Eachine 1000TVL 1/3" CCD FPV camera explained and tested

This guide covers the Eachine 1000TVL 1/3" CCD FPV camera, a compact and versatile analog video camera designed for first-person-view (FPV) drone flying and other remote video applications. The primary purpose of this camera is to provide a live, low-latency video feed to a ground station monitor or video goggles. Its key feature is a remarkably wide input voltage range, which simplifies power distribution in multi-cell battery setups.

This camera is a practical choice for a variety of projects beyond just drone racing. Its wide voltage tolerance and compact size make it useful for:

• Building a lightweight FPV drone or RC plane for immersive flying.
• Creating a remote monitoring system for a 3D printer or CNC machine.
• Setting up a wireless security or baby monitor using an analog transmitter.
• Retrofitting an older RC car or boat with a live video feed.

Hardware Overview

The camera's main selling point is its ability to operate directly from a wide range of power sources. As explained in the video, it can accept an input voltage from 5V up to 20V (in video at 00:24). This means you can connect it directly to a 2S, 3S, or 4S LiPo battery without needing a separate voltage regulator or BEC (Battery Eliminator Circuit). This simplifies wiring and reduces weight, which is critical for small drones.

The unit features a 1/3" CCD sensor, which is known for producing good image quality and handling light well. It comes with a 2.8mm lens that provides a 110-degree field of view, offering a wide perspective suitable for FPV. The camera also has a physical switch to select between NTSC and PAL video standards (in video at 00:34). This is important for compatibility with your display equipment.

Wiring Guide

Connecting the camera is straightforward due to its servo-style connector. The wiring is as follows:

• Red Wire: Connects to the positive terminal of your power source (5V to 20V).
• Black Wire: Connects to the negative terminal (ground) of your power source.
• White Wire: This is the video output signal, which connects to the video input of your FPV monitor or transmitter (in video at 01:29).

In the video, the presenter connects the red and black wires to a battery and the white wire to the "AV In" port of a monitor to demonstrate the camera's live feed (in video at 01:50).

NTSC vs. PAL Switch

The camera includes a small switch to toggle between the NTSC and PAL video formats. The correct setting depends on your receiving equipment. If you are using a dedicated FPV monitor or video receiver, it is often a "multi-system" device that can automatically detect and display both formats. In this case, as shown in the video, the switch position doesn't matter, and you will get a picture regardless (in video at 03:03).

However, if you plan to connect the camera directly to a standard television, you must set the switch to match the TV's native format. For example, a TV sold in North America typically uses NTSC, while many European TVs support both or use PAL (in video at 03:28). Setting the switch incorrectly will result in a black and white picture or no picture at all.

Testing and Demonstration

The video provides a live demonstration of the camera's output. After connecting a battery, the presenter connects the video wire to a monitor's AV input. The monitor immediately displays a clear, high-quality color image (in video at 02:38). The demonstration confirms that the camera is functional and provides a solid video feed with good color reproduction and detail, as described in the video.

Live Project Demonstration

In the video, the Eachine camera is powered by a simple battery and connected directly to a portable monitor with an AV input. The presenter shows the live feed, which displays the surrounding environment in real-time with no noticeable lag. This setup is a basic representation of an FPV ground station, proving the camera's ease of use and immediate functionality.

Chapters

• [00:06] Introduction to the Eachine 1000TVL FPV Camera
• [00:50] Unboxing and Physical Overview
• [01:15] Understanding the Servo Connector and Wiring
• [01:50] Connecting the Camera to a Monitor
• [02:38] Live Video Feed Demonstration
• [02:56] Testing the NTSC/PAL Switch
• [03:44] Conclusion and Final Thoughts