Shenzhen Yishenghua Electronics Co.Ltd is located in Shenzhen,Guangdong, China. We are dedicated to dealing in the R&D, manufacturing and marketing of all kinds of infrared emission, infrared transmitter cable, infrared control extension cable and HDMI remote control cable and infrared receiver. With our own professional R&D team, we are able to design and develop new items anytime when they are necessary.
● DescriptionThe MYS-IRM-7607 is a small SMD IR receiver module for infrared remote control systems.The PIN diode and preamplifier are assembled on a PCB, and the epoxy package includes an IR filter.The demodulated output signal can be directly connected to a microprocessor for decoding.The data signal may be suppressed when transmitted continuously. ● FeaturesUltra-thin SMD…
●Features․Fast response time․High analytic․Peak wavelength λp=940nm․High sensitivity․Pb free․This product itself will remain within RoHS compliant version. ●DescriptionsThe MYS-6808-G-Z-B consist of an infrared emitting diode and an NPN silicon phototransistor, encased side-by-side on converging optical axis in a black thermoplastic housing .The phototransistor does not receive radiation from IR LED in normal situation, but when an…
Product : 20-56kHz WidebandModel : MYS-016Shell Dimensions :18*13*7mm（approx.）Operating Voltage : 2.7-5.5VPlug : 2.5mm/3.5mmCable length : 500-5000mmCompatible IR Frequency : 20-56kHz/38kHzProduct description : Customized products according to requirementsApplications： Cable Boxes, HD DVR’s,DVR’s & STB’s MODEL;：MYS-016●Wide voltage adaptation、low power consumption、high sensitivity、Excellent anti-interferencecharacteristics；●Applications：TV, set-top box, VTR, audio, digital photo frame, household electrical appliance, airconditioner, toy,lamp, and all appliances…
● DescriptionThe MYS-7608 is miniaturized infrared receivers for remote control andother applications requiring improved ambient light rejection.The separate PIN diode and preamplifier IC are assembled on a single lead frame.The epoxy package contains a special IR filter.This module has excellent performance even in disturbed ambient lightapplications and provides protection against uncontrolled output pulses. ● Features●…
Model：MYS-3461 Wide voltage adaptation、low power consumption、high sensitivity、Excellent anti-interference characteristics； Applications：TV, set-top box, VTR, audio, digital photo frame, household electrical appliance, air conditioner, toy,lamp, and all appliances that require infrared remote controlling；
Model : MYS-003
Shell Dimensions : 15*8.5*6.2mm（approx.）
Operating Voltage : 2.7-5.5V
Plug : 2.5mm/3.5mm
Cable length : 500-5000mm
Product description : Customized products according to requirements
1、Optoelectronic Parameter： (Ta=25℃)
| Product model | Packing | Peak Wavelengthlp(nm) | Forward VoltageVF(V) | ReverseCurrentIR(uA) | PeakIrradianceIR(uw/cm²) | Half-angle value1/2(°) |
| IF=50mA | IF=50mA | IR=5V | VE=3V | IF=50mA | ||
| MYS-003B | Polybag | 940 | ≤1.5 | ≤10 | 160-180 | 30(TYP) |
2.Product display:
A Single Head Infrared Emitter Cable is a specialized cable designed to transmit infrared signals from a source device to a remote receiver. It is commonly used in home entertainment systems, such as controlling a TV or sound system from a distance. The cable typically features a single emitter head that directs the infrared signal to the target device.
Proper maintenance of a Single Head Infrared Emitter Cable ensures its longevity and optimal performance. Over time, dust, dirt, or physical damage can interfere with the cable's ability to transmit signals effectively. Regular maintenance helps prevent signal loss, misalignment, or complete failure of the device.
Yes, environmental factors such as humidity, temperature extremes, and exposure to direct sunlight can impact the performance of a Single Head Infrared Emitter Cable. Store the cable in a cool, dry place when not in use, and avoid placing it near heat sources or windows.
No, maintaining a Single Head Infrared Emitter Cable does not require specialized tools. A soft cloth for cleaning, cable ties for organization, and a basic understanding of signal alignment are sufficient to keep the cable in good working condition.
Signal loss is one of the most frequent issues with single head infrared emitter cables. This problem often arises due to improper alignment, damaged cables, or interference from other electronic devices. When the infrared signal is not transmitted effectively, it can lead to poor performance or complete failure of the system.
Overheating is another common issue that can affect the longevity and functionality of single head infrared emitter cables. This typically occurs when the cable is exposed to high temperatures or when it is used beyond its specified capacity. Overheating can cause the cable to degrade faster, leading to potential safety hazards.
Yes, environmental factors such as humidity, dust, and extreme temperatures can significantly impact the performance of single head infrared emitter cables. Moisture can corrode the internal components, while dust can obstruct the infrared signal. It's essential to install these cables in a controlled environment to minimize these risks.
