PACK WITH 200 DIODES
The 1N4148 is a highly versatile and widely used general-purpose diode, encapsulated in a DO-35 package. This diode is rated for 100 volts and a current of 200 milliamperes (200mA), making it suitable for a vast range of electronic applications, particularly in signal processing and switching.
Key Features and Benefits:
High Voltage Rating (100V): The 100-volt rating makes the 1N4148 suitable for handling moderate voltage levels in electronic circuits, ensuring reliable performance in a variety of applications.
Current Capacity (200mA): With a current capacity of 200 milliamperes, this diode can efficiently manage small to medium current levels, making it ideal for signal processing and general electronic switching tasks.
DO-35 Package: The compact DO-35 package is known for its durability and reliability, making the 1N4148 suitable for both through-hole and surface-mount PCB applications. Its small size allows for efficient use of board space.
Fast Switching Speeds: The 1N4148 is designed for fast switching, with quick response times. This feature is particularly beneficial in high-speed signal switching applications, where rapid changes in current flow are necessary.
Versatile Use: This diode is widely used in a variety of applications, including signal modulation, rectification, and protection circuits. Its general-purpose nature makes it a staple component in both hobbyist and professional electronics.
Model (1N4148): The specific model number, 1N4148, allows for easy identification and procurement, making it a go-to component for engineers and electronics enthusiasts for a broad range of applications.
In summary, the 1N4148 general-purpose diode, with its 100V rating, 200mA current capacity, and fast switching speeds, is a highly reliable and efficient component for numerous electronic applications. Its compact DO-35 package and versatile functionality make it an essential component in various electronic circuits.
PACK OF 100 PIECES
The LG3330-PF/TRS-4 is a green LED in a standard 5mm size, packaged on a reel for efficient handling and assembly. This LED is designed for a wide range of applications that require a bright and visible green light source, including indicator lights, consumer electronics, and decorative lighting.
Key Features and Benefits:
Green Light Emission: Provides a bright and clear green light, suitable for visibility in various applications such as indicators, display panels, and decorative lighting.
5mm Size: The standard 5mm size of this LED makes it versatile and easy to integrate into a variety of electronic circuits and devices.
Reel Packaging: The LEDs are supplied on a reel (TRS-4), which is ideal for automated assembly processes, enhancing production efficiency.
Wide Application Range: Can be used in a variety of settings including electronic devices, control panels, automotive lighting, and DIY projects where green light is needed.
Model (LG3330-PF/TRS-4): The specific model number ensures easy identification and procurement, facilitating the correct component selection for manufacturing and electronic design projects.
In summary, the LG3330-PF/TRS-4 green LED, with its standard 5mm size and reel packaging, is a versatile and efficient light source for a wide range of applications. Its bright green light output makes it suitable for various electronic and decorative applications, and the reel packaging is convenient for large-scale production and automated assembly.
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The HE6150004 is a Hall effect sensor, a type of transducer that detects magnetic fields and converts them into electrical signals. This sensor is designed for applications where precise detection of magnetic fields is essential, and it's often used in various industrial, automotive, and consumer electronic applications.
Key Features and Benefits:
Magnetic Field Detection: Utilizes the Hall effect principle to detect magnetic fields, providing accurate and reliable measurements.
Versatile Applications: Commonly used in industrial automation for position sensing, speed detection, and proximity switching. It's also used in automotive applications for detecting crankshaft or camshaft position, and in consumer electronics for various sensing functions.
Solid-State Reliability: As a solid-state device, the HE6150004 offers high durability and long operational life, withstanding harsh environments and frequent use.
Compact and Easy to Integrate: Its small size allows for easy integration into various electronic systems and machinery, without requiring significant space.
Model (HE6150004): The specific model number ensures easy identification and procurement, facilitating accurate component selection for designs and repairs.
In summary, the HE6150004 Hall effect sensor is a highly reliable and accurate component for detecting magnetic fields in a wide range of applications. Its solid-state construction, compact size, and versatility make it a valuable tool in industrial, automotive, and consumer electronics applications.
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Elevate your lighting experience with the HC Acrich3 8W LED light, an epitome of innovation and warmth in lighting. With its SKU SMJE-2V08W3PQ-HA, this LED light is an excellent choice for those who value efficiency and a warm, inviting atmosphere.Key Features:High-Efficiency 8W LED: This 8-watt LED light is a powerhouse of efficiency, delivering bright and consistent light while consuming minimal energy.120VF Voltage Design: Perfectly compatible with standard North American electrical systems, this light offers hassle-free installation and reliable operation.2700K Correlated Color Temperature (CCT): Producing a warm white glow at 2700 Kelvin, this light is ideal for spaces where a cozy, soothing ambiance is desired, like living rooms and bedrooms.Inviting Warm White Light: The warm white tone of this LED provides a comfortable and relaxing light quality, reminiscent of traditional incandescent bulbs, but with the advanced technology of LEDs.
Benefits:
Durable and Long-Lasting: Utilizing HC Acrich3's innovative LED technology, this light ensures an extended lifespan, offering both cost savings and convenience by minimizing the need for frequent replacements.Environmentally Friendly: This LED light is not only energy-efficient but also eco-friendly, helping reduce your carbon footprint while also cutting down on electricity bills.Versatile Use: Excelling in both residential and commercial environments, this versatile LED light can enhance various settings, ensuring a welcoming and pleasant atmosphere wherever it's used.Introduce your space to the HC Acrich3 8W 120VF CCT 2700K Warm White LED light and experience the perfect blend of advanced technology, energy efficiency, and a warm, welcoming glow.
PACK OF 5000 PIECES
The GHF2125 10NJ-T is a high-frequency inductor in an 0805 package size. It offers an inductance value of 0.01 microhenries (µH) with a 5% tolerance. Designed for surface-mount technology (SMT), this inductor is particularly suitable for high-frequency applications where minimal inductance variation is essential.
Key Features and Benefits:
Inductance (0.01µH): The 0.01 microhenry inductance is ideal for high-frequency circuits, such as RF signal processing, impedance matching, and filtering applications. This specific value helps in maintaining the integrity of high-speed signals.
Tolerance (5%): The 5% tolerance indicates a tight control over the inductance value, ensuring consistent performance in high-frequency applications where precise inductance is crucial.
Package (0805 SMD): The 0805 package is a standard, compact size for surface-mounted components, making it an excellent choice for densely packed PCBs where space optimization is necessary.
High-Frequency Performance: This inductor is optimized for high-frequency applications, providing excellent signal integrity and minimal performance loss.
Model (GHF2125 10NJ-T): This specific model number identifies the inductor's characteristics, ensuring accurate selection for electronic designs that require precise high-frequency components.
In summary, the GHF2125 10NJ-T high-frequency inductor is an effective component for a variety of electronic applications, particularly where tight inductance control and compact size are essential. Its 0.01µH inductance, 5% tolerance, and 0805 SMD package size make it highly suitable for RF and other high-frequency circuits.
PACK OF 3500 PIECES
The STW8B12B-M5N5-BT is a high-power LED encapsulated in a 3020 package, characterized by a forward voltage of 3 volts (3Vf) and a correlated color temperature (CCT) ranging from 5300K to 6000K. This LED is designed for applications requiring bright, cool white light, making it ideal for use in various lighting and display applications.
Key Features and Benefits:
High Brightness: This LED delivers high luminosity, suitable for applications where intense and bright light is required, such as in commercial lighting, task lighting, and display backlighting.
Forward Voltage (3Vf): The forward voltage of 3 volts ensures energy efficiency, making it compatible with low-voltage circuits and easy to integrate into various electronic designs.
Cool White Light (5300K-6000K CCT): The correlated color temperature range of 5300K to 6000K provides a cool, bright white light, ideal for environments that require a daylight-like, vibrant illumination.
Compact 3020 Package: The 3020 package is compact yet robust, offering a good balance between size and power, which is beneficial for designing space-efficient lighting solutions without compromising on brightness.
Wide Application Range: This LED is versatile and can be used in a wide range of applications, including general lighting, automotive lighting, decorative lighting, and electronic signage.
Model (STW8B12B-M5N5-BT): The specific model number, STW8B12B-M5N5-BT, provides easy identification and procurement, ensuring that the right component is chosen for lighting projects and product designs.
In summary, the STW8B12B-M5N5-BT high-power LED, with its 3V forward voltage, cool white light, and compact 3020 package, is a versatile and efficient choice for a variety of applications requiring bright and vibrant illumination. Its combination of high brightness, energy efficiency, and compact size makes it an excellent option for designers and engineers working on advanced lighting solutions.
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The P47EE19 is a ferrite core, a type of magnetic core made of ferrite, which is used in electronic components such as transformers and inductors. Ferrite cores are widely chosen for their magnetic properties, particularly in high-frequency applications.
Material (Ferrite): Ferrite cores are made from a class of ceramic, ferromagnetic material composed of iron oxides combined with nickel, zinc, and/or manganese compounds. They are characterized by their high electrical resistivity and substantial magnetic permeability, which makes them efficient at preventing eddy current losses at high frequencies.
Core Type (P47EE19): The designation 'P47EE19' specifies a particular size and shape of the ferrite core. These specifications are important as they determine the core's inductance, maximum current capacity, and the type of applications it is suitable for.
Applications: Ferrite cores like the P47EE19 are commonly used in transformers, inductors, and other electromagnetic components within electronic devices. They are particularly effective in power supplies, RF applications, and for noise suppression purposes.
Efficiency in High-Frequency Circuits: Due to their high magnetic permeability and low electrical conductivity, ferrite cores are excellent for use in high-frequency applications. They help in reducing electromagnetic interference (EMI) and improving the efficiency of transformers and inductors by minimizing core losses.
Usage: In transformers and inductors, these cores serve to guide and confine magnetic fields, thus enhancing the efficiency of these components. They are particularly useful in switch-mode power supplies, antenna rods, and RF transformers.
The P47EE19 ferrite core is an essential component in the design of electronic circuits where managing high-frequency signals and minimizing EMI are crucial. Its specific material and design properties make it suitable for a variety of applications in both power electronics and signal processing.
PACK OF 50 PIECES
The CTP1010K is a horizontal preset potentiometer, also known as a trimmer or trim pot, with a resistance value of 10K ohms and a size of 10mm. It is designed for fine-tuning and calibration in electronic circuits.
Type (Horizontal Preset Potentiometer): This potentiometer is a preset or trimmer type, which means it is typically used for making fine adjustments or calibrations in electronic circuits, rather than for frequent manual adjustments.
Resistance (10K Ohms): The 10K ohms resistance value is a common specification and makes this potentiometer versatile for various applications, particularly where this level of resistance is needed for effective control of electrical parameters.
Size (10mm): The 10mm size refers to the physical dimension of the potentiometer, making it suitable for applications where a compact size is beneficial.
Orientation (Horizontal): Being a horizontal preset, this potentiometer is designed to be mounted flat on a circuit board, which can be advantageous for certain PCB layouts and design considerations.
Applications: Preset potentiometers like the CTP1010K are used in various electronic applications for fine-tuning and calibration purposes, such as in audio equipment, signal processing circuits, and as adjustable resistors in a range of electronic devices.
Features: Preset potentiometers are known for their compact size, ease of mounting on PCBs, and precision in making small resistance adjustments. They are typically adjusted with a small screwdriver and are not intended for frequent manual adjustments.
The CTP1010K horizontal preset potentiometer, with its 10K ohm resistance and 10mm size, is an efficient and compact component for electronic applications requiring precise and occasional resistance adjustment.
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The 7110-30240SSN074 is an IC (Integrated Circuit) socket with machined pins, designed to accommodate integrated circuits or other electronic components in a 40-pin configuration. It features a standard pitch of 2.54mm, making it suitable for a wide range of IC packages. The machined pin design ensures reliable and precise connections, ideal for applications requiring easy insertion and removal of ICs without soldering directly onto a circuit board.
Number of Pins (40 Pins): This socket has 40 pins, allowing it to interface with a variety of standard 40-pin ICs, providing versatility for different types of electronic circuits.
Pitch Size (2.54mm): The 2.54mm pitch is a common standard in the electronics industry, ensuring compatibility with many IC packages and PCB (Printed Circuit Board) layouts.
Machined Pin Design: The machined pins offer high precision and reliability, ensuring good electrical contact and stable connections for the ICs.
Model (7110-30240SSN074): The model number 7110-30240SSN074 precisely identifies the IC socket's specifications, ensuring proper selection for compatibility with electronic components.
Applications: Commonly used in electronic prototyping, testing, and production environments where flexibility in IC placement and replacement is required. Ideal for use in computing, communication devices, and various other electronic applications.
Features: Known for its high reliability, durability, and ease of IC insertion and removal, the 7110-30240SSN074 IC socket is designed to provide a convenient and efficient solution for mounting ICs in a variety of electronic systems.
In summary, the 7110-30240SSN074 is a machined pin IC socket with 40 pins and a 2.54mm pitch. It is an essential component in electronic systems where reliable, flexible, and non-permanent IC connections are required, offering ease of use and compatibility with a range of IC packages.
PACK OF 2000 PIECES
The NL2520T39NK is an inductor in a 1008 package size, characterized by an inductance value of 3.9 microhenries (µH). This inductor is designed for surface-mount technology (SMT) applications and is well-suited for various electronic circuits where a moderate inductance value is required.
Key Features and Benefits:
Inductance (3.9µH): The 3.9 microhenry inductance is suitable for use in a range of applications, including filtering, energy storage, and noise suppression in electronic circuits. This value is particularly useful in power supply circuits and RF applications.
Package (1008 SMD): The 1008 package is a compact size for surface-mounted inductors, making it a good choice for space-constrained PCB designs. It offers a balance between physical size and inductance capacity, providing versatility in various electronic applications.
Model (NL2520T39NK): This specific model number identifies the inductor's characteristics, ensuring precise selection for electronic designs that require specific inductance values.
In summary, the NL2520T39NK inductor is a reliable and versatile component, ideal for a wide range of applications. Its 3.9µH inductance and 1008 SMD package size make it suitable for use in various electronic circuits, especially in power management and RF systems where a specific inductance value is essential for optimal performance.
PACK OF 2000 PIECES
The NL2520T68NK is an inductor in a 1008 package size, featuring an inductance value of 6.8 microhenries (µH). It's designed for surface-mount technology (SMT) applications and is particularly suitable for various electronic circuits that require a moderately high inductance.
Key Features and Benefits:
Inductance (6.8µH): The inductance value of 6.8 microhenries is ideal for a range of applications, such as energy storage, filtering, and noise suppression in electronic circuits. It is especially effective in power supply circuits and RF applications where a higher inductance is required for efficient operation.
Package (1008 SMD): The 1008 package is a compact size for surface-mounted inductors, offering a balance between small physical size and adequate inductance capacity. This makes it versatile for use in space-constrained PCB designs.
Model (NL2520T68NK): This specific model number, NL2520T68NK, precisely identifies the inductor's characteristics, ensuring accurate selection for electronic designs that need specific inductance values.
In summary, the NL2520T68NK inductor, with its 6.8µH inductance and 1008 SMD package size, is a suitable and effective component for a wide range of electronic applications. Its size and inductance value make it particularly useful in power management systems and RF circuits.
The HGB-0010 is a high-current inductor with an inductance value of 100 microhenries (µH) and a current rating of 20 amperes (A). This inductor is designed for applications that require a significant inductance with a high current carrying capacity. The specifications of the HGB-0010 make it well-suited for power supply and filtering applications, particularly in scenarios where efficient energy storage and high current handling are necessary. Inductance (100µH): The 100µH inductance is ideal for filtering, energy storage, and impedance matching in various electronic circuits, especially in power-related applications. Current Rating (20A): With a high current rating of 20A, this inductor can handle substantial current loads, making it suitable for power supply circuits, DC-DC converters, and other high-current applications. Model (HGB-0010): The model number HGB-0010 accurately identifies the inductor's specifications, ensuring the correct selection for compatibility and optimal performance in its intended application. Applications: Often used in power electronics, including power supplies, DC-DC converters, and high-current filtering applications. It's also suitable for industrial, automotive, and consumer electronic devices where robust power handling is crucial. Features: Known for its high inductance value, significant current handling capacity, and reliability, the HGB-0010 inductor is designed to offer effective performance in demanding electrical environments.In summary, the HGB-0010 inductor, with its 100µH inductance and 20A current rating, is a crucial component for electronic systems that demand efficient energy storage and high-current handling capabilities, particularly in power supply and filtering applications.
The HGL-0047 is an inductor with an inductance value of 47 microhenries (µH) with a tolerance of ±15%, designed to operate effectively at a frequency of 1kHz and with a rated DC current of 1.9 amperes (A). This inductor is suited for applications that require a moderate inductance with precise tolerances, particularly in scenarios where performance at a specific frequency and current handling capability are essential.
Inductance (47µH ±15%): The 47µH inductance, with a tolerance of ±15%, provides the necessary energy storage and filtering capabilities for a range of applications, ensuring flexibility and efficiency in circuit performance.
Frequency (1kHz): Optimized for operation at 1kHz, this inductor is ideal for applications that work within or around this frequency range, ensuring optimal performance in specific electrical environments.
Current Rating (1.9A): With a rated DC current of 1.9 amperes, the HGL-0047 can handle a significant amount of current, making it suitable for various power regulation and signal processing applications.
Model (HGL-0047): The model number HGL-0047 precisely identifies the inductor's specifications, ensuring the correct application and compatibility in its intended use.
Applications: Frequently used in power supplies, signal processing, RF applications, and electronic circuits where specific inductance values at certain frequencies and current handling are critical.
Features: Known for its specific inductance value with a tight tolerance, optimized frequency performance, and substantial current handling capability, the HGL-0047 inductor is designed for reliable and efficient performance in targeted electronic applications.
In summary, the HGL-0047 inductor, with its 47µH inductance at ±15% tolerance, optimized for 1kHz frequency and capable of handling 1.9A of DC current, is an essential component for electronic designs that require precise inductance performance in specific frequency and current conditions.
PACK OF 100 PIECES
The RLB0914-681KL is an inductor with a substantial inductance value of 680 millihenries (mH), a current rating of 1 ampere (A), a resistance of 0.49 ohms (Ω), and a tolerance of 20%. This inductor is designed for use in electronic circuits where a high inductance with moderate current handling and specific resistance is needed. The specifications of the RLB0914-681KL make it well-suited for a range of applications, particularly in scenarios requiring significant inductance, such as in filtering, signal processing, and energy storage applications.
Inductance (680mH): The high inductance of 680 millihenries is ideal for applications that require substantial energy storage, effective filtering, and impedance matching.
Current Rating (1A): With a current rating of 1 ampere, this inductor can handle moderate current loads, making it suitable for various power and signal processing applications.
Resistance (0.49Ω): The resistance of 0.49 ohms plays a role in the inductor's performance, particularly in power loss and efficiency considerations within the circuit.
Tolerance (20%): The 20% tolerance indicates the range of variation in the inductance value, providing flexibility in its application across various electronic designs.
Model (RLB0914-681KL): The model number RLB0914-681KL accurately specifies the inductor's characteristics, ensuring proper selection and integration into electronic circuits.
Applications: Often used in power supplies, RF circuits, and electronic devices requiring high inductance for filtering, energy storage, or impedance matching.
Features: Known for its high inductance value, moderate current rating, and specific resistance, the RLB0914-681KL inductor is designed to offer stable and efficient performance in targeted electronic applications.
In summary, the RLB0914-681KL inductor, with its 680mH inductance, 1A current rating, 0.49Ω resistance, and 20% tolerance, is a key component for electronic systems that require high inductance and efficient performance in specific electrical environments.
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The IQS266EV02 is a development kit or evaluation board designed around the IQS226 capacitive touch controller. This board typically features the IQS226 sensor, integrated into a shield format that can be used for rapid prototyping and development of touch-based interfaces. It also includes an FPC (Flexible Printed Circuit) trackpad as an input device.
Key Features and Benefits:
IQS226 Capacitive Touch Controller: The core component of this shield is the IQS226, a capacitive touch and proximity controller offering high sensitivity and performance for touch-based input.
FPC Trackpad: The inclusion of an FPC trackpad provides a ready-to-use interface for testing and developing touch-based applications, making it easy to demonstrate the capabilities of the IQS226 sensor.
Shield Format: Designed as a shield, this board can be easily integrated with standard development platforms (like Arduino), facilitating rapid prototyping and experimentation without the need for extensive wiring or complex setup.
Application Versatility: The IQS266EV02 is suitable for developing a wide range of touch-based applications, including consumer electronics, home appliances, and industrial controls.
Ease of Use: This board is designed to be user-friendly, catering to both beginners and advanced users, with straightforward integration and minimal configuration required to start experimenting with touch technology.
Model (IQS266EV02): This specific model number identifies the kit, ensuring you are getting the right tool for developing capacitive touch-based applications.
In summary, the IQS266EV02 board, featuring the IQS226 capacitive touch controller and an FPC trackpad, is an excellent tool for developers looking to create or integrate touch interfaces into their projects. Its shield format, ease of use, and application versatility make it a valuable resource for rapid development and prototyping in various fields.
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The IQS572EV02 is an evaluation board or development kit centered around the IQS57x series capacitive touch controllers. It is designed as a shield compatible with popular microcontroller boards like the Arduino Uno and ST Nucleo, facilitating easy integration for developers and hobbyists working on touch interface projects.
Key Features and Benefits:
IQS57x Capacitive Touch Controller: The IQS57x series controllers, known for their high sensitivity and robust performance, are designed for advanced touch-based applications. These controllers offer a range of features like gesture recognition, which are suitable for sophisticated user interface designs.
Shield Format: Being a shield, the IQS572EV02 can be easily mounted onto standard development platforms like Arduino Uno and ST Nucleo. This design simplifies the prototyping process, allowing developers to focus on application development without worrying about hardware compatibility.
Compatibility with Arduino Uno and ST Nucleo: The shield is designed to be compatible with two of the most popular microcontroller platforms, widening its applicability and ease of use for a broad community of developers.
Touch Interface Development: Ideal for creating and testing advanced touch interfaces, this shield can be used in a variety of applications, including consumer electronics, interactive kiosks, and home automation systems.
Ease of Integration: The shield allows for straightforward integration with existing projects, providing a quick and efficient way to add touch functionality.
Model (IQS572EV02): This specific model number helps users identify the kit as the correct tool for developing applications with the IQS57x series touch controllers.
In summary, the IQS572EV02 is a versatile and user-friendly development tool designed for experimenting with and implementing advanced touch interfaces using the IQS57x series controllers. Its compatibility with popular development boards like the Arduino Uno and ST Nucleo makes it an accessible and valuable tool for a wide range of users, from hobbyists to professional developers.
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This evaluation board is designed to showcase and test the functionalities of the IQS620A shield and the IQS624 module. It provides a comprehensive platform for developers and engineers to experiment with these advanced sensor technologies.IQS620A Shield: This component of the evaluation board serves as an interface and protective layer for the IQS620A sensor. It facilitates easy connection to other hardware components or development boards, offering the necessary circuitry for smooth integration and testing.IQS624 Module: Known for its multifunctional sensing capabilities, the IQS624 module may include a combination of capacitive, inductive, Hall-effect, and temperature sensing technologies. This versatility makes it suitable for a diverse range of applications, from interactive devices to industrial control systems.The evaluation board is a vital tool for prototyping sensor-based applications. It allows users to explore the sensors' functionalities in depth, develop custom software, and create systems tailored to specific requirements.Ideal for rapid prototyping and iterative testing, the board is likely accompanied by helpful resources such as software tools, comprehensive documentation, and example code. This makes it an invaluable asset for those looking to harness the potential of the IQS620A and IQS624 sensors in their projects, be it in wearables, interactive technology, or complex control systems.
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The IQS620AEV04CT210 is a comprehensive development platform featuring the IQS620A module. This shield is designed for experimenting with and prototyping applications using the IQS620A, a multifunctional sensor IC. It is bundled with the CT210 configuration tool, facilitating a wide range of sensor-based projects.
Key Features and Benefits:
IQS620A Module: The core of this shield is the IQS620A, a versatile sensor IC capable of supporting various sensing functions, including capacitive touch, proximity, Hall-effect sensing, and temperature measurements. This flexibility makes it suitable for a wide array of applications.
Shield Format: Designed as a shield, the IQS620AEV04CT210 can easily interface with standard microcontroller platforms. This design simplifies the prototyping and development process, allowing for seamless integration into existing projects.
CT210 Configuration Tool: The inclusion of the CT210 configuration tool enhances the development experience, providing an easy way to configure and customize the sensor settings. This tool is essential for fine-tuning the sensor's performance to meet specific application requirements.
Versatile Sensing Capabilities: The IQS620A's ability to handle multiple sensing modalities in one compact package offers developers the flexibility to create innovative and interactive applications.
Ease of Use: This development kit is designed to be accessible for both beginners and experienced developers, with straightforward setup and integration.
Model (IQS620AEV04CT210): This specific model number helps identify the kit, ensuring that users are getting the right tool for developing applications with the IQS620A sensor.
