Part Number: LMH13000 Hi TI Engineers,
I have run into several issues recently with TI part on 3 different Boards
LMH13000 Eval board
LMH13000 Custom board
LMH13000 Product board
I am using OSRAM SPL90T03 Laser Diode, 905nm for a Lidar development…
Part Number: LMH13000 Hi, I am trying to calculate the power budget for my system, which consist of an LMH13000. I am having a hardtime to figure out the maximum supply current for this component. At maximum operation, I intend to control a laser diode…
Part Number: LMH13000 Other Parts Discussed in Thread: DAC39RF10 , DDS39RF10 , OPA855 Hello,
I'm looking for a VCSEL driver for use in a low-power communications system. I'm ideally looking for a driver than can achieve modulation up to ~200MHz, with…
Part Number: LMH13000 Dear team,
My customer has the questions below about the graphs in Figures 5-13 and 5-14 of the datasheet:
Why are the propagation delay and jitter values considerably higher when the pulse count is 1?
The electrical characteristics…
Part Number: LMH13000 Hi,
We use the TI development board for testing.The connection method is as follows.
The current rise time is slow.At a frequency of 50 MHz input, the current cannot be turned off.
Why is the current rise time slow? What is…
I will let the application team answer the above in detail but to get you started the IOUT variation vs temperature is captured in the electrical table. For example in Mode 0 at 100mA across -40 to 125C the max expected variation in IOUT +/- 3.5% across…
Part Number: LMH13000 Tool/software:
Hello everyone.
I want to drive the LMH13000 with a TTL input. How should I configure the LMH13000 TTL interface circuit? The TTL signal is 0 to 3.3V and operates at 10MHz.
Thank you.
BORSYS Inc, Hyeonjoong…
Part Number: LMH13000 Hi, What is the difference between MINVIOUT Specification shown in Section 5.5 of the datasheet (pg. 5) and Figure 5-27 (pg. 12). Why is the two data shows different MINVIOUT for the similar IOUT value? Which one to use as reference…
