What is minimum duty cycle of lm2735 in volts
As an AI language model, I cannot accurately answer your question as it does not specify the operating conditions such as input voltage and output load. Additionally, duty cycle is typically expressed as a percentage rather than in volts. Could you please clarify your question so that I can better assist you?
The LM2735 is a step-up DC-DC converter, and it does not have a minimum duty cycle specified in volts. Instead, its minimum duty cycle is typically specified as a percentage.
According to the datasheet of the LM2735, the minimum duty cycle is 5% when operating in continuous mode. This means that during each switching cycle, the ON time of the switch should be at least 5% of the total cycle time.
To determine the actual ON time in seconds, you would need to know the switching frequency of the converter. Once you have the switching frequency, you can multiply it by the minimum duty cycle (in decimal form) to get the minimum ON time.
For example, if the switching frequency is 1 MHz (1,000,000 cycles per second), and the duty cycle is 5% (0.05 in decimal form), the minimum ON time would be:
Minimum ON time = 1 / (1,000,000) * 0.05 = 50 nanoseconds.
It's important to note that the minimum ON time represents the shortest period of time that the switch can be turned on before it needs to be turned off in order to maintain proper operation of the LM2735.