In summary, the IQS620AEV04CT210 is an ideal development kit for those looking to explore the capabilities of the IQS620A sensor in various applications. Its combination of multifunctional sensing, ease of integration, and the included CT210 configuration tool makes it a valuable resource for rapid development and prototyping in fields such as interactive devices, consumer electronics, and IoT applications.
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The IQS621EV02 is a development kit or evaluation board featuring the IQS621 module. This board is designed to showcase and facilitate the use of the IQS621 sensor, a multifunctional sensor IC from Azoteq. The IQS621 sensor is known for its versatility in sensing capabilities, making it suitable for a wide range of applications.
Key Features and Benefits:
IQS621 Module: The IQS621 is a multifunctional sensor that can handle various sensing functions such as capacitive touch, proximity, Hall-effect sensing, and in some cases, environmental sensing like temperature and humidity. This makes it highly versatile for different types of applications.
Shield Format: The board is designed as a shield, allowing easy integration with standard microcontroller platforms. This feature makes it ideal for rapid prototyping and experimentation in various development environments.
Multiple Sensing Capabilities: The diverse sensing functions of the IQS621 make it suitable for creating interactive user interfaces, implementing gesture controls, or enhancing environmental awareness in projects.
Ease of Use: Designed for both beginners and experienced developers, the board facilitates easy setup and integration, allowing users to focus on application development rather than hardware complexities.
Model (IQS621EV02): This specific model number is important for identifying the kit, ensuring compatibility and relevance for projects intending to use the IQS621 sensor.
In summary, the IQS621EV02 is an excellent tool for developers and hobbyists looking to explore and utilize the capabilities of the IQS621 sensor. Its flexibility in handling multiple sensing functions, ease of integration, and user-friendly design make it a valuable asset for a wide range of applications, including interactive devices, IoT projects, and smart systems.
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The IQS621EV04/CT21 is a development kit or evaluation board that includes the IQS621 module and comes with the CT210 configuration tool. This setup is designed for experimenting and developing applications using the IQS621 sensor, a multifunctional sensor IC from Azoteq. The inclusion of the CT210 tool facilitates easy configuration and customization of the sensor's settings.
Key Features and Benefits:
IQS621 Module: The IQS621 is a versatile sensor capable of supporting various sensing functions, including capacitive touch, proximity, Hall-effect sensing, and possibly environmental sensing. Its multifunctional nature makes it suitable for a diverse range of applications.
Shield Format: The board is designed as a shield, allowing it to be easily integrated with standard microcontroller platforms, facilitating rapid prototyping and experimentation.
CT210 Configuration Tool: The CT210 tool is included to provide an easy way to configure and customize the sensor settings. This tool is crucial for optimizing the sensor's performance to meet the specific requirements of various applications.
Versatile Sensing Capabilities: The ability of the IQS621 sensor to handle multiple sensing modalities in one compact package offers developers the flexibility to create innovative and interactive applications.
Ease of Use: Designed for both beginners and experienced developers, the kit is user-friendly, enabling straightforward setup and integration.
Model (IQS621EV04/CT21): This specific model number identifies the kit, ensuring that users are getting the right tool for developing applications with the IQS621 sensor.
In summary, the IQS621EV04/CT21 is an ideal development kit for those looking to explore the capabilities of the IQS621 sensor in various applications. Its combination of multifunctional sensing, ease of integration, and the included CT210 configuration tool makes it a valuable resource for rapid development and prototyping in fields such as interactive devices, consumer electronics, and IoT applications.
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The IQS622EV02 is an evaluation board or development kit that features the IQS622 module. This board is specifically designed to facilitate the use and experimentation of the IQS622 sensor, a versatile sensor IC capable of various sensing functions. The IQS622 is known for its multifunctionality in sensing, making it suitable for a wide range of innovative applications.
Key Features and Benefits:
IQS622 Module: The IQS622 is a multifunctional sensor that can handle different sensing functions such as capacitive touch, proximity, Hall-effect sensing, and environmental sensing. This makes it highly adaptable for diverse types of applications, from user interface design to environmental monitoring.
Shield Format: Designed as a shield, the IQS622EV02 can be easily integrated with standard microcontroller platforms, which is ideal for rapid prototyping and experimentation in various development environments.
Versatile Sensing Capabilities: The diverse sensing functions of the IQS622 make it suitable for creating interactive user interfaces, implementing gesture controls, or for enhancing environmental awareness in projects.
Ease of Use: The board is designed for accessibility, catering to both beginners and experienced developers. It offers straightforward setup and integration, allowing users to focus more on application development.
Model (IQS622EV02): This specific model number is crucial for identifying the kit, ensuring compatibility and relevance for projects planning to use the IQS622 sensor.
In summary, the IQS622EV02 is an excellent development tool for those looking to explore and utilize the capabilities of the IQS622 sensor. Its ability to handle multiple sensing functions, ease of integration, and user-friendly design make it a valuable asset for a wide range of applications, including interactive devices, IoT projects, and smart systems.
COST PER PIECE
The IQS624EV02 is an evaluation board that comes equipped with the IQS624 shield and the IQS624 sensor module. This setup is designed for users to explore and understand the functionalities of the IQS624 sensor, offering a versatile platform for developers, engineers, and hobbyists.IQS624 Shield: This component of the evaluation board acts as an interface layer for the IQS624 sensor. It likely provides the necessary circuitry for easy interfacing with other hardware components or development platforms, facilitating various testing and application scenarios.IQS624 Module: The IQS624 is a multi-functional sensor module known for its capabilities in areas such as capacitive sensing, inductive sensing, and Hall-effect sensing. This module is valuable for applications requiring a combination of these sensing capabilities in a compact form factor.The IQS624EV02 evaluation board is typically used for developing, prototyping, and testing applications based on the IQS624 sensor technology. It offers a hands-on way to experiment with the sensor, understand its functionalities, and develop software and systems around it.This evaluation board is particularly useful for those interested in advanced sensor applications, including but not limited to, interactive user interfaces, industrial controls, and IoT devices. The board likely includes interface software, documentation, and possibly example code to help users get started with their development projects efficiently.
COST PER PIECE
The IQS624EV04 evaluation board is an advanced tool that includes the IQS624 shield, the IQS624 sensor module, and the CT210 interface. This comprehensive setup is designed for in-depth testing and development with the IQS624 sensor, making it a valuable resource for developers, engineers, and technology enthusiasts.IQS624 Shield: This part of the evaluation board provides an interface for the IQS624 sensor. It likely includes the necessary circuitry and connections to facilitate seamless integration with other hardware components or development boards, enhancing the ease of experimentation and application development.IQS624 Module: The IQS624 module is known for its multifunctional sensing capabilities, which may include features like capacitive, inductive, Hall-effect, and temperature sensing. Its versatility makes it suitable for a wide range of applications in various fields, including interactive devices, industrial control, and IoT (Internet of Things).CT210 Interface: The inclusion of the CT210 interface in the evaluation kit provides additional functionality and ease of use. The CT210 is likely a programming and communication interface that simplifies the process of configuring and testing the IQS624 module, making it easier to develop and debug applications.The IQS624EV04 evaluation board is ideal for those who need a comprehensive understanding of the IQS624 sensor's performance and wish to develop sophisticated applications utilizing its features. It's an invaluable tool for rapid prototyping and iterative testing, providing a platform for exploring the sensor's capabilities in real-world scenarios. The kit probably comes with software tools, comprehensive documentation, and example code to assist users in leveraging the full potential of the IQS624 sensor in their projects.
PACK OF 1000 PIECES
The CS01602B100 is a black jumper, a small connector used to close, open, or bypass part of an electronic circuit. Typically used on printed circuit boards (PCBs) with jumper pins, it allows for the configuration of certain settings or the selection of various operating modes in electronic devices.
Color (Black): The jumper is black, which can be used for color-coding in systems where multiple jumpers are used for different configurations.
Model (CS01602B100): The model number CS01602B100 accurately specifies the jumper's characteristics, ensuring compatibility and proper usage in various electronic setups.
Applications: Commonly used in electronics to adjust settings, change operating modes, or configure circuit paths. It's useful in situations where temporary or adjustable connections are needed, like in computer motherboards, peripheral devices, or other electronic equipment.
Features: Known for its simplicity, reliability, and versatility, the CS01602B100 jumper is a practical solution for modifying electronic circuits without the need for permanent changes or soldering.
Ease of Use: Designed for easy installation and removal, this jumper allows for quick adjustments to the configuration of electronic devices.
