Part Number: TRS3223E Other Parts Discussed in Thread: TRS3232E-Q1 , TRS3232E , TRSF3232E
Hi team
There is a good new that we could DIN TI product!
Customer is looking for the RS232 Driver (need automotic part )
This is a AVM system project.
1. Please…
Hi Steve,
We currently do not provide jitter timing data on the datasheet for the TRS3223E as jitter is not a specification listed in the RS-232 standard. The best timing specifications that we can provide is driver max data rate, pulse skew, and slew…
Part Number: TRS3223E
Dear Technical Support Team,
About "Figure 6. Typical Operating Circuit and Capacitor Values" on datasheet page 11.
When + 5V ± 5% is applied to VCC(Power Supply voltage) , what is the maximum voltage applied to C1, C2…
Part Number: TRS3223E Other Parts Discussed in Thread: TRS3223 Hi,
Voltage vibration at high/low voltage level,
Pls see attached file in details, Thank you. TRS3223.pptx
Part Number: TRS3223E Hello team,
for p2p drop in into an existing socket the TRS3223E would see slightly higher cap values than we are suggesting in the datasheet. Supply voltage is 5V. Please see attached. Can you confirm that C5050 with 100nF and the…
Part Number: TRS3223E Hi TI,
I have two questions about TRS3223E.
1. How to handle the not-used RINx / ROUTx / DINx / DOUTx pins? Can I connect them to GND?
2. Datasheet shows the voltage at Dout pin is -13.2V-13.2V, if this pin is shorted to 16V battery…
Part Number: TRS3223E Hi Team,
One of my customers is evaluating TRS3223E.
He wants to Know the current capability of Dout1 and Dout2 pins. This parameter is not mentioned in the datasheet though the short circuit current has been mentioned.
Please help…
Part Number: TRS3223E Other Parts Discussed in Thread: TRS3223 , MAX3223 Dear Specialists,
My customer is considering TRS3223 and has questions.
I would be grateful if you could advise.
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I have questions about FUNCTION TABLE,
(1) When FORCEOFF=L, only…
Other Parts Discussed in Thread: TIDA-01238 , TRS3223E , MAX3221E Hi
I would like to have RS232 and RS485 can be choice by GPIO circuit.
I find this in TI http://www.ti.com/lit/ug/tidua80/tidua80.pdf .
If I let B short to Z, A short to Y, one 120ohm between…
