Part Number: INA818 Based on INA818, I designed the current detection circuit. In the differential input of INA818, I selected 0.1R galvanometer resistor and 49.9R gain RG, which can be amplified 1000 times theoretically. However, in the actual test, it…
Hello ,
1) it is different in load condition and A input change to show the output feature.
2) VCC=5V in Figure 5-1.
3) we sugget you design regarding the parameter below
We are designing a usb3 hub with PD power output. We are looking for a simple and effective solution to solve the problem of power output of DFP port and type direction of the hub on the basis of meeting usb3 data transmission. At present, the power supply…
Part Number: TPSM863252 使用TPSM863252做Inverting buck-boost 反压输出电路。输入6.5V 输出 -6.5V@ 0.5A。想知道内部电感值大小，以确定电感的IPeak与IValley 是否会损坏内部开关管。
Using the TPSM863252 to design an inverting buck-boost output circuit. Input voltage is 6.5V, output voltage is -6.5V at 0…
Part Number: UCC25600 I designed an LLC half-bridge resonant boost converter using a UCC25600 controller. The resonant converter has a wide input voltage range of 80V~100V and an output of 450V. The converter has a resonant inductance of 2uH, a resonant…
Thank you for contacting TI China E2E forum and choosing our products as part of your solution. Regarding your query, it looks like the output ripple is large from your screenshot. Please review your design and compare with TI EVM schematic. Pay attention…
