Part Number: SN65EPT23 Hi,
We are planning to feed LVDS signals to this device. The datasheet states that the inputs are LVPECL/LVDS. However, only the DC characteristics of LVPECL are given in the datasheet (page 3). The voltage thresholds do not meet…
Part Number: SN65EPT23 Hi Team,
we only require one channel use for the SN65EPT23 - How should we terminate the unused channel’s input pins? Is there a recommended bias network to accomplish this?
There’s a small chance that we would use the second…
Part Number: SN65EPT23 Hello Team,
My customer is used SN65EPT23 as the fiber module repeater, but the fiber module don't have output at some times, so customer want to know what is the output status of SN65EPT23 without input signal or with the DC…
Part Number: SN65EPT23 Dear Support,
Could you give us more details on the stability of the output to output skew parameter?
Our datasheet only mention a 110ps max; but what is the typical variation over temperature and time for example?
The…
Part Number: SN65EPT23 Hi team,
My customer is using this device to convert single end LVPECL (SD of OWR-22XX) to CMOS level to support DP83822 LED1 pin. When I connect SD to D0, D0/ to GND, the output will be high all the time. I think this violates…
Part Number: SN65EPT23 Hi Team,
The data sheet has a description that supports LVPECL and LVDS as inputs.
It seems that there is an internal termination resistance,
can I connect directly to this IC whether LVPECL or LVDS on the driver side?
Thanks…
Other Parts Discussed in Thread: SN65EPT23 , SN65EPT22 I have a SN65EPT22 differential driver, driving a 10-ft. 50-Ohm cable, which is terminated with a 50-Ohm resistor to 1.3v (Vterm), at the input of a SN65EPT23 differential receiver. (See image) This…
