular networks like 4G and 5G. Their compact design and high efficiency make them essential in enabling high-speed internet access, seamless data transfer, and reliable connectivity across various platforms.

Different Types of Modem ICs Available

DSL Modem ICs: For digital subscriber line communications.
Cable Modem ICs: Utilised in cable internet services.
Fiber Optic Modem ICs: Designed for fiber-optic communication.
Cellular Modem ICs: Supporting 3G, 4G, and 5G networks.
Wireless Modem ICs: For Wi-Fi and Bluetooth connectivity.
Satellite Modem ICs: Employed in satellite communication systems.

Special Features Include

High-speed data processing and transmission capabilities.
Support for multiple communication protocols and standards.
Low power consumption enhances energy efficiency.
Integrated error correction and modulation technologies.
Compact designs facilitate easy integration into devices.
Advanced security features safeguarding data transmission.

Possible Advantages of Modem ICs

Enable fast and reliable data communication.
Enhance connectivity across a wide range of devices.
Reduce system costs through integrated functionalities.
Improve overall efficiency and performance of communication systems.
Offer flexibility in design due to various available types and form factors.

Material Composition

Constructed primarily from semiconductor materials like silicon.
Utilise layers of metals such as copper or aluminium for internal connections.
May incorporate materials like gallium arsenide (GaAs) for high-frequency performance.
Encased in protective plastic or ceramic packaging for durability and heat management.

Application Potential of Modem ICs

Consumer Electronics
Networking Equipment
Industrial Automation
Telecommunications
Automotive Systems.
Healthcare Devices
Smart Home Devices

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Enrgtech #

Manufacturer Part No

Name

Availability

Price

Rating

ET16831713

A5191HRTPG-XTD

ON Semiconductor

A5191HRTPG-XTD, ON Semiconductor

72 In Stock

Check Stock & Lead Times Packaging Options

37 +

£ 6.33

74 +

£ 5.38

111 +

£ 4.75

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ET14120377

DS8500-JND-

Maxim

DS8500-JND+, Maxim

178 In Stock

Check Stock & Lead Times Packaging Options

60 +

£ 5.74

540 +

£ 5.58

1020 +

£ 4.69

View detail

ET13818034

73M2901CE-IGV-F

Maxim

73M2901CE-IGV/F, Maxim

99 In Stock

Check Stock & Lead Times Packaging Options

1 +

£ 5.46

5 +

£ 4.59

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A5191HRTPG-XTD, ON Semiconductor

HART Modems, ON Semiconductor Highway Addressable Remote Transducer (HART) Modem [A5191HRT] HART Modem Communications A range of devices which conform to the HART (Highway Addressable Remote Transducer) industrial communications protocol. HART communications frequently utilize 4-20mA networks and are widely used in Automation and Control applications. The HART standard provides for both point-to-point (analogue or digital) and multi-drop (digital only) modes of operation, the latter using a fixed loop current of 4mA.

DS8500-JND+, Maxim

HART Modems, Maxim Integrated Products HART Modem Communications A range of devices which conform to the HART (Highway Addressable Remote Transducer) industrial communications protocol. HART communications frequently utilize 4-20mA networks and are widely used in Automation and Control applications. The HART standard provides for both point-to-point (analogue or digital) and multi-drop (digital only) modes of operation, the latter using a fixed loop current of 4mA.

73M2901CE-IGV/F, Maxim

Universal Asynchronous Receiver/Transmitter (UART), Maxim Integrated Products A Universal Asynchronous Receiver/Transmitter, abbreviated (UART) and universal synchronous/asynchronous receiver/transmitter (USART) are commonly used in conjunction with communication standards such as EIA, RS-232, RS-422 or RS-485. It takes bytes of data and transmits or receives the individual bits in a sequential fashion. Modem (Modulator-Demodulator) that modulates an analogue carrier signal to encode digital information and demodulates the signal to decode the transmitted information includes the UART function for transmission over telephone lines.