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Electronic Components BOM List Matching Service LC898123XD-VH Ic Chip Module Transistors 60v Integrated Circuits ORIGINAL CMOS -

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • BOM List Matching Service: Ensures precise identification and compatibility verification for integrated circuits (ICs), transistors (e.g., 60V models), and semiconductor devices like CMOS modules.
  • Component Sourcing Solutions: Provides access to original CMOS IC chip modules and high-performance transistors (e.g., TO-220 and SMD packages) for diverse electronic applications.

Key features

  • 1. Silicon-Based Semiconductor Material

  • With silicon-based semiconductor material, ensure efficient power handling and voltage management in high-current applications*.

  • 2. Surface-Mount Design (SMD)

  • With compact SMD packaging, simplify assembly and reduce device size compared to traditional through-hole components*, enabling sleeker electronics.

  • 3. 60V Voltage Rating

  • With a 60V voltage tolerance, handle high-power applications more reliably than lower-rated transistors*, supporting robust performance in industrial systems.

  • 4. Dual-Use Scenario Adaptability

  • With versatility in both low-power (SMD transistors) and high-power (TO-220 packages) applications, adapt seamlessly to consumer and commercial electronics*.

  • 5. CMOS Technology Certification

  • With Original CMOS certification, achieve low power consumption and high noise immunity compared to non-CMOS alternatives*, ensuring stable signal processing in digital circuits.

Product details

Electronic Components BOM List Matching Service LC898123XD-VH Ic Chip Module Transistors 60v Integrated Circuits ORIGINAL CMOS -

The LC898123XD-VH Ic Chip Module integrates high-performance CMOS technology with robust transistor capabilities, designed for precision in electronic systems. This component package includes integrated circuits (ICs), transistors (up to 60V), and semiconductor devices optimized for power amplification, signal processing, and digital logic applications.

Technical specifications

FeatureSpecificationBenefit
Semiconductor MaterialSiliconEnsures efficient electrical conductivity and thermal stability
Package TypeTO-220, SMD (surface-mount)TO-220 for high-power applications; SMD for compact PCB integration
Voltage Rating60V (max)Supports high-power switching and amplification tasks
TechnologyCMOS (Complementary Metal-Oxide-Semiconductor)Low power consumption and high noise immunity
Output TypeTransistor-basedEnables precise signal amplification and switching

Customization guide

Adjustable parameters include package size (e.g., TO-220 for power applications vs. SMD for miniaturized designs), voltage tolerance (customizable up to 60V), and pin configuration to align with specific PCB layouts. Ideal for tailoring to robotics, automotive systems, or industrial control panels.

Get inspired

With the LC898123XD-VH module, engineers can build energy-efficient circuits for IoT devices, power inverters, or high-speed communication systems. Its CMOS architecture ensures reliability even in harsh environments.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Power Handling50V60V70V
Operating Frequency100MHz120MHz (+20%)150MHz (+50%)
Thermal Dissipation1.5W2.0W (+33%)3.0W (+100%)
CMOS EfficiencyStandardLow-power modeUltra-low power

Supplier's note

  1. Three Technical Breakthroughs:

    • CMOS Technology: Reduces power leakage by 40% compared to legacy designs.
    • 60V Transistor Output: Enables safe operation in high-voltage industrial systems.
    • SMD Packaging: Cuts assembly time by 25% while improving PCB density.
  2. Optimal Version Selection:

    • Base Model: Ideal for standard electronics (e.g., consumer devices) where cost-efficiency is prioritized.
    • Advanced Model: Best for mid-tier applications like HVAC systems or automotive sensors, leveraging its 60V rating and 20% faster signal processing.
    • Pro Model: Designed for extreme environments (e.g., aerospace, heavy machinery) with tripled thermal tolerance and 50% higher frequency handling.

With the Pro version’s 70V capability, you can safely manage high-power inverters, while its ultra-low power CMOS ensures long battery life in portable systems. Pair this with SMD packaging to minimize space constraints in drone electronics.

Frequently asked questions

  • Which model of LC898123XD-VH IC suits high-power applications like industrial systems?

  • How do I clean and maintain SMD components in the BOM list?

  • Should I choose silicon-based ICs like the LC898123XD-VH over gallium arsenide for signal processing?

  • Can I customize the pin configuration for LC898123XD-VH transistors in my PCB design?

  • Is the CMOS module LC898123XD-VH compliant with EIA/JEDEC standards?

  • What applications are best suited for the 60V transistors in this BOM list?

  • Why choose SMD components over through-hole for compact device designs?

  • How does the TO-220 package enhance thermal performance in high-heat environments?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Voltage HandlingIndustrial power systems, automotiveIndustry: 30V (IEC 60747-16)
Our Base: 50V (▲)
Our Advanced: 60V (▲)
Handles high-voltage surges in harsh environmentsRequires robust cooling systems for advanced versions
Power DissipationMotor control, high-power electronicsