Part Number: SN65HVD3088E Tool/software: Dear I am having trouble with RS485 impedance control. Uses a multi-layer build-up board However, due to the structure, it is not possible to control the impedance of 120 Ω differential on all outer and inner layers…
Part Number: SN65HVD3088E Tool/software: Dear About the internal capacitance between A and B (Bus input/output) of the SN65HVD3088 RS-485 transceiver
Used as an RS-485 transceiver in the CCLink circuit
The stray capacitance of outputs A and B is large…
Part Number: SN65HVD3088E Dear Technical Support Team,
I'm considering to replace from SN75ALS181NSR to SN65HVD3088ENSR.
www.ti.com/.../
According to datasheet on Figure 5-2 , NS Package(14-pin) has ZY(10,Y).
However "8.2 Functional Block Diagram…
Part Number: SN65HVD3088E Hello,
My customer is looking for a land pattern example for SN65HVD3088ENSR.
The datasheet doesn’t have it. Do you have it?
Regards,
Oba
Part Number: SN65HVD3088E Dear Specialists,
My customer is considering SN65HVD3088ENSR and has a question.
I would be grateful if you could advise.
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According to the datasheet P.5 Fugure5-2, it is drawn pin assign.
However, A, B, Z, and Y…
Part Number: SN65HVD3088E Hello Sir:
We are using SN65HVD3088E on our products, their has older lot code and newer lot code.
Please refer below figures,
The older one output voltage is around 2.5V when standby.(ch2)
When old lot code device…
Part Number: SN65HVD3088E Other Parts Discussed in Thread: THVD1420 , THVD1520 , , TVS0701 , TPD1E10B09 Hi ,Experts
Here is a customer's RS485 project. when the customer use THVD1420, system can work normally at 10Mbps.
But if customer change THVD1420…
Part Number: SN65HVD3088E Other Parts Discussed in Thread: TIDA-01171 , SN65HVD96 , Hi,
TIDA-01171 used SN65HVD96 related circuit to implement the receiver of RS485.
Its purpose what I understand is shown below:
This can be challenging for links…
Part Number: SN65HVD3088E Other Parts Discussed in Thread: THVD1450 Dear TI Team
I have been asked by our customers how the SN65HVD3088E works specifically when Vcc = 3 to 4.4V. (Our customers understand that Vcc = 3-4V does not work properly) …
