TSSP6P38TR

Product Overview

Use

It is used for receiving infrared signals from remote controls.

Characteristics

High sensitivity
Wide reception angle
Low supply current
Photodetector and preamplifier in one package

Package

TSSP6P38TR comes in a standard 3-pin epoxy package.

Essence

The essence of TSSP6P38TR lies in its ability to accurately receive and decode infrared signals.

Packaging/Quantity

It is typically available in reels with a quantity of 2000 units per reel.

Specifications

Supply Voltage: 2.5V to 5.5V
Carrier Frequency: 38 kHz
Transmission Range: Up to 45 meters
Operating Temperature: -25°C to 85°C

Detailed Pin Configuration

OUT (Output)
GND (Ground)
VS (Supply Voltage)

Functional Features

Integrated IR filter
Improved shielding against electrical field disturbances
Burst length tolerance: 10 cycles/burst minimum
Low power consumption

Advantages

High sensitivity allows for reliable signal reception
Wide reception angle enables flexibility in remote control usage
Low supply current contributes to energy efficiency

Disadvantages

Limited transmission range compared to some alternative models
Vulnerable to interference from ambient light sources

Working Principles

TSSP6P38TR operates by receiving modulated infrared signals from a remote control. The integrated photodetector converts the incoming infrared radiation into an electrical signal, which is then amplified and output through the OUT pin.

Detailed Application Field Plans

TSSP6P38TR is widely used in various consumer electronics such as televisions, air conditioners, audio systems, and set-top boxes. It is also employed in industrial automation for remote control applications.

Detailed and Complete Alternative Models

Some alternative models to TSSP6P38TR include TSOP38238, TSOP4838, and TSOP2238. These models offer similar functionality with slight variations in characteristics and specifications.

In conclusion, TSSP6P38TR is a versatile infrared receiver with high sensitivity and wide reception angle, making it suitable for a range of consumer electronics and industrial applications.

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Senaraikan 10 soalan dan jawapan biasa yang berkaitan dengan aplikasi TSSP6P38TR dalam penyelesaian teknikal

What is TSSP6P38TR?
- TSSP6P38TR is an infrared sensor module commonly used for proximity sensing and object detection applications.
What is the operating voltage range of TSSP6P38TR?
- The operating voltage range of TSSP6P38TR is typically between 2.5V to 5.5V.
What is the typical detection range of TSSP6P38TR?
- The typical detection range of TSSP6P38TR is around 10-20cm, depending on the specific application and environmental conditions.
How does TSSP6P38TR communicate with microcontrollers or other devices?
- TSSP6P38TR typically communicates using digital output signals, making it compatible with a wide range of microcontrollers and other digital devices.
What are the common applications of TSSP6P38TR in technical solutions?
- TSSP6P38TR is commonly used in applications such as proximity sensing in robotics, object detection in automation systems, and gesture recognition in consumer electronics.
Does TSSP6P38TR have any special requirements for ambient light conditions?
- TSSP6P38TR is designed to be immune to ambient light disturbances, making it suitable for use in various lighting conditions.
Can TSSP6P38TR be used in outdoor environments?
- TSSP6P38TR is primarily designed for indoor use and may not perform optimally in outdoor environments due to factors such as sunlight interference and weather conditions.
What is the typical response time of TSSP6P38TR?
- The typical response time of TSSP6P38TR is in the range of microseconds, allowing for fast and accurate detection of objects.
Are there any specific considerations for PCB layout when integrating TSSP6P38TR into a design?
- Proper grounding and isolation from noise sources are important considerations for PCB layout when integrating TSSP6P38TR to ensure reliable performance.
Is TSSP6P38TR sensitive to electromagnetic interference (EMI)?
- TSSP6P38TR is designed to have good immunity to common sources of EMI, but proper shielding and layout practices should still be followed to minimize potential interference.