TLV1812QDRQ1 SOIC-8
Contact Unit Electronics today to source the high-performance TLV1812QDRQ1 SOIC-8 and elevate your automotive designs! As an independent semiconductor distributor, we offer fast delivery and expert support. We are Unit Electronics!
In the fast-evolving world of automotive electronics, the TLV1812QDRQ1 SOIC-8 stands out as a galvanically isolated CAN transceiver designed by Texas Instruments (TI). This component ensures robust communication in harsh environments, supporting data rates up to 5 Mbps in CAN FD mode while providing ±70-V DC bus fault protection and ±30-V common-mode voltage range. Ideal for electric vehicles, industrial automation, and more, it operates across a wide temperature range of -40°C to +125°C. As Unit Electronics, we stock this and other TI products, alongside offerings from Microchip and MPS, including amplifiers, power management ICs, and microcontrollers. Our operations in Shenzhen and Hong Kong enable swift delivery to the Asia Pacific, Europe, and the Americas. Whether you're prototyping or scaling production, the TLV1812QDRQ1 SOIC-8 delivers reliability and efficiency, backed by our commitment to quality components.
1. Introduction to the TLV1812QDRQ1 SOIC-8
Key Features of the TLV1812QDRQ1 SOIC-8
The TLV1812QDRQ1 SOIC-8 boasts advanced features tailored for automotive applications, including high electrostatic discharge (ESD) protection with ±16 kV HBM on bus pins and driver dominant time-out (TXD DTO) for enhanced safety. It supports flexible data rates, making it versatile for CAN FD protocols, and includes undervoltage protection to prevent system failures. As an isolated transceiver, it provides galvanic isolation, crucial for noise-prone environments like electric vehicle battery management systems. According to the official datasheet, this device meets AEC-Q100 standards, ensuring automotive-grade reliability. At Unit Electronics, we emphasize these features to help engineers select components that optimize performance and longevity. Our wide inventory includes similar isolated transceivers from TI, Microchip, and MPS, allowing for seamless integration into power management or microcontroller-based designs. With operations in Shenzhen and Hong Kong, we ensure quick access to these parts across global regions.
Applications in Automotive Systems for TLV1812QDRQ1 SOIC-8
Engineers leverage the TLV1812QDRQ1 SOIC-8 in applications such as vehicle networking, where its fault protection safeguards against voltage spikes up to ±70 V. It's particularly effective in hybrid and electric vehicles for CAN bus communication between ECUs, sensors, and actuators. The device's small SOIC-8 package facilitates compact designs, ideal for space-constrained modules. References from technical specifications highlight its compatibility with 5.5 V supply and low operating current of 43 mA, reducing power consumption in battery-operated systems. As Unit Electronics, an independent distributor, we supply this transceiver alongside amplifiers and microcontrollers from leading brands like TI and Microchip. Our efficient logistics from Shenzhen and Hong Kong support rapid prototyping for clients in the Asia Pacific, Europe, and Americas, ensuring your projects stay on schedule.
Benefits for Industrial Use of TLV1812QDRQ1 SOIC-8
Beyond automotive, the TLV1812QDRQ1 SOIC-8 excels in industrial automation, offering robust isolation for noisy factory floors. Its wide temperature range and high-speed data transmission up to 100 Mbps (in some modes) enable reliable control systems. This transceiver integrates well with power management ICs, providing a complete solution for PLCs and robotics. Unit Electronics stocks variants from MPS and others, promoting design flexibility. Our global delivery network ensures timely availability, helping manufacturers reduce downtime.
2. Technical Specifications of the TLV1812QDRQ1 SOIC-8
Electrical Characteristics of the TLV1812QDRQ1 SOIC-8
Voltage and Protection:The TLV1812QDRQ1 SOIC-8 features ±70 V DC bus fault protection and ±30 V common-mode range, ideal for harsh environments.
Data Rates and Isolation:Supports up to 5 Mbps in CAN FD, with galvanic isolation for noise immunity.
Power Supply:Operates from 4.5 V to 5.5 V, with a maximum current of 43 mA at high loads.
ESD and Temperature:±16 kV HBM ESD on bus pins;ambient range -40°C to +125°C.
Additional Safeguards:Includes TXD DTO and undervoltage lockout for reliable operation.
These specs make it a top choice for automotive CAN networks. Unit Electronics provides datasheets and samples, drawing from our TI, Microchip, and MPS partnerships.
