Part Number: OPA2607-Q1 Other Parts Discussed in Thread: OPA2607 , OPA607 , TINA-TI Hi
I want to use OPA2607 for current sensing in sensorless motor control application.
In the datasheet, opa x607 is not unity-stable with min-gain = 6V/V. Also the Riso is…
Part Number: OPA2607-Q1 Other Parts Discussed in Thread: OPA2607 , OPA607 Hello,
My customer would like simulate with OPA2607-Q1, but I cannot located the pspice model on the product page. Can you please tell me where this model is located so that the…
Part Number: OPA2607-Q1 Other Parts Discussed in Thread: TINA-TI I was planning to use the OPA2607-Q1 as a voltage follower.
Apparently, after injecting a signal from 0 to 5V, it shows that the OPAMP saturates to around 4V. Is there any specific reason…
Part Number: OPA2607 Other Parts Discussed in Thread: OPA607 , TINA-TI Hi TI,
I noticed a nice operational amplifier, which is new in your assortment - OPA2607. Due to its characteristics, it would be quite applicable in my future projects. Is it possible…
Part Number: OPA2171 Other Parts Discussed in Thread: OPA2607 Hi team,
Customer use OPA2171 to sample the primary current in LLC topology.
They use to parallel LLC to extend the power, and OPA2171 is used to sample two primary current in the resonant…
Part Number: OPA2607 Dear Team
Here is Kevin from Delta Taiwan team
I would like to propose OPA2607 to replace MAX4128
Customer is calculating the GBW for the PFC current sense circuit.
Vth is the OP input from the shunt resistor, which is 100kHz sine…
Part Number: TLV9161-Q1 Other Parts Discussed in Thread: OPA2607-Q1 , OPA355-Q1 Can you suggest high side current sensing op amp with higher band width (above 4MHz) and higher common mode voltage (above 12V ); Supply voltage is 5V(+V)
Hello Conor,
The first figure shows the front-end receiving circuit using the OPA607 for high input impedance input and the following it with the OPA837 as a variable gain mux / PGA and bandpass filter as shown in reference design TIDA-01565. The second…
Written by: Charles Barsh
The electrification of automobiles is rapidly increasing, and as it does, there are more advanced systems integrated into these vehicles. These electrified vehicles contain sensitive GaN and SiC switches that are susceptible…