In summary, the CS01602B100 is a black jumper, essential for adjusting or configuring electronic circuits in a variety of applications. Its design allows for easy and effective modification of circuit connections, providing flexibility and convenience in electronic setups.
COST PER PIECE
The M66 GSM Module on Adaptor Board M66-TE-A Evaluation Kit is an advanced development tool designed to facilitate the testing and development of applications using the M66 GSM module. This kit is specifically tailored for professionals and enthusiasts in the field of wireless communication, particularly those working on projects involving GSM (Global System for Mobile Communications) technology.Key components and features of the M66-TE-A Evaluation Kit include:1. **M66 GSM Module**: The centerpiece of the kit, the M66 GSM module, is a compact and powerful module that supports GSM/GPRS network connectivity. It's known for its low power consumption and small form factor, making it ideal for a wide range of mobile communication applications.2. **Adaptor Board**: The kit includes an adaptor board designed to fit the M66 module. This board provides easy access to the module's functionalities and simplifies the connection to other hardware components or external devices.3. **Multiple Interface Options**: The adaptor board typically features various interfaces such as UART, USB, and GPIO ports. These interfaces allow for versatile connectivity with microcontrollers, computers, and other electronic devices, enhancing the module's applicability in different scenarios.4. **Development and Testing Tools**: The kit often comes equipped with essential software tools and drivers necessary for programming and configuring the M66 module, aiding in rapid development and testing of applications.The M66-TE-A Evaluation Kit is ideal for developers looking to harness the capabilities of the M66 GSM module for applications such as IoT, M2M communication, telematics, and other GSM-based projects. It provides a flexible and efficient platform for developing, prototyping, and testing applications in the realm of wireless communication.
COST PER PIECE
The M95FA-03-STD is a specialized module designed for seamless integration into wireless communication systems. It is part of the M95 series, known for its reliability and efficiency in cellular network connectivity. This module is typically used in a variety of applications, including Internet of Things (IoT), Machine to Machine (M2M) communication, and other mobile data transmission scenarios.Key features of the M95FA-03-STD include:1. **Cellular Network Support:** It usually supports GSM/GPRS network connectivity, providing a reliable data transmission channel over cellular networks.2. **Compact Design:** The module is designed to be compact and efficient, making it suitable for integration into a wide range of devices, especially where space is a constraint.3. **Low Power Consumption:** It is optimized for low power consumption, making it an ideal choice for battery-powered or energy-sensitive applications.4. **Versatile Connectivity Options:** The module often includes multiple interface options, such as UART, USB, and GPIO, facilitating easy integration with a variety of peripherals and systems.5. **Robust Performance:** Designed for stable and reliable operation in diverse environments and conditions.The M95FA-03-STD is often accompanied by development tools and comprehensive documentation, aiding developers in the quick integration and deployment of the module in various applications. Its adaptability to different network environments and efficiency in data transmission makes it a preferred choice for developers working on telematics, security systems, remote monitoring, and other advanced wireless solutions.
COST PER PIECE
The UC15-A-TE-A Evaluation Kit is a comprehensive development platform designed for the UC15 series modules, specifically tailored for advanced wireless communication applications. This kit is an ideal tool for developers and engineers focusing on cellular network-based projects, including Internet of Things (IoT) and Machine to Machine (M2M) communications.At the heart of this kit is the UC15 module, which is known for its support of multiple network standards, including UMTS/HSDPA and GSM/GPRS/EDGE, providing versatile connectivity options. The module's compact design and robust feature set make it suitable for a wide range of wireless communication applications.The evaluation kit typically includes:1. A mainboard featuring the UC15 module, offering a practical demonstration and testing environment for the module's capabilities.2. Various interface options, such as USB, serial ports, and GPIO connections, allowing for easy integration with external devices and systems.3. Necessary software tools and drivers for module programming and configuration.4. Comprehensive documentation, including user manuals and application notes, facilitating a smooth development process.The UC15-A-TE-A Kit is designed to be user-friendly, accommodating both experienced and novice users in the field of cellular module technology. Its versatile interface options and extensive documentation make it an invaluable tool for developing and prototyping a wide array of applications in wireless communications, from simple data transmission to complex IoT ecosystems.
COST PER PIECE
The UC15EVB-KIT is an evaluation kit designed specifically for testing and developing applications using the UC15 series modules. These modules are known for their compact size and powerful features, primarily used in wireless communication systems.This kit typically includes a UC15 module along with all necessary hardware and software tools required for development and testing. The UC15 series modules, being the core of this kit, support UMTS/HSDPA and GSM/GPRS/EDGE networks, making them versatile for various communication applications, including IoT (Internet of Things) and M2M (Machine to Machine) communication.Key features of the UC15EVB-KIT may include a development board with multiple interface options, such as USB, serial ports, and standard GPIO (General Purpose Input/Output) connections. This allows developers to easily connect the kit to a computer for programming and testing, as well as to other devices and sensors for more comprehensive system development.The kit is designed to be user-friendly, catering both to seasoned developers and those new to wireless module development. It often comes with comprehensive documentation, sample code, and development tools that help streamline the process of creating and testing new applications. Overall, the UC15EVB-KIT is an essential tool for developers looking to leverage the capabilities of UC15 modules in their wireless communication projects, providing a flexible and efficient platform for development and prototyping.
COST PER PIECE
Quectel UC20 Mini PCIe is a powerful function UMTS/HSPA+ module featuring a maximum data rate of 14.4Mbps downlink and 5.76Mbps uplink. It is designed to provide customers with global network coverage on the connectivity of HSPA+/WCDMA, and is also fully backward compatible with existing EDGE and GSM/GPRS networks through multi-band combination of quad-band GSM and dual-band WCDMA.
Technical Attributes:
Description
Value
Audio I/O
No
Category
Wireless and GPS Modules Tools
Ethernet
No
GPIO
No
Type
Wireless and GPS Modules Tools
COST PER PIECE
Quectel L70-RCompact GPS Module,ultra Low ConsumptionL70-R, a low cost ROM-based GPS module, brings the high performance of MTK positioning engine to the industrial applications with compact profile, ultra low power consumption and fast positioning capability.Combining advanced AGPS called EASY™ (Embedded Assist System) technology, L70-R achieves the highest performance and fully meets the industrial standard. EASY™ technology ensures L70-R can calculate and predict orbits automatically using the ephemeris data (up to 3 days) stored in internal RAM memory, so L70-R can fix position quickly even at indoor signal levels with low power consumption.With its compact design, high precision and sensitivity, L70-R is perfectly suitable for a broad range of M2M applications such as portable device, automotive, personal tracking, security and industrial PDA.Key benefits- Extremely compact size: 10.1mm × 9.7mm × 2.5mm- Cost efficient for ROM-based version- Ultra low power consumption in tracking mode, 13mA- EASY™, an advanced AGPS technology without external memory- High sensitivity: -165dBm @Tracking, -148dBm @Acquisition- 66 acquisition channels, 22 tracking channels- Support QZSS- Balloon mode, for high altitude up to 80km- PPS VS. NMEA can be used for time service- Great anti-jamming performance due to multi-tone active interference canceller
COST PER PIECE
The L70EVB-KIT is an evaluation kit designed to facilitate the development and testing of applications that utilize the L70 GPS module. The L70 module is a compact, high-performance GPS receiver with a built-in LNA (Low Noise Amplifier) that provides exceptional sensitivity and tracking capabilities.Here are some key features and components typically included with the L70EVB-KIT:1. **L70 GPS Module**: The L70 is a potent GPS module that offers swift satellite signal acquisition and precise positional accuracy. It is designed for easy integration into a wide range of applications, such as navigation, tracking, and timing services.2. **Evaluation Board**: The kit includes an evaluation board that comfortably hosts the L70 module and provides convenient access to the module's communication interfaces, I/O pins, and power supply inputs.3. **High Sensitivity and Accuracy**: The L70 module features advanced technology that ensures high sensitivity for GPS signal reception and accurate location tracking, even in challenging environments.4. **External Antenna Connectivity**: The evaluation board typically allows for an external GPS antenna to be connected, enhancing the signal reception capabilities of the L70 module.5. **Power Supply Options**: The evaluation board can usually be powered by a standard USB connection or an external power supply, providing flexibility for development and testing.The L70EVB-KIT is ideal for prototyping projects that require reliable GPS functionality, such as fleet management systems, asset tracking, personal navigation devices, and location-based services. Its comprehensive set of tools and documentation support a seamless development process from initial concept to final implementation.