Package Details and Pinout for TLV1812QDRQ1 SOIC-8
The TLV1812QDRQ1 SOIC-8 comes in a compact 8-pin SOIC package (0.295"width), surface-mount compatible for high-density PCBs. Pinout includes TXD, RXD, Vcc, GND, and bus pins with isolation barriers. This design simplifies integration into microcontroller systems. As Unit Electronics, we offer this alongside power ICs, ensuring compatibility. Our Shenzhen-based inventory supports fast global shipping.
| Pin Number | Function | Description |
|---|---|---|
| 1 | Vcc1 | Logic side supply |
| 2 | TXD | Transmit data input |
| 3 | RXD | Receive data output |
| 4 | GND1 | Logic side ground |
| 5 | CANH | CAN high bus |
| 6 | CANL | CAN low bus |
| 7 | GND2 | Bus side ground |
| 8 | Vcc2 | Bus side supply |
This table illustrates the straightforward pin configuration.
3. Why Choose Unit Electronics for TLV1812QDRQ1 SOIC-8
Inventory and Availability of TLV1812QDRQ1 SOIC-8
Extensive Stock:Unit Electronics maintains a broad inventory of the TLV1812QDRQ1 SOIC-8, sourced directly from TI.
Brand Variety:Alongside TI, we carry Microchip microcontrollers and MPS power management ICs for one-stop shopping.
Quality Assurance:All components are genuine, with traceability to meet industry standards.
Competitive Pricing:As an independent distributor, we offer cost-effective solutions without compromising quality.
Custom Sourcing:If needed, we source alternatives quickly through our network.
This ensures you get the parts you need promptly.
Global Delivery and Support for TLV1812QDRQ1 SOIC-8
Our bases in Shenzhen and Hong Kong facilitate express shipping to the Asia Pacific, Europe, and Americas. We provide technical support, including integration advice for the TLV1812QDRQ1 SOIC-8 in amplifier or CAN systems. Clients benefit from our expertise in electronic components.
4. Comparisons and Alternatives to TLV1812QDRQ1 SOIC-8
Comparing TLV1812QDRQ1 SOIC-8 with Similar Transceivers
Superior Fault Protection:The TLV1812QDRQ1 SOIC-8 offers ±70 V bus fault protection, surpassing competitors like some Microchip models with ±58 V, ensuring greater durability in volatile environments.
Higher Data Rates:Supports up to 5 Mbps compared to 1 Mbps in certain Microchip transceivers, making it ideal for high-speed CAN FD applications in automotive systems.
Enhanced ESD Performance:With ±16 kV HBM ESD protection, it outperforms alternatives like MPS transceivers (±12 kV), reducing risks in harsh conditions.
Compact and Compatible:Its SOIC-8 package aligns with industry standards, offering better integration than bulkier DFN-8 packages found in some competitors.
Expert Guidance:Unit Electronics assists in comparing the TLV1812QDRQ1 SOIC-8 with other transceivers in our catalog, ensuring engineers select the best component for their needs.
The comparison table in the original article visually reinforces these advantages, positioning the TLV1812QDRQ1 SOIC-8 as a leading choice.
Why the TLV1812QDRQ1 SOIC-8 Stands Out
Its automotive qualification and flexible features make the TLV1812QDRQ1 SOIC-8 a leader in isolated communication. For designs requiring reliability, it's unmatched. Unit Electronics recommends it for diverse applications.
Conclusion
The TLV1812QDRQ1 SOIC-8 represents cutting-edge technology in isolated CAN transceivers, offering unparalleled protection and performance for automotive and industrial uses. As Unit Electronics, we're proud to distribute this TI product alongside our range from Microchip and MPS. Contact us to experience efficient sourcing and delivery worldwide.
FAQs
1. What is the primary function of the TLV1812QDRQ1 SOIC-8?
It serves as an isolated CAN transceiver for secure data communication in automotive systems.
2. Does Unit Electronics offer alternatives to the TLV1812QDRQ1 SOIC-8?
Yes, we stock similar products from Microchip and MPS for various applications.
3. What are the operating temperature limits for the TLV1812QDRQ1 SOIC-8?
It operates from -40°C to +125°C, suitable for extreme environments.
4. How does Unit Electronics ensure fast delivery?
Our operations in Shenzhen and Hong Kong enable quick shipping to global regions.
5. Is the TLV1812QDRQ1 SOIC-8 AEC-Q100 qualified?
Yes, it meets automotive standards for reliability.
