Part Number: THVD1452 Other Parts Discussed in Thread: SN74AHC1G08 , SN74AHC1G32 , SN74LVC1G97 Hi.
Connect two devices in parallel, that is, connect the first R and the second R and send to the next stage. Since the two serial signals from the outside are…
Part Number: THVD1452 Other Parts Discussed in Thread: THVD1451 Hello,
We are using the following chip THVD1452DGSR to build an RS485 full duplex network,
when we connect 3 units in the same bus following your technical information, we detect that the…
Part Number: THVD1452 Hi team,
Customer would like to understand how much tolerance for the impedance THVD1452 can be accepted at 30Mbps, full duplex communication.
Could you share some data with customer ?
Thank you and best regards,
Michiaki
Part Number: THVD1452 Hi !
I am using THVD1452 RS-485 transceiver IC in my design.
Supply voltage range specified in IC datasheet is -> 3 V to 5.5 V Supply Voltage.
I am operating this IC on 3.3V supply.
I want to know VOH and VOL voltage levels at…
Part Number: THVD1452 Hi,
I would like to use the THVD1452 IC for my encoder interface application. I have 2 different types of encoder, one of them is half duplex (RS485, A and B out) other one is full duplex (RS422- A,B,Y,Z out). I need to use single…
Part Number: THVD1452 Hi team,
My customer is considering to use the THVD1452. Could you please support the question below?
The Figure 38 in the d/s suggests to connect 10k pull up on R, and 10k pull down on DE. Don't need the 10k pull up on RE, …
Part Number: THVD1452 Hi Team,
Would you advise the rated current value of R terminal(Receive data output)?
Ior is described as ±8mA in recommended operating condition on page9 in datasheet, is this it?
Thanks
Best regards,
Shidara
Part Number: THVD1452 Hello experts,
I have a question aboutu the Supply current of the THVD1452.
Will the supply current of the THVD1452 increase if a capacitive load is connected to the output?
I would like to know the supply current when 1000pF is connected…
Part Number: THVD1452 Hello,
I have a question aboutu the power dissipation of the THVD1452:
Para 7.6 is shows Pd for THVD1452 is 320-360mW whereas Icc in para 7.7 states 3mA as the maximum supply current, hence V*I=3.3V*3mA=9.9mW in my case.
Can you…