
RCA DHT235A 3.5-Inch Portable LED 720p TV
Pocket-Sized Entertainment on the GoEnjoy your favorite TV shows and movies anywhere with the RCA DHT235A 3.5-Inch LED-lit TV. This portable TV offers digital audio and video decoding, high-quality reception, and multiple connectivity options. Brand: RCA Model: DHT235A Screen Size: 3.5-Inch ...
*Price sourced from Amazon.com. Last updated:Jun 30, 2026.Price and availability are subject to change.
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Overview
Pocket-Sized Entertainment on the Go
Enjoy your favorite TV shows and movies anywhere with the RCA DHT235A 3.5-Inch LED-lit TV. This portable TV offers digital audio and video decoding, high-quality reception, and multiple connectivity options.
- Brand: RCA
- Model: DHT235A
- Screen Size: 3.5-Inch
- Resolution: 320 x 240 Digital RGB
- Refresh Rate: 60Hz
- Tuner: Terrestrial ATSC 8VSB, Terrestrial NTSC CH2 - CH69
- Power: 4 AA Batteries or AC
Key Features
3.5-Inch Bright LED Backlit LCD Display
Receive Free off-air DTV RF Channels
Receive Current Analog NTSC Channels
Operate with AA Batteries (X4) or AC Adaptor(opt.)
Real Time Signal Strength Displayed
Specifications
Pros & Cons
👍 Pros
- Features a 3.5-inch bright LED backlit LCD display, providing clear visuals.
- Capable of receiving free off-air DTV RF channels, offering access to digital broadcasts.
- Can also receive current analog NTSC channels, ensuring compatibility with older broadcast standards.
- Offers flexible power options, operating with 4 AA batteries or an optional AC adapter.
- Displays real-time signal strength, which assists in optimal antenna positioning.
👎 Cons
- The 3.5-inch screen size is quite small, which may not be ideal for extended viewing or multiple viewers.
- While portable with batteries, AA batteries will need to be replaced periodically.
- The AC adapter is listed as optional, meaning it might not be included with the purchase.
- Only supports 720p resolution, which is lower than modern high-definition standards.
- The functionality is tied to antenna reception, which can vary greatly depending on location and interference.