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Other Parts Discussed in Thread: DS30EA101 , DS25BR101 I am curious if the following parts are suitable for maintaining HD/3G-SDI signal standards, as this was not indicated in the parts datasheets.
DS30EA101
DS25BR101 - Additionally, as this part has a…
Other Parts Discussed in Thread: DS30EA101 Please advise me the DS30EA101 LOS pin behavior.
According to the data sheet of the device, LOS pin goes to High when There is no input.
However, when I checked LOS pin on EVK, it stayed Low when the input cable…
Other Parts Discussed in Thread: LMH0340 , DS30EA101 , LMH0394 , LMH0384 Hi,
We have recently prototyped a design incorporating the LMH0340 serializer. The SDI output is designed as follows and connects to a 75 ohm coaxial output jack:
I want to pass the…
Other Parts Discussed in Thread: DS15EA101 , DS30EA101 Does anyone know what the input resistance is of the DS15EA101 adaptive equalizer receiver? It is not characterized in the data sheet. Also for the DS30EA101. We are looking at suitability as a multi…
Other Parts Discussed in Thread: DS30EA101 We are using the DS30EA101SQE equaliser and the position of the 100R input termination resistor is as shown in the datasheet, before the input coupling capacitors. However, in our application it would be much…
Dear support,
Thanks for your solution.
1. May I confirm with you that the SDO from LMH0303 is able to support 100ohms differential twisted pair?
2. Both DS30BA101 and DS30EA101 must be applied together?
Thank you.
Other Parts Discussed in Thread: DS30EA101 Hi ,
We are planning to use DS30EA101. In our design.The footprint details for this part is missing in datasheet.
Can some one help.
Regards,
Arun
Part Number: DS125DF410 Other Parts Discussed in Thread: LMH5401 , LMH6401 , DS30EA101 , Good day
My design build from three identical channels, each build is chain based on LMH5401-LMH6401-DS30EA101. Between LMH5401 and LMH6401 DC-coupling, between LMH6401…
Hi Revanth,
1). Amplitude before and after AC coupling Caps would be the same. AC coupling Caps isolates common mode voltage but differential peak to peak level amplitude would be the same.
2). Please note DS30BA101 is like an analog buffer. Therefor…
Hi Robert,
Return loss network of the LMH0344 is preferred over the scheme used in DS30EA101. This is because return loss network is tuned to make sure we get as close to the target impedance across signal bandwidth as possible. On the other hand, DS30EA101…