Description
Value
Audio I/O
No
Category
Wireless and GPS Modules Tools
Ethernet
No
GPIO
No
Type
Wireless and GPS Modules Tools
PACK OF 50 PIECES
The Liner regulator IC is packaged in TO-204AA, TO-3 case. On the Linear IC itself, there are 3 terminations. Fixed is the output type of the Voltage Regulator IC. As part of this electrical component, 1 regulators are implemented. Variations are made to the Through Hole operating temperature range by the Voltage Regulator IC. Default settings are set to 0°C~125°C degrees. There is a Positive configured as the output function for this IC regulator. There are a total of 2 pins on this board. There are 1 outputs total on this voltage regulator IC in order to ensure that prompt and sufficient performance is achieved. There is a dropout voltage of 10 volts on this IC regulator. Chips have 3 pins. For your information, the basic part number for this regulator IC is L7805. In order to meet the operation requirements, its maximal output current reaches 1.5A. It operates in the 8mA Quiescent Current state. This IC regulator has a tolerance of 5%, which is quite low.L7805CT Features2V dropout voltage5% tolerance
Applications:
Battery-powered deviceCommunication devicePersonal communication devicePortable telephoneElectronic notebookCameraVideo equipmentCPU power supplySwitching regulatorMultiple-power supply system
PACK OF 50 PIECES
Linear regulators are Step-Down regulators only. There are 2 types of regulators, Shunt and series-pass regulators.For IC linear voltage regulators, the regulator type determines the configuration of the pass device as well as the dropout voltage. Standard voltage regulators use an NPN Darlington configuration and have a dropout voltage between 1.5V and 2.2 V. Low dropout (LDO) regulators differ from standard regulators in that the pass device consists of a single PNP transistorLinear regulators provide significant advantages over switching regulators in simplicity, cost, and output noise.The only difference between a 'normal' linear regulator and a LDO one is that, the LDO type can have a lower constant voltage-drop across the series-pass element.The L78xx series of three-terminal positive regulators is available in TO-220, TO-220FP, TO-3, D2PAK and DPAK packages and several fixed output voltages, making it useful in a wide range of applications. These regulators can provide local on-card regulation, eliminating the distribution problems associated with single point regulation. Each type employs internal current limiting, thermal shut-down and safe area protection, making it essentially indestructible. If adequate heat sinking is provided, they can deliver over 1 A output current. Although designed primarily as fixed voltage regulators, these devices can be used with external components to obtain adjustable voltage and currents.The ST Micro L7805ACV is a 5 volt positive linear regulator. It has 1 amperage, a 4% tolerance, commercial temperature, and comes in a TO-220 package.
PACK OF 50 PIECES
The L7809CV is a three-terminal positive regulators is available in TO-220, TO-220FP, TO-3, D²PAK and DPAK packages and several fixed output voltages, making it useful in a wide range of applications. These regulators can provide local on-card regulation, eliminating the distribution problems associated with single point regulation. Each type employs internal current limiting, thermal shut-down and safe area protection, making it essentially indestructible.If adequate heat sinking is provided, they can deliver over 1 A output current. Although designed primarily as fixed voltage regulators, these devices can be used with external components to obtain adjustable voltage and currents.
Features:
Output current up to 1.5 AOutput voltages of 5, 6, 8, 8.5, 9, 12, 15, 18, 24 VThermal overload protectionShort circuit protectionOutput transition SOA protection2 % output voltage tolerance (A version)Guaranteed in extended temperature range (A version)
PACK OF 2000 PIECES
The L78L05ACZTR is of three-terminal positive regulators employ internal current limiting and thermal shutdown, making them essentially indestructible. If adequate heat-sink is provided, they can deliver up to 100 mA output current.They are intended as fixed voltage regulators in a wide range of applications including local or oncard regulation for elimination of noise and distribution problems associated with single-point regulation.
Features:
Output current up to 100 mAOutput voltages of 3.3; 5; 6; 8; 9; 10; 12; 15; 18; 24 VThermal overload protectionShort circuit protectionNo external components are requiredAvailable in either ± 5% (AC) or ± 10% (C) selection
COST PER PIECE
The L80EVB-KIT is an evaluation kit centered around the L80 GPS module, a compact and sophisticated GPS module encapsulated in an ultra-small form factor. This kit is designed for developers, engineers, and hobbyists who are working on GPS-related projects and need a reliable, precise, and easy-to-integrate positioning component.Features and components of the L80EVB-KIT typically include:1. **L80 GPS Module**: The L80 module offers high-sensitivity navigation and is capable of acquiring and tracking any satellite of the GPS constellation. It is designed for advanced navigation applications and is equipped with automatic location and time detection.2. **Development Board**: The kit includes a development board that houses the L80 module and exposes its full range of features. This board often provides standard interfacing options, such as USB and serial ports, for communication with external processors or computers.3. **AssistNow Online/Offline Support**: The L80 module can utilize AssistNow Online or Offline services for a faster GPS fix and improved accuracy.4. **Backup Battery**: A backup battery may be included to preserve system data for rapid satellite acquisition.5. **Antenna Options**: The kit usually comes with an external GPS antenna to enhance signal reception and ensure optimal performance in different environments.The L80EVB-KIT is an excellent resource for developing GPS-enabled applications, such as asset tracking, in-vehicle navigation systems, mobile applications, and timing synchronization for various industries. Its ease of use and integration into other systems make it a convenient and powerful tool for both rapid prototyping and production-ready developments.
Description
Value
Audio I/O
No
Category
Wireless and GPS Modules Tools
Ethernet
No
GPIO
No
Type
Wireless and GPS Modules Tools
COST PER PIECE
The SW1601B-A is a monochromatic LCD display module designed for use in a wide array of electronic devices that require a simple, clear method of displaying text and numbers. It typically features a 16x1 format, meaning it can display one line of 16 characters, using a simple parallel interface for communication with microcontrollers and other devices.
Key features of the SW1601B-A may include:
Display: A 16-character by 1-line LCD, suitable for displaying a variety of alphanumeric characters.
Backlight: An LED backlight that enhances visibility in various lighting conditions, potentially available in different colors.
Interface: Generally, these modules offer a parallel interface for easy integration into a range of electronic systems.
Power Efficiency: LCD technology is well-known for its low power consumption, making it ideal for battery-operated applications.
Versatile Use: These modules are commonly used in devices like home appliances, office equipment, medical devices, and industrial control systems where a simple user interface is necessary.
Customizability: The module may allow for custom character creation, enabling the display of unique symbols and fonts.
Without the exact specifications or a datasheet, this description remains quite generic. For accurate product details, it would be best to consult the manufacturer's datasheet or product specification guide for the SW1601B-A module.
COST PER PIECE
The YM1602C-YELLOW is a 16x2 character LCD display module that features a yellow-green LED backlight, providing clear and bright display visibility. This module is capable of displaying 16 characters per line across 2 lines, offering a simple and effective way to present textual information in various electronic devices.Here are some details that could be highlighted in the description of the YM1602C-YELLOW for a webpage:1. **Display Type**: The YM1602C-YELLOW utilizes a liquid crystal display technology that ensures low power consumption while providing a crisp and clear display.2. **Character Format**: The display can show 16 characters on each of its 2 lines, with a variety of alphanumeric characters and symbol support.3. **Backlight**: It features a yellow-green LED backlight which ensures that the text is readable even in low light conditions.4. **Interface**: The module typically offers an easy-to-use parallel interface for communication with microcontrollers and other host devices.5. **Font Color**: The characters are displayed in a contrasting color to the yellow background, ensuring readability.6. **Versatility**: The YM1602C-YELLOW is suitable for a wide range of applications, from industrial controls to consumer electronics, where reliable text display is necessary.7. **Ease of Integration**: With a standard 16-pin interface, the module is easy to integrate into existing systems without requiring extensive redesign.The YM1602C-YELLOW LCD module is a popular choice among developers due to its straightforward integration, clear display, and efficient power usage, making it an ideal choice for both hobbyist projects and commercial products.
Part Number
YM1602C
Outline Dimension
80.0x36.0x12.5
View Angle
6 o’clock
View Area(W×H)
64.5x15.8
Dot Size(W×H)
0.50x0.55
Operating Temp.
-20~70℃
Storage Temp.
