Part Number: TIPD108 Other Parts Discussed in Thread: SN74LVC2G04 Tool/software: Hello TI,
I want to modify TIPD108 reference design to generate 65 kHz PWM signal to be fed to Full bridge driver. Can some one guide me on this. The transient analysis…
Part Number: TIPD108 Hi team,
Do we have APC(analog to PWM converter) solution can replace GP9101?
GP9101 Analog voltage to PWM Converter SMD SOP8 IC - GP9101 (uge-one.com)
Customer would like to use hall sensor converting current to voltage then…
Part Number: TIPD108 Other Parts Discussed in Thread: TLV3502 , OPA2365 , TLV1832 Tool/software: Hello TI,
I want to generate a 5 MHz bipolar triangular waveform with an 8V peak-to-peak amplitude for PWM. Is this reference design compatible with a 5…
Part Number: TIPD108 I am currently looking at the SLAU508 TI Analog Pulse Width Modulation And I'm having some technical doubts that I would like to clarify. This regards to a circuit utilizes a triangle wave generator and comparator to generate a pulse…
Additionally, the triangle wave is much slower than what it shows when using the calculations from TIPD108:
f = R6/4*R7 *R5 *C3 = 500kHz but looking at the transient analysis on TINA i see a period of 2.85u = 350kHz. Am i missing something?
Hi,
Hi I am a student and I was wondering if I can use this PWM generator for a solar inverter. And if so, if I change the sine wave input to lower frequency (60 Hz) and the triangular carrier to 10 KHz, will it work? Or should I do some other modification…
Hi,
Hi I am a student and I was wondering if I can use this PWM generator for a solar inverter. And if so, if I change the sine wave input to lower frequency (60 Hz) and the triangular carrier to 10 KHz, will it work? Or should I do some other modification…
Hello JH,
We don't have PWM pulse generator in our product line. I just found this reference design; http://www.ti.com/tool/TIPD108
Please close this thread and post another one that starts with related partnumber.
Regards, Hao
Hi, Jose,
Welcome to E2E, Thanks for your interest in our products!.
Looks like this design is not available to be purchased as a complete evaluation board, but you can purchase all the required components and assembly it by yourself.
You can…
Hi Emmanuel,
The reference design TIPD108 describes the design of an analog PWM generator. A requirement of the PWM generator design is to produce an accurate triangle wave which will likely fit well in your application.
