Part Number: LMH7324 In the second paragraph of "Description" (page 1), the first paragraph of "Introduction" (page 9), and Fig 19, LMH7324 with LVDS output is used by setting Vcco = 2.5V.
However, the first line of "Operating Rating…
Part Number: LMH7324 Other Parts Discussed in Thread: TLV3604
LMH7324 - autosave 22-05-12 18_17.TSC
I am going to use lmh7324 to convert and output LVDS signal. The evaluation manual has written the following description:
This demo board can operate…
Part Number: LMH7324 Other Parts Discussed in Thread: LMH7322 , TINA-TI Hi Team,
Customer is asking why LMH7324 sim file cannot be opened by Pspice tool.
TINA file is good to use, but not Pspice, customer prefer using it, thanks for helping.
LMH7324 PSpice…
Part Number: LMH7324
Dear colleague,
Our customer is using LMH7324, but they find LMH7324 is very heated under LVDS output configuration.
Their schematic is as below, but I think their configuration should not be heated.
So,
1. Could you please give…
Part Number: LMH7324 Dear colleague,
My customer wants to use LMH7324, but they ask if they configure LMH7324 as below, how to change RSPECL to LVDS?
LMH7324 output will be connected to the FPGA, the data rate is the 200Mb / s.
Could you give us some…
Part Number: LMH7324 Hi dear supporting team,
my customer is using LMH7324, VCCI=5V, VCCO=2.5V, and Vee=-5V, when there is no signal input, they get below current:
VCCI : 6mA/CH ， VCCO : 13mA/CH ，which should be normal, while V EE （ -5V ）: 20mA/CH, is it normal…
While the LMH7324 can be used to interface between different logic families, the restriction of this feature is that both input (VCCI) and output (VCCO) require a minimum 5V difference relative to VEE. This is why in the circuit application to configure…
Part Number: LMH7324 Hi All,
Need one clarification on the part LMH7324SQ.
Can you please advise what will be the expected output voltage levels for VCCO=1.8v , will it be VOH=0.7v & VOL=0.3v?
thanks
Part Number: LMH7324
We are going to use LMH7324 as C-PHY Comparator.
I attached file for explanation.<Questins>
C-PHY is 2.5Gbps.
C-PHY is DC path root for transmittion line.
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