Part Number: SN65HVD1050 Other Parts Discussed in Thread: HVDA551-Q1 Hi team,
When my customer used HVD1050 for surge test, he found that when CANH and CANL add negative 2kV surge to ground, HVD1050 will be damaged, and the impedance of CANH and CANL…
Hi Vivek,
I came across the datasheet for TDA3x. The CAN transceiver being used here is HVDA551-Q1, which supports both 3.3V and 5V. We are trying to interface TDA3X to another board for CAN communication. For this, there is a need to convert the DCAN…
Hi Taemin,
thank you for reaching out. I did a test setup to verify the quiescent current behavior of the HVDA551-Q1.
The bench is set up as described in the SLLZ073. A thermal stream applied a temperature sweep from -40 °C to 85 °C with 5 V and…
Hi Michael,I appreciate your response.
Q. Do you mean that there are no parts which satisfy BOTH "Automotive" and "Flexible Data Rate (FD)" ?
Q. Why HVDA551-Q1 and HVDA553-Q1 were not listed in your reply? Its "Features" claims that "Supports CAN…
Part Number: TCAN844-Q1 Other Parts Discussed in Thread: TCAN844V-Q1 Tool/software: Hi Expert,
VDIFF is -120mV ~+12mV for TCAN844V-Q1. What’s the advantage compared to HVDA551, which is -12mV ~+12mV?
Hi Derick,
We have a couple transceivers that are pin to pin equivalent to the TLE7250GVIO device. The newest device in our portfolio is the HVDA551-Q1.
The only difference that I would like to note is that the TLE device does not have a low power…
Hi Mosin,
Sorry for the delay in getting back to you. The Turbo CAN technology is what enables the device to have the fast loop times for highly loaded networks. Therefore the HVDA551-Q1, HVDA553-Q1 and SN65HVD255 all have this.
I do not believe we…
Other Parts Discussed in Thread: SN65HVDA1050A-Q1 , SN65HVDA542-Q1 , SN65HVDA540-Q1 , HVDA551-Q1 Hello ,
I needed some information on CAN in TI piccolo.
1. What are the recommended CAN transceivers for the TI piccolo (28069)?
2. Are there any development…
Hi Jimmy,
Thanks for the info. I see PESD1CAN is used for transient protection. This is usually a good choice for CAN buses, but since the HVDA551 pin voltage rating is -27 V to +40 V, there is still some risk of overstress since the diode's peak clamping…
Hi Scott -san
Thank you for reply.
and...
Thank you new device information. HVDA551/553-Q1.
I request to HVDA551/553-Q1 from TI's japan team.
Thank BEN.
