- Ranger RCI2970N4 400w 10-12 Meter Radio W. Sideband USB/LSB/CW
- Features:
- 4x 2SC2879 Transistor Amplifier Board for 400W+ output.
- An improved receiver: designed for increased sensitivity and image rejections.
- Double FET balanced mixer: for improved receiver inter-modulation rejection.
- Surface mount components: for increased resistance to shock and vibration.
- Improved display lighting: for easy reading in a wide range of light conditions.
- Variable Power Output
- 10 & 12 Meter Bands
- Large Frequency Display with Dimmer
- Improved Receiver Design
- New Green Back-light Display
- Variable Output Power Control
- Active Frequency Scanner
- Receiver Clarifier (±0.5kHz)
- The new improved 2970N4 has 16 Programmable/Erasable Memory Channels
- Noise Blanker/ANL Circuitry
- Frequency Selector Lockout
- Programmable Repeater Offset
- Public Address Feature
- Modes: AM/FM/USB/LSB/CW
- An improved receiver: Designed for increased sensitivity and image rejections.
- A double FET balanced mixer: For improved receiver intermodulation rejection.
- New power supply protection and temperature compensation: For improved stability and reliability over wide temperature ranges.
- Surface mount components: For increased resistance to shock and vibration.
- Improved display lighting: For easy reading in a wide range of light conditions.
- Variable power output control: Adjusts your deadkey power.
- 10 and 12 Meter Bands: Allows you to recieve and transmit on these popular amateur frequency bands.
- Receiver Clarifier: Allows you to adjust your recieve frequency.
- Noise Blanker/ Automatic Noise Limiter: Reduces extra static and recieve noise.
- Programmable repeater offset: Allows you to offset your frequency for FM repeator use.
- Large green backlite frequency display with dimmer.
- Active frequency scanner: Scans through to find active frequencies.
- Ten programmable frequencies: Program in your most monitored frequencies for easy access.
- 400 Watt Peak Power.
- Bottom and rear heatsinks: Disperses extra heat away from internal components.