MR300 Digital Shortwave HF Antenna Analyzer Meter Tester 1M to 60M for Ham Radio

MR300 Digital Shortwave HF Antenna Analyzer Meter Tester 1M to 60M for Ham Radio

TIPS: Please choose express delivery because the product includes battery.

Description:
- Not support Bluetooth
- Radio enthusiasts an essential tool for entry
- Test the antenna technical parameters
- Can test the standing wave, impedance, capacitance and so on
- Can be connected to the computer to do antenna and other graphic analysis
- Test frequency: 1-60M
- Size: 90mm * 82mm * 30mm
- Connector: M head
- Power requirements: within the positive external
  12V - Driveable talent works, but can not charge the battery.
  13.8V ~ 18V - can drive the talent to work normally, can also be normal for the battery charge.

Specifications
Frequency Generation & Control:
- 1 - 60 Mhz
- Source impedance: 50 Ohms
- Stability: +/- 100 ppm
- Spectral Purity: Harmonics down >- TBD dB beyond 60 MHz
- Step Size: User configurable increments of 100 Hz, 1 kHz, 10 kHz, and 100 kHz

Usable Measurement Range:
- SWR: 1.0 to 9.99
- Impedance: approx. 5 to 2000 ohms

RF Output:
- Adjustable: 2.0 Volts pp (typ)

Power supply:
- External: 13.8 to 19 Volts DC, 500mA
- Internal: 8xAAA 1000mAh NiMH cells
- Charging time: 12 hours (charge rate 0.1C)

Controls:
- Pushbuttons (5): "Mode", "Band", "Config", "Scan", "Up", "Down"
- Switch: "Power On"

Connectors:
- RF Out: BNC
- USB: Mini-B receptacle
- External power: 2.1mm Power Jack (center pin positive)

Instrument Capabilities:
- Measure antenna electrical parameters: SWR, impedance (resistance +reactance), capacitance, inductance
- Measure feedpoint impedance
- Measure ground loss
- Adjust antenna tuners and determine loss
- Measure inductors and capacitors
- Measure coax transmission line (SWR, length, velocity factor, approximate Q and loss, resonant frequency, and impedance)
- Measure and determine optimum settings for tuning stubs: SWR, approximateQ, resonant frequency, bandwidth, impedance
- Determine characteristic impedance of transmission line
- Determine length of ¼ and ½ wave phasing lines
- Coaxial Cable Loss
- Determine antenna tuner loss
- Measure balun loss
- Measure inductor Q
- Estimate quartz crystal parameters
- Adjust antenna tuners and determine loss
- Measure inductors and capacitors
- Measure coax transmission line (SWR, length, velocity factor, approximate Q and loss, resonant frequency, and impedance)
- Measure and determine optimum settings for tuning stubs: SWR, approximateQ, resonant frequency, bandwidth, impedance
- Determine characteristic impedance of transmission line
- Determine length of 1/4 and 1/2 wave phasing lines
- Coaxial Cable Loss
- Determine antenna tuner loss
- Measure balun loss
- Measure inductor Q
- Estimate quartz crystal parameters
- Adjust antenna tuners and determine loss
- Measure inductors and capacitors
- Measure coax transmission line (SWR, length, velocity factor, approximate Q and loss, resonant frequency, and impedance)
- Measure and determine optimum settings for tuning stubs: SWR, approximate
- Resonant frequency, bandwidth, impedance
- Determine characteristic impedance of transmission line
- Determine length of ¼ and ½ wave phasing lines
- Coaxial Cable Loss
- Determine antenna tuner loss
- Measure balun loss
- Measure inductor Q
- Estimate quartz crystal parameters

Package contents :
- 1pc NEW MR300 Digital Shortwave Antenna Analyzer