-30~80℃
Dot Pitch(W×H)
0.55x060
Char Size(W×H)
2.96x5.56
Controller
SPLC780,SPLC100
Operating voltage
5V
Package
COB
Backlight
LED
PACK OF 4500 PIECES
The STW9C2SB K24 HMC is a high-performance LED in a 3030 package, offering a warm white light at a color temperature of 2700K. It is distinguished by its high Color Rendering Index (CRI) of 90, falling within the EZ 58-Z60 range. This LED is designed for applications where both warmth in lighting and color accuracy are crucial.
Key Features and Benefits:
Warm White Light (2700K): The 2700K color temperature provides a warm, inviting light, reminiscent of traditional incandescent bulbs. This warm hue is ideal for creating cozy and comfortable atmospheres in residential, hospitality, or retail environments.
High Color Rendering Index (CRI90): With a CRI of 90, this LED ensures that colors are rendered accurately and vibrantly. This high level of color fidelity is essential in settings such as art galleries, retail displays, and any area where true color representation is important.
3030 LED Package: The 3030 package offers a compact footprint while delivering excellent light output and efficient heat management. This balance makes it suitable for a variety of lighting applications, including but not limited to downlights, spotlights, and accent lighting.
Energy Efficiency: This LED is energy-efficient, providing high brightness with lower power consumption, leading to energy savings and a reduced environmental footprint.
EZ 58-Z60 Range: Falling within the EZ 58-Z60 range indicates a specific classification of color quality and consistency, ensuring uniformity and consistency in lighting applications.
Versatile Use: Given its warm white light, high CRI, and energy efficiency, the STW9C2SB K24 HMC is versatile for a range of lighting applications, from ambient and task lighting in homes and offices to commercial and decorative lighting.
Model (STW9C2SB K24 HMC): This specific model number provides accurate identification, ensuring the correct component selection for lighting projects and product designs.
In summary, the STW9C2SB K24 HMC LED, with its warm white 2700K output, high CRI90, and 3030 package, is an excellent choice for a variety of lighting applications where high color accuracy and a warm, inviting atmosphere are desired. Its efficiency and versatility make it a top choice for both commercial and residential lighting projects.
PACK OF 4500 PIECES
The STW9C2SB K24 AMC is a high-quality LED in a 3030 package, emitting a warm white light with a color temperature of 2700K. Notably, it features a high Color Rendering Index (CRI) of 90, making it an excellent choice for applications where color accuracy and warmth are paramount.
Key Features and Benefits:
Warm White Color Temperature (2700K): The 2700K color temperature provides a cozy, warm white light, similar to the hue of traditional incandescent bulbs. This makes it ideal for environments where a comfortable and inviting atmosphere is desired, such as in residential, hospitality, or retail settings.
High Color Rendering Index (CRI90): With a CRI of 90, this LED offers superior color rendering, ensuring that colors are accurately and vividly displayed. This is particularly important in applications where color fidelity is crucial, such as in art galleries, photography, and retail stores.
3030 LED Package: The 3030 package is a compact and efficient LED form factor that provides a balance between size, light output, and heat management. This makes it suitable for a wide range of lighting applications, including downlights, spotlights, and decorative lighting.
Energy Efficiency: LEDs are known for their energy efficiency, and this model is no exception. It provides high luminosity while consuming less power, contributing to energy savings and reduced environmental impact.
Versatile Applications: Given its warm white output and high CRI, the STW9C2SB K24 AMC is versatile for use in a range of applications, from home and office lighting to commercial and decorative uses.
Model (STW9C2SB K24 AMC): This specific model number ensures accurate identification and procurement, facilitating the correct component selection for lighting projects and product designs.
In summary, the STW9C2SB K24 AMC LED, with its warm white 2700K output, high CRI of 90, and efficient 3030 packaging, is an outstanding choice for applications that require high-quality, warm, and accurate lighting. Its versatility and energy efficiency make it suitable for a wide array of lighting applications, especially where color quality is key.
PACK OF 3500 PIECES
The STW8Q14C W5C32Z1 is a high-quality LED housed in a 5036 package, characterized by a Correlated Color Temperature (CCT) of 5000K. This LED is designed for applications that require bright, neutral white light, making it an excellent choice for a variety of lighting and display purposes.
Key Features and Benefits:
Neutral White Light (5000K CCT): The 5000K color temperature provides a clear, neutral white light, which is ideal for environments that need bright and true-to-nature illumination, such as office spaces, retail areas, and outdoor lighting.
5036 LED Package: This package size is known for its high luminosity and efficiency. It is larger than many standard LED packages, allowing for better heat dissipation and improved light output, crucial for applications requiring high brightness.
Energy Efficiency: As with most LEDs, this model offers significant luminosity while consuming less power, contributing to energy savings and a reduced environmental impact.
Broad Application Range: Due to its neutral white light output and high brightness, the STW8Q14C W5C32Z1 is versatile for use in various applications, including general lighting, commercial lighting, automotive lighting, and backlighting for displays.
Model (STW8Q14C W5C32Z1): The specific model number provides easy identification and procurement, ensuring that the correct LED is chosen for lighting projects and product designs.
In summary, the STW8Q14C W5C32Z1 LED, with its neutral white 5000K output and 5036 package, is a highly efficient and versatile choice for a variety of lighting applications. Its combination of bright light, energy efficiency, and robust packaging makes it an excellent option for designers and engineers working on advanced lighting solutions.
PACK OF 3500 PIECES
The STW8Q14CX5-A23-Z is a high-quality LED encapsulated in a 5630 package, emitting cool white light with a correlated color temperature (CCT) of 6500K. This LED is ideal for applications requiring bright, cool white light, making it suitable for a wide range of lighting and display purposes.
Key Features and Benefits:
Cool White Light (6500K CCT): The 6500K color temperature provides a crisp, cool white light, similar to daylight. This light quality is particularly beneficial in settings requiring high visibility and clarity, such as in task lighting, office environments, and retail spaces.
5630 LED Package: The 5630 package is known for its high brightness and efficiency. It is larger than many standard LED packages, allowing for better heat dissipation and improved light output, which is crucial for applications requiring high luminosity.
Energy Efficiency: LEDs are renowned for their energy efficiency, and this model is no exception. It offers significant luminosity while consuming less power, contributing to energy savings and a reduced environmental impact.
Wide Range of Applications: Given its cool white light output and high brightness, the STW8Q14CX5-A23-Z is versatile for use in various applications, including general lighting, commercial lighting, automotive lighting, and backlighting for displays.
Model (STW8Q14CX5-A23-Z): The specific model number provides easy identification and procurement, ensuring that the correct LED is chosen for lighting projects and product designs.
In summary, the STW8Q14CX5-A23-Z LED, with its cool white 6500K output and 5630 package, is a highly efficient and versatile choice for a variety of lighting applications. Its combination of bright light, energy efficiency, and robust packaging makes it an excellent option for designers and engineers working on advanced lighting solutions.
PACK OF 3500 PIECES
The STW8Q14C-W5/X5-G is an SMD (Surface-Mount Device) LED in the 5630 package, characterized by a forward voltage range of Z1/Z3 (3-3.2V) and a correlated color temperature (CCT) of 3000K. This LED emits a warm white light, ideal for creating a cozy and inviting atmosphere in various applications.
Key Features and Benefits:
Warm White Light (3000K CCT): The 3000K color temperature provides a warm, inviting glow, reminiscent of traditional incandescent lighting. This warmth is particularly suitable for residential, hospitality, and retail environments where a cozy ambiance is desired.
5630 LED Package: Known for its high brightness and efficiency, the 5630 package is larger than many standard LED packages, offering improved heat dissipation and light output. This makes it ideal for applications requiring significant luminosity.
Voltage Range (Z1/Z3, 3-3.2V): The LED operates within a forward voltage range of 3 to 3.2 volts, providing flexibility and compatibility with a variety of power supplies and electronic circuits.
Energy Efficiency: In line with LED technology, this model offers significant brightness while consuming less power, leading to energy savings and a lower environmental impact.
Surface-Mount Design: As an SMD LED, the STW8Q14C-W5/X5-G is designed for easy mounting on circuit boards, making it suitable for a wide range of electronic applications, including lighting solutions and electronic displays.
Model (STW8Q14C-W5/X5-G): The specific model number ensures easy identification and procurement, facilitating accurate component selection for lighting projects and electronic product designs.
In summary, the STW8Q14C-W5/X5-G LED, with its warm white 3000K output, 5630 package, and a voltage range of 3-3.2V, is a versatile and efficient choice for a variety of applications that require high-quality, warm, and inviting illumination. Its energy efficiency and surface-mount design make it particularly suitable for both commercial and residential lighting solutions.
