Part Number: ISO1212 Other Parts Discussed in Thread: ISOM8710 Tool/software: Hello,
We are using ISO1212 IC for Pulse and direction control for servo drive system. As you can see in circuit connection picture belowwe are taking pulse and direction…
Part Number: ISO1212 Tool/software: Hi,
On a new design I used the ISO1212 for DI. I copied the reference design as shown below:
Rthr is 1k and Rsens is 562 Ohm
I measure a current of about 20mA as soon as I apply 24V on the Rthr input. The device…
Part Number: ISO1212 Other Parts Discussed in Thread: ISOM8110 Tool/software: Hi,
Greetings of the day!!
Please suggest me a circuit for below specifications. Input - 0 to 300V DC
Output - 0 to 300V DC
the circuit should isolate input and output…
Part Number: ISO1212 Other Parts Discussed in Thread: ISO1211
Pins between ISO1212 are 0.225mm apart. What does TI recommend to comply with IPC-2221 Table 6-1 for uncoated lands and leads?
Pin voltage between IN1 and FGND1 can be as high as 60VDC…
Part Number: ISO1212 Other Parts Discussed in Thread: AMC1302 , ISOM8115 Tool/software: Hi Team,
My customer would like to design a 240VAC input power detector. Max power is 1.8KW.
Could you please advise whether ISO1212 is recommended for AC voltage…
Part Number: ISO1212 When rectifier diode is used as below diagram, could its VF or other parameter affect the value selection of RTH and RSENSE? If not, why?
Customer wondering to know the reason how come rectifier couldn't affect design! Thanks. …
Part Number: ISO1212
Tool/software:
Hi Experts,
Asking your assistance on this design query from customer using ISO1212:
I aim to set up an STO circuit. The first step in the flowchart of my STO circuit is to receive two +24VDC signals from a…
Part Number: ISO1212 Other Parts Discussed in Thread: ISOM8110 Dear ISO team,
in our application we have to check, if mains voltage (230 VAC) is above a specific level and want to use the ISO1212 for this.
There is a schematic available in document…
Part Number: ISO1212 Dear TI Team,
what does the hysteresis (VCC1) mean, or how should I understand it?
Because if my VCC1 increases from 0V up to 3.3V and the IC can be operated. But if the voltage decreases up to 2.00V will it be turned off because…
