Peak Envelope Power (PEP) Calculator Price

PEP Formula:

\[ PEP = \frac{V_{peak}^2}{2 \times R} \]

Peak Envelope Power (PEP): Watts (W)

Definition: PEP is the highest instantaneous power output produced by a transmitter during modulation.

Purpose: It's a key measurement in RF engineering to ensure transmitters operate within their power limits.

The calculator uses the formula:

\[ PEP = \frac{V_{peak}^2}{2 \times R} \]

Where:

Explanation: The square of peak voltage is divided by twice the resistance to calculate the maximum power.

Details: Proper PEP calculation ensures transmitter compliance with regulations and prevents equipment damage.

Tips: Enter the peak voltage in volts and resistance in ohms (default 50Ω for RF systems). All values must be > 0.

Q1: Why is resistance typically 50Ω?
A: 50Ω is the standard impedance for most RF systems and coaxial cables.

Q2: How do I measure peak voltage?
A: Use an oscilloscope to measure the maximum voltage during modulation peaks.

Q3: What's the difference between PEP and average power?
A: PEP measures instantaneous peaks while average power measures power over time.

Q4: When would I use a different resistance value?
A: For systems with non-standard impedance (e.g., 75Ω for video or 600Ω for audio).

Q5: Does PEP account for modulation type?
A: No, this is a basic calculation. Different modulations may require additional considerations.