COST PER PIECE
The LD1007-24-C0350 is a high-efficiency LED driver designed to provide a constant current of 350 milliamperes (mA) at a voltage of 24 volts. With a power output of 8.4 watts and a tolerance of 5%, this driver is ideal for powering LEDs in various lighting applications where stable current and voltage are essential for optimal LED performance.
Key Features and Benefits:
Constant Current Output (350 mA): The driver ensures a stable current of 350 mA, which is crucial for the consistent operation of LEDs, helping to maximize their lifespan and efficiency.
Voltage Rating (24V): The 24-volt output is suitable for a range of LED lighting setups, making this driver versatile for both residential and commercial applications.
Power Output (8.4W): With an 8.4-watt power output, this driver is capable of powering multiple LEDs or high-power LED units, providing sufficient brightness for various lighting needs.
5% Tolerance: The 5% tolerance indicates a reliable and steady performance, ensuring the LEDs receive a consistent power supply.
Versatile Applications: Ideal for LED lighting applications such as architectural lighting, commercial display lighting, and task lighting. It's also suitable for DIY LED projects and custom lighting solutions.
Model (LD1007-24-C0350): The specific model number allows for easy identification and procurement, ensuring compatibility with LED lighting systems and simplifying the installation process.
In summary, the LD1007-24-C0350 LED driver, with its constant current output, appropriate voltage rating, and significant power output, is a reliable and versatile solution for a wide range of LED lighting applications. Its stability and efficiency make it an excellent choice for ensuring optimal performance of LED lighting systems.
PACK OF 15 PIECES
The SMJD-1508005I-ZR is an LED module that offers a warm white light with a color temperature of 3000K and a Color Rendering Index (CRI) of 80. This module is designed for applications that require high-quality, warm lighting with good color accuracy, such as in residential, hospitality, or retail settings.
Key Features and Benefits:
Warm White Color Temperature (3000K): The 3000K color temperature provides a warm, inviting glow, creating a cozy atmosphere suitable for living spaces, restaurants, and other areas where a comfortable ambiance is desired.
High CRI (80): With a CRI of 80, this LED module offers good color rendering, making it suitable for applications where accurate color representation is important, enhancing the appearance of objects and spaces.
Energy Efficiency: LEDs are known for their energy efficiency, and this module is no exception. It provides significant luminosity while consuming less power, contributing to energy savings and reduced environmental impact.
Versatile Applications: Ideal for use in a variety of settings, including interior lighting, decorative lighting, and architectural applications where warm white light is preferred.
Durable and Reliable: Designed for longevity and consistent performance, this LED module is built to last, ensuring reliable illumination over time.
Model (SMJD-1508005I-ZR): The specific model number allows for easy identification and procurement, ensuring that the right component is chosen for lighting projects and product designs.
In summary, the SMJD-1508005I-ZR LED module, with its warm white 3000K output, high CRI of 80, and energy efficiency, is an excellent choice for a variety of applications requiring high-quality, warm, and accurate lighting. Its versatility and durability make it well-suited for both residential and commercial lighting projects.
COST PER SMD PIECE
The SECOLA1 is an LED strip light featuring SMD 2835 LEDs, characterized by a color temperature of 6500K (daylight white) and powered by 24VDC. This 15W LED strip is designed for diverse lighting applications, providing bright and efficient illumination with a daylight-like quality.
Key Features and Benefits:
LED Type (SMD 2835): SMD 2835 LEDs are recognized for their efficiency and brightness, offering high performance with moderate power consumption. These LEDs are a popular choice for both residential and commercial lighting.
Color Temperature (CCT 6500K): A color temperature of 6500K corresponds to daylight white light, which is clear and bright. This color temperature is excellent for areas requiring task lighting, workspaces, or any setting where a natural, daylight-like illumination is preferred.
Voltage (DC 24V): The strip operates on a 24VDC system, which is common for LED strips and ensures safety in low voltage applications. A compatible 24V power supply is required to operate this strip.
Power Consumption (15W): With a power rating of 15 watts, this LED strip balances energy efficiency with luminous output, making it an effective choice for various lighting needs.
Flexibility: The LED strip's flexible design allows for installation in various settings, including curved surfaces and corners, providing versatility in lighting design.
Easy Installation: Typically, LED strips like the SECOLA1 come with an adhesive backing, facilitating easy and quick mounting on most surfaces. They can also be cut at designated intervals to fit specific installation requirements.
Energy Efficiency: LEDs are well-known for their low energy usage, making this LED strip an economical and environmentally friendly option for both short-term and long-term use.
Model (SECOLA1): This specific model number is essential for identifying the exact product specifications, ensuring that you get the correct product for your lighting needs.
In summary, the SECOLA1 LED strip with SMD 2835 LEDs, 6500K color temperature, and 24VDC power supply is a highly suitable choice for a variety of lighting applications. It's especially useful in settings where bright, daylight-like illumination is desired, combining efficiency, ease of installation, and versatile application possibilities.
COST PER SMD PIECE
The SE60LA1 is an LED strip light featuring SMD 2835 LEDs with a color temperature of 7000K (Cool White) and powered by 12VDC. This LED strip is designed for various lighting applications requiring bright and efficient illumination with a cooler, bluish-white light.
Key Features and Benefits:
LED Type (SMD 2835): The SMD 2835 LEDs used in this strip are known for their high efficiency and brightness. They provide a good balance of performance and power consumption and are widely used in commercial and residential lighting applications.
Color Temperature (CCT 7000K): The color temperature of 7000K indicates a cool white light, often perceived as a bluish-white. It's ideal for creating a bright, vibrant ambiance and is often used in areas requiring task lighting or where a high level of clarity and visibility is needed.
Voltage (12VDC): The strip operates on 12VDC, making it safe for low voltage applications and easier to install with minimal risk of electrical hazards. A 12V power supply is required to operate this strip.
Flexibility: The flexible design of the strip allows for installation in various locations, including curved surfaces, corners, and other areas where traditional lighting is impractical.
Easy Installation: LED strips like the SE60LA1 typically come with an adhesive backing for simple and quick mounting on most surfaces. They can also be cut at designated points along the strip to fit specific lengths as needed.
Energy Efficiency: LED technology is known for its low energy consumption, making this strip an economical choice for both short-term and long-term use.
Model (SE60LA1): This specific model number helps in identifying the exact specifications and ensuring compatibility with your lighting project requirements.
In summary, the SE60LA1 LED strip with SMD 2835 LEDs and a color temperature of 7000K is suitable for applications where bright, cool white light is desired. Its flexibility, ease of installation, and energy efficiency make it a versatile choice for a variety of lighting projects.
COST PER SMD PIECE
The SEC0LC1 is an LED strip light featuring SMD 2835 LEDs, operating on a 24VDC power supply with a power consumption of 15 watts. It emits light at a color temperature of 4000K, which is a neutral white, often described as a "cool white" that's neither too warm nor too blue. This type of LED strip is ideal for a variety of lighting applications where neutral, comfortable illumination is desired.
Key Features and Benefits:
LED Type (SMD 2835): The SMD 2835 LEDs are known for their good efficiency and brightness, making them a popular choice for both residential and commercial lighting applications.
Color Temperature (CCT 4000K): The 4000K color temperature provides a neutral or cool white light, suitable for environments where a balanced and clear illumination is required. This color temperature is often used in kitchens, bathrooms, workspaces, and retail environments.
Voltage (DC 24V): The LED strip operates on a 24VDC system, which is standard for many LED strips. This voltage level is considered safe for low voltage applications and typically results in less voltage drop over long runs compared to 12V systems. A 24V power supply is needed to operate the strip.
Power Consumption (15W): The 15W power rating ensures efficient energy usage while providing sufficient brightness for various lighting needs.
Flexibility: Like many LED strips, the SEC0LC1 is flexible, allowing for installation in different locations, including curved surfaces, corners, and other challenging areas.
Easy Installation: These LED strips usually come with an adhesive backing, making them easy to install on most surfaces. They can also be cut at designated points to fit specific lengths as needed.
Energy Efficiency: LED technology is known for its low power consumption, making this strip an energy-efficient choice for both short-term and long-term use.
Model (SEC0LC1): This specific model number helps in identifying the product specifications, ensuring you get the right product for your project.
In summary, the SEC0LC1 LED strip with SMD 2835 LEDs and a color temperature of 4000K is a versatile lighting solution, suitable for a range of applications where neutral, comfortable lighting is desired. Its efficiency, ease of installation, and energy-saving characteristics make it a valuable choice for diverse lighting projects.
