Part Number: THVD1505 Other Parts Discussed in Thread: SN74LVC1G123 Hi,TI
Our products contain two channels of RS-485 interfaces. In the test, the baud rate of 115200 was used to send data between two channels of RS-485. The test results showed that…
Part Number: THVD1505
Hi ,
I'm planning to use the below circuit for optically isolated RS-485 interface. Can anyone confirm if the below design is valid? My primary concern is receiver pin of XCVR where the IOL limit is 8mA. Whereas…
Part Number: THVD1505 Other Parts Discussed in Thread: THVD1500 The THVD1505 (Automatic Bus-Polarity Correcting) and THVD1500 half-duplex RS-485 transceiver were designed to meet the requirements of part 11 Serial Communication Protocol RS-485 standard…
Part Number: AM26LV31 Other Parts Discussed in Thread: THVD1505 , SN65HVD888 Tool/software: Hello all,
We replaced some DS26LV31TM's with AM26LV31C's expecting a direct replacement. After doing the change, it seems like we are getting reversed polarity…
Part Number: THVD1500 Other Parts Discussed in Thread: THVD1505 , SN65HVD888 Tool/software: Hi,
My customers before are using 485 transceiver from competitors and are used to add 10kohm pull up resistor on A pin and 10kohm pull down resistors on B pins…
Part Number: THVD1520 Other Parts Discussed in Thread: THVD1505 , STRIKE Hi,
I was wondering if there were any design guides, pcb examples or references for the best method to protect an RS485 chip from ESD, surge and reverse polarity. We are using…
Part Number: THVD8000 Other Parts Discussed in Thread: THVD1505 , , TIDA-01171 , SN65HVD96 Hi,
looking to replace SN65HVD96DR with THVD1505 and THVD8000,
I was wanting to check, What is the typical distance achievable with these devices on non-twisted…
Other Parts Discussed in Thread: SN65ALS176 , THVD1505 , THVD1400 Hi everyone,
SN65ALS176 is declared to work properly between 4.75V and 5.25V
If I suplly the transceiver with a power supply of 4.5-5.5V, what kind of malfunction or degradation should…
Hi Rachel,
Electrically it is fine to connect the devices in this way. The Maximum differential output voltage for SN65HVD06 's driver is Vcc and the receiver can tolerate +-12V differentials. However, the data on the R pins would be inverted in this…