• RF Power Meter -50 to 0dBm 1MHz to 10GHz Settable Attenuation Value for Radio Instrument
  • RF Power Meter -50 to 0dBm 1MHz to 10GHz Settable Attenuation Value for Radio Instrument
  • RF Power Meter -50 to 0dBm 1MHz to 10GHz Settable Attenuation Value for Radio Instrument
  • RF Power Meter -50 to 0dBm 1MHz to 10GHz Settable Attenuation Value for Radio Instrument
  • RF Power Meter -50 to 0dBm 1MHz to 10GHz Settable Attenuation Value for Radio Instrument
  • RF Power Meter -50 to 0dBm 1MHz to 10GHz Settable Attenuation Value for Radio Instrument
  • RF Power Meter -50 to 0dBm 1MHz to 10GHz Settable Attenuation Value for Radio Instrument

RF Power Meter -50 to 0dBm 1MHz to 10GHz Settable Attenuation Value for Radio Instrument

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RF Power Meter -50 to 0dBm 1MHz to 10GHz Settable Attenuation Value for Radio Instrument

Description:

The HP363 is a radio frequency power meter with buttons, featuring simple structure, convenient application, stable performance, high sensitivity, and fast measuring speed.

Application:
- For Radio Frequency Power Meter
- For Instrument Calibration

Technical Parameters:
- Power Measurement Range: -50 to 0dBm (External RF Attenuator is up to 100dBm)
- Power Measurement Resolution: 0.1dBm
- Frequency Measurement Range: 1-10000MHz (1MHz-10GHz)
- Measuring Power: 1nW-1mW
- Working Voltage: 7-12V DC
- Operating Current: <50mA
- Working Temperature: -40℃ to 65℃
- Storage Temperature: -40℃ to 65℃
- Size: 55 x 45 x 10mm (L*W*H)

Package Included:

- 1 x RF Power Meter

Introduction of Display Screen:
- Unit: dBm
- Buttons:
  FUN: Function Button
  MODE: Button to Switch Interfaces
  SEL: Automatic Add or Subtract Button

The Meaning of Displayed Value:

Here is an example:

Note: -51.2dBm is the signal value, 610uV is the input voltage, and 7nW is the input power.

How to Set RF Power Attenuation Value?
Here is an example:

- Press FUN;
- Press SEL: SUB to Substract; ADD to Add;
- Press FUN to Save Your Set dB Value

Note: While connecting to different external RF power attenuators, you can set the corresponding attenuation coefficient so as to read the correct power parameters.

Wiring:
P1 Wiring Definition:
- VDD: Power Supply + of the Module (7V-12V)
- GND: Power Supply - of the Module

P2 Wiring Definition:
- FX: Not Used
- RF: Frequency Signal Input
- GND: Power Supply -

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