Reduced Price New 2000W VHF/UHF Cross-Needle SWR/Wattmeter, 1.6-60 MHz Expand

Nissei 2000W VHF/UHF Cross-Needle SWR/Wattmeter, 1.6-60 MHz

Nissei

TX-101A by Nissei

New

Nissei TX-101A SWR & Power meter is a highly-accurate RF meter for measuring Forward Power, Reverse Power & VSWR with GIANT illuminated Cross-Needle display.

More details

US$115.20

US$128.00

-10%

+ SAVE on special worldwide shipping rates!

You save US$12.80 (10%)

FEATURES & BENEFITS

  • Precision True Active PEP Circuit
  • DC Grounded Antenna connector prevents electrostatic buildup
  • True Directional Coupler for more accuracy over frequency
  • Low Bias Schottky Diode Detectors for bigger linearity
  • GIANT (104 mm), Precision Cross-Needle Meter simultaneously displays forward and reflected power with SWR
  • LED backlighting provides smooth and even illumination
  • Individual Meter Scales for each power range increase reading accuracy
  • Three Color Scale for improved readability
  • Rugged metal cabinet with speckled black finish and designer style grey injection molded front panel aesthetically complements your modern transceivers
  • DC Power Cable Included

SPECIFICATIONS

Frequency Range1.6 MHz to 60 MHz (6M / HF)
Center Calibrated28.5 MHz
Power Range0 to 2000W
Power Scale20W / 200W / 2000W
Maximum Power2000W
Accuracy± 10% of Full Scale or better
Insertion Loss< 1.2 : 1
Minimum Power (Fwd)1W
Testing FunctionFwd/Rev Power, SWR, Active PEP
Input/Output Impedance50 Ω
Input/Output Connectors"M" type
Input Power9VDC to 14VDC, 200 mA maximum
Dimension (W x D x H)184 mm x 131 mm x 118 mm
Weight900 g / 1.98 lbs

No customer reviews for the moment.

Write a review

Nissei 2000W VHF/UHF Cross-Needle SWR/Wattmeter, 1.6-60 MHz

Nissei 2000W VHF/UHF Cross-Needle SWR/Wattmeter, 1.6-60 MHz

Nissei TX-101A SWR & Power meter is a highly-accurate RF meter for measuring Forward Power, Reverse Power & VSWR with GIANT illuminated Cross-Needle display.

Accept

This website uses cookies to ensure you get the best experience. By using our website you consent to all cookies in accordance with our Cookie Policy and Terms of Service.