The length of the single head infrared emitter cable can indeed affect its performance. Longer cables may experience more signal attenuation, leading to weaker signals. It's crucial to choose the appropriate cable length based on the specific requirements of your setup to ensure optimal performance.
A Single Head Infrared Emitter Cable is a specialized device used to transmit infrared signals from a source, such as a remote control, to a receiver, typically a piece of electronic equipment like a TV or stereo system. It consists of a single emitter head connected to a cable, which can be easily positioned to ensure the infrared signal is accurately received. This type of cable is particularly useful in situations where direct line-of-sight between the remote control and the device is obstructed, such as when the device is placed inside a cabinet or behind a wall.
Using a Single Head Infrared Emitter Cable offers several advantages. Firstly, it allows for greater flexibility in the placement of electronic devices, as the emitter can be positioned to ensure optimal signal reception. This is especially beneficial in home theater setups or smart home systems where devices may be hidden or located in hard-to-reach places. Additionally, it can help reduce clutter by eliminating the need for multiple remote controls or complex wiring systems. The cable is also easy to install and requires minimal maintenance, making it a cost-effective solution for enhancing the functionality of your electronic devices.
Identify the IR receiver on your electronic device. This is usually a small, dark window on the front or side of the device. Position the emitter head so that it is directly facing the IR receiver, ensuring there are no obstructions between them.
Connect the other end of the cable to the IR output port on your remote control or IR source. Make sure the connection is secure to prevent signal loss.
Use adhesive tape or mounting clips to secure the cable in place, if necessary. This will help prevent the cable from moving and ensure consistent signal transmission.
Turn on your electronic device and use the remote control to test the IR signal. If the device responds correctly, the installation is complete. If not, double-check the positioning of the emitter head and the cable connections.
While a Single Head Infrared Emitter Cable is designed to work with one device at a time, it is possible to use multiple emitter cables in conjunction with an IR distribution system to control several devices simultaneously. This setup requires an IR repeater or splitter, which can distribute the IR signal from a single remote control to multiple emitter cables. However, for most home setups, a single head emitter cable is sufficient for controlling one device effectively.
Maintenance for a Single Head Infrared Emitter Cable is minimal. The cable is durable and designed to withstand regular use. However, it is important to periodically check the positioning of the emitter head to ensure it remains aligned with the IR receiver. Additionally, inspect the cable for any signs of wear or damage, such as fraying or loose connections, and replace it if necessary. Keeping the emitter head clean from dust and debris can also help maintain optimal signal transmission.
The lifespan of a Single Head Infrared Emitter Cable depends on several factors, including usage frequency, environmental conditions, and quality of materials. On average, a well-maintained infrared emitter cable can last between 5 to 10 years. However, this range can vary based on specific circumstances.
Follow these steps to maximize the longevity of your Single Head Infrared Emitter Cable:
While it's difficult to predict exact failure times, monitoring the cable's performance can provide early warning signs. Look for issues like:
Addressing these issues promptly can prevent sudden failures and extend the cable's lifespan.
Single Head Infrared Emitter Cables are specialized components designed for precise infrared signal transmission. Unlike multi-head emitters, these cables feature a single, focused emission point, making them ideal for targeted applications. Their compact design ensures minimal signal interference and maximum efficiency in confined spaces.
Step by step process:
Yes, these cables offer various customization options to meet specific requirements. Manufacturers can adjust:
The single head design actually enhances performance in several ways:
A Single Head Infrared Emitter Cable is a specialized device used to transmit infrared signals from a source, such as a remote control, to an electronic device like a TV or stereo system. It typically consists of a single emitter head connected to a cable, which can be placed near the device's IR sensor to ensure reliable signal transmission. These cables are particularly useful in setups where the device is enclosed in a cabinet or placed in a location that obstructs direct line-of-sight communication with the remote control.
Selecting the appropriate Single Head Infrared Emitter Cable is crucial for ensuring seamless operation of your electronic devices. The right cable will provide consistent signal transmission, reducing the likelihood of signal loss or interference. Additionally, choosing a cable that matches the specific requirements of your setup can prevent compatibility issues and extend the lifespan of both the cable and the connected devices.
Generally, a Single Head Infrared Emitter Cable is designed to work with one device at a time. However, if you have multiple devices that require IR control, you can use an IR repeater system that distributes the signal to multiple emitter heads. This setup allows you to control several devices simultaneously using a single remote control.
Yes, the placement of the emitter head is critical for effective signal transmission. The head should be positioned directly in front of the device's IR sensor, ensuring there are no obstructions. Proper placement minimizes signal loss and ensures that the device responds promptly to remote commands. If the device is enclosed, make sure the emitter head is placed where it can receive the signal without interference from the cabinet material.
A Single Head Infrared Emitter Cable is a specialized device used to transmit infrared signals from a source, such as a remote control, to a receiver, like a TV or audio system. It typically consists of a single emitter head connected to a cable, designed to ensure accurate and reliable signal transmission in environments where direct line-of-sight is obstructed.
The cable connects to an infrared source, such as a remote control extender or AV receiver. The emitter head is placed in direct line-of-sight with the target device's infrared sensor. When the source sends a signal, the emitter converts it into infrared light, which is then transmitted to the receiver. This process ensures seamless control of devices even when they are hidden or placed in cabinets.
Yes, these cables are highly adaptable and can be used in various scenarios, including:
Single Head Infrared Emitter Cables are specialized components designed to transmit infrared signals in various applications. These cables are widely used in industries and consumer electronics due to their efficiency and reliability. Below, we explore their key applications in detail.
These cables are essential because they enable seamless communication between devices using infrared signals. Their single-head design ensures precise signal transmission, making them ideal for applications requiring accuracy and minimal interference.
Step by step, here’s how these cables function:
Yes, these cables are extensively used in automation systems. They facilitate communication between sensors, controllers, and actuators, ensuring smooth operation in industrial and home automation setups.
Absolutely. These cables are integral to security systems, enabling the transmission of infrared signals for motion detection, surveillance cameras, and access control systems. Their reliability ensures uninterrupted security operations.
Here are some additional applications:
Single Head Infrared Emitter Cables are versatile components that play a critical role in various industries and technologies, ensuring efficient and reliable infrared signal transmission.
A Single Head Infrared Emitter Cable is a specialized device designed to transmit infrared signals from a source, such as a remote control or an electronic device, to a receiver. It typically consists of a single infrared emitter head connected to a cable, which is then plugged into an infrared output port on a device. The emitter head emits infrared light, which carries the signal to the receiver, enabling remote control functionality.
This type of cable is particularly useful in scenarios where the infrared receiver is obstructed or located in a hard-to-reach place. For example, if your audio/video equipment is hidden inside a cabinet, the Single Head Infrared Emitter Cable can extend the infrared signal outside the cabinet, ensuring seamless operation of your devices. It is also commonly used in home theater setups, where multiple devices need to be controlled remotely without direct line-of-sight to the receiver.
The process of transmitting signals through a Single Head Infrared Emitter Cable involves several steps:
While Single Head Infrared Emitter Cables are versatile, they are primarily designed for devices with infrared output ports. These include cable boxes, satellite receivers, Blu-ray players, and some audio systems. However, they may not be compatible with devices that rely solely on Bluetooth or radio frequency (RF) signals for remote control. Always check the device's specifications to ensure compatibility before purchasing.
Setting up a Single Head Infrared Emitter Cable is straightforward and typically involves the following steps:
No additional software or complex configurations are usually required, making it a user-friendly solution for extending infrared signals.
A Single Head Infrared Emitter Cable is a specialized device designed to transmit infrared signals from a source to a single remote location. It typically consists of a cable with an infrared emitter at one end, which emits infrared light, and a connector at the other end that plugs into an infrared output port on a device such as a cable box, DVD player, or home theater system. The emitter is often placed near the infrared receiver of the device it is controlling, allowing for seamless communication between the devices.
The Single Head Infrared Emitter Cable works by transmitting infrared signals from the controlling device to the device being controlled. When you press a button on your remote control, the signal is sent to the controlling device, which then sends the corresponding infrared signal through the emitter cable. The emitter at the end of the cable then emits the infrared light, which is picked up by the infrared receiver on the device being controlled, thus executing the command.
● DescriptionThe MYS-IRM-7607 is a small SMD IR receiver module for infrared remote control systems.The PIN diode and preamplifier are assembled on a PCB, and the epoxy package includes an IR filter.The demodulated output signal can be directly connected to a microprocessor for decoding.The data signal may be suppressed when transmitted continuously. ● FeaturesUltra-thin SMD…
●Features․Fast response time․High analytic․Peak wavelength λp=940nm․High sensitivity․Pb free․This product itself will remain within RoHS compliant version. ●DescriptionsThe MYS-6808-G-Z-B consist of an infrared emitting diode and an NPN silicon phototransistor, encased side-by-side on converging optical axis in a black thermoplastic housing .The phototransistor does not receive radiation from IR LED in normal situation, but when an…
Product : 20-56kHz WidebandModel : MYS-016Shell Dimensions :18*13*7mm（approx.）Operating Voltage : 2.7-5.5VPlug : 2.5mm/3.5mmCable length : 500-5000mmCompatible IR Frequency : 20-56kHz/38kHzProduct description : Customized products according to requirementsApplications： Cable Boxes, HD DVR’s,DVR’s & STB’s MODEL;：MYS-016●Wide voltage adaptation、low power consumption、high sensitivity、Excellent anti-interferencecharacteristics；●Applications：TV, set-top box, VTR, audio, digital photo frame, household electrical appliance, airconditioner, toy,lamp, and all appliances…
Professional production of infrared receivers for the first 20 years! 
