$2.75
$2.66
Tax included
World's First Climate Tech Platform | Free Delivery in India | Global Shipping

Shop with confidence knowing that our 24/7 Customer Support is always available to assist with any inquiries

Avail maximum benefits from input tax mechanism on all your Business Invoices. Get GST Invoices on your business purchases. And 0% Taxes on all worldwide deliveries

If you find this product anywhere at lower cost than us. Call us and we will not only match the price but also give a complimentary coupon

Shop with assurance, as each product we offer is 100% original, ensuring quality and authenticity with every purchase
| Country of Origin | India |
|---|---|
| Brand | Texas Instruments |
| Height | 1.75mm |
| Length | 10mm |
| Model | AM26LV32CD |
| Width | 6.2mm |
| Mount Type | Surface |
| Output type | 3 State |
| Series | AM26LV32 |
| Input Type | Differential |
| Maximum Operating Temperature | 70°C |
| Package Type | SOIC |
| Minimum Operating Temperature | 0°C |
| IC Type | Quad Line Receiver |
| Pin Count | 16 |
| Maximum Supply Voltage | 3.6V |
| Logic Family | BiCMOS |
| Logic Function | Line Receiver |
| Minimum Supply Voltage | 3V |
| Maximum High Level Output Current | -5mA |
| Maximum Propagation Delay Time @ CL | 20ns |
| Supply Current | 17mA |
| Maximum Low Level Output Current | 5mA |
Texas Instruments AM26LV32CD is a quad line receiver IC featuring BiCMOS logics designed for line interface applications. It provides three-state outputs that are essential for bus-oriented systems requiring multiple drivers. The device is packaged in a compact 16-pin SOIC format, which supports surface mounting on PCBs, ideal for space-sensitive electronic designs.
The receiver operates on a low voltage supply range of 3V to 3.6V and accommodates differential inputs to improve noise immunity in industrial and commercial electronic systems. It features a maximum propagation delay of 20 nanoseconds, enabling high-speed data transfers and communication reliability.
Operating temperatures from 0°C to 70°C make this component suitable for various controlled temperature environments including industrial electronics manufacturing and instrumentation systems. The supply current specification of 17mA ensures a balance of power consumption and performance.
The physical dimensions of 10mm length, 6.2mm width, and 1.75mm height provide a compact design compatible with dense PCB layouts. Its output current ratings, -5mA max high and 5mA max low, underline its suitability for digital communication interfacing.
This product does not conform to automotive standards but is widely used in industrial and laboratory setups requiring stable differential line receivers. The AM26LV32 series offers reliable performance as a part of Texas Instruments' line interface IC portfolio.
Operates with supply voltage range from 3V to 3.6V. Includes differential input type for robust signal reception. Maximum propagation delay time of 20 nanoseconds ensures fast signal processing. Operating temperature range is 0°C to 70°C for typical industrial environments.
Maximum supply current is 17mA, maintaining energy efficiency. Compact dimensions: 10mm length, 6.2mm width, and 1.75mm height. Surface mount package type facilitates automated PCB assembly. Output supports 3 state logic levels with maximum high and low level output currents of -5mA and 5mA respectively.
No automotive standard compliance. Series model AM26LV32 confirms compatibility within the product line.
This line receiver IC by Texas Instruments is suitable for use in industrial, commercial, and laboratory instrumentation where stable and reliable differential signal reception is critical. For comprehensive product selection, explore the complete range of Line Interface ICs available in the EnvMart catalog for your electronic component needs.
Review sent
Your review cannot be sent
Global Payments 140+ Countries
Global Shipping Fedex/UPS/DHL/Aramex/
BlueDart/Delhivery/DP World
24/7 Customer Support Email/Chat/Telephonic Support
Comments (0)
Your review appreciation cannot be sent
Report comment
Report sent
Your report cannot be sent