TSOP1738 Compatible IR Receiver | DY-1138kHz IR Receiver

IR Receiver Compatible with TSOP1738 | DY-1138

Compatible alternative to the TSOP1738 infrared receiver

•Carrier Frequency: 38kHz、56kHz
•Operating Voltage: 2.5V – 6.0V
•Receiving Distance: 8-30 meters
•Receiving Angle: +—45°
•Operating Temperature: -25°C ~ 85°C
•Package: 3-pin DIP

DY-1138 Datasheet

Reliable 38kHz IR Signal Reception

The DY-1138 IR Receiver, designed as a TSOP1738 compatible solution, provides stable 38kHz infrared signal reception for remote control and electronic control systems.

With integrated signal filtering and demodulation circuits, the receiver delivers reliable performance even in environments affected by electrical noise or ambient light interference. This makes it suitable for a wide range of consumer and electronic control applications.

DY-1138 IR Large Bridge Design

DY-1138 adopts a large bridge encapsulation structure, which increases the effective receiving area of the infrared sensor. This design helps improve signal reception distance and stability, ensuring reliable response in remote control systems where consistent detection is essential.

DY-1138 IR Suitable For?

DY-1138 is widely used in:

TV and set-top box remote control systems
Smart home appliances
Air conditioners and household electronics
Industrial control devices
Infrared communication modules

Its stable reception and strong anti-interference capability make it suitable for both consumer electronics and equipment control systems.

Engineers Consider for IR receiver

When selecting a compatible IR receiver, engineers typically evaluate:

Carrier frequency accuracy (38kHz)
Receiving distance and sensitivity
Ambient light immunity
Electrical stability in mass production

Choosing a reliable manufacturer helps ensure consistent performance across production batches.

Engineering Support for Integration

As a manufacturer specializing in infrared receivers and optoelectronic components, we support customers from engineering evaluation to large-scale production. Technical support for IR receiver selection and system integration, including:

Equivalent model recommendations
TX/RX pairing suggestions
Application troubleshooting support

This helps shorten development cycles and improve system stability.

Disclaimer

All model names mentioned are used for identification and reference purposes only and remain the property of their respective owners. Their use does not imply any affiliation, endorsement, or partnership with the original manufacturers.

Send Your Requirement

DY-1138 IR Receiver Product Parameters

Parameter
Inquiry & Supply Process

(P/N)	Operating voltage	Quiescent Current	Receiving distance	Pin length	Features
DY-1138WXX	2.5-6.0v	50-1200μA	8-30m	22-43 mm	Long distance
DY-1138VXX	2.5-6.0v	50-1200μA	8-30m	22-43 mm	Low power consumption
DY-1138BXX	2.5-6.0v	50-1200μA	8-30m	22-43 mm	Anti-light interference
DY-1138FXX	2.5-6.0v	50-1200μA	8-30m	22-43 mm	High sensitivity
DY-1138AXX	2.5-6.0v	50-1200μA	8-30m	22-43 mm	Anti-5G, Wifi
DY-1138XXX	2.5-6.0v	50-1200μA	8-30m	22-43 mm	Continuous decoding
DY-1138CXX	2.5-6.0v	50-1200μA	8-30m	22-43 mm	Narrow code decoding

The same appearance, different features are emphasized. Please contact our technical staff if needed.

Inquiry Submission
Submit your inquiry request, providing the required model, specifications, or compatible brand model (for example, VS1838B). At the same time, we can also provide basic technical information and application requirements for reference.

Technical Evaluation
Engineers will recommend suitable infrared receiver models based on the application scenario to ensure compatibility with system design and signal requirements.

Sample Arrangement
Provide engineering samples for functional verification, including reception distance, signal stability, and circuit compatibility.

Engineering Confirmation
After testing and validation, confirm key parameters and product specifications to support subsequent project development.

Mass Production Supply
Arrange stable mass production supply to support the customer’s production plan, ensuring product quality is stable and reliable.

Can DY-1138 replace TSOP1738 directly in existing designs?

In most cases, DY-1138 can replace TSOP1738 directly, as it follows the same 3-pin configuration and 38kHz infrared signal reception standard. However, for critical applications, engineering teams are recommended to perform system-level testing to ensure optimal performance.

What advantages does the large bridge-type package of DY-1138 IR Receiver provide?

The large bridge encapsulation design improves optical reception performance by: Increasing the effective receiving area, enhancing reception distance； Improving signal stability in complex environments. This structure is especially beneficial in products that require reliable remote control performance.

How does DY-1138 perform in environments with strong light interference?

DY-1138 integrates advanced noise suppression and filtering circuits, allowing stable operation under: Indoor lighting； Sunlight interference； Fluorescent lamp environments. This helps reduce false triggering and signal loss, improving system reliability.

Do you offer bulk supply for TSOP1738-compatible IR receivers?

Yes. DY-1138 IR receivers are available for bulk supply and long-term production projects. With stable manufacturing capability and controlled production processes, we support customers requiring consistent component supply for large-scale electronics production.

Are custom IR receiver specifications available?

Yes. In addition to standard 38kHz IR receivers, customization options may include: Different carrier frequencies (e.g., 36kHz / 40kHz / 56kHz)； Various package styles； Specific sensitivity or filtering requirements