4 Pieces TEFT4300 IC Integrated Circuits

Description

4PCS TEFT4300 IC Integrated Circuits

Component Specifications:

Operating Temperature Range

Phototransistor Type	Phototransistor
Polarity	NPN
Number of Elements	1
Emitter-Collector Voltage (Max)	5V
Collector-Emitter Voltage	70V
Collector Current (DC)	50mA
Emitter-Collector Saturation Voltage (Max)	0.3V
Dark Current	200nA
Light Current	3.2mA
Power Dissipation	100mW
Peak Wavelength	925nm
Half-Intensity Angle	60deg
from -40 °C to 100 °C
Operating Temperature Classification	Industrial
Mounting	Through-Hole
Pin Count	2
Package Type	T-1

We have the technical datasheet for all components, if it is not present in the product download card, send a message from the contact us module and we will publish it as soon as possible on our website.

Tutorial: How to Use 4 TEFT4300 IC Circuits

The TEFT4300 are power ICs used to regulate energy in electronic circuits. Ideal for beginners and intermediates.

What you need

• TEFT4300 IC Circuits
• Multimeter
• X-Acto Knife
• Test connections
• Arduino or equivalent microcontroller

Steps

1. Check the datasheet for the specifications of the TEFT4300.
2. Prepare the 4 TEFT4300 and the test connections.
3. Connect pin 1 (GND) of the TEFT4300 to ground.
4. Connect pin 2 (VCC) to your microcontroller or power supply.
5. Connect pin 3 (IN) to the control signal.
6. Verify the correct polarity of the connections.
7. Test the circuit with a multimeter.
8. Load a simple code to control the state of the TEFT4300.

Mini project

Create a simple protection circuit for an LED using a TEFT4300. In 30 minutes you can control the current to the LED.

Common mistakes

• Connect pin 1 (GND) to ground.
• Omit the polarity check.
• Do not use a multimeter to test the circuit.

Recommended accessories

• Arduino UNO
• LED
• 1kΩ resistor
• Multimeter

Frequently asked questions

How can I verify the correct polarity of the connections?
Use the multimeter in resistance measurement mode. Measure between the pins and ground. The contact should be high (infinite) for a wrong connection and low for a correct connection.

Which specifications should I check on the datasheet?
Check the supply voltage, maximum current, and input and output pins.

Can I use another microcontroller instead of Arduino?
Yes, any microcontroller with support for I/O can work.

Does the TEFT4300 automatically regulate the current?
No, the TEFT4300 is a transistor relay that requires a control signal to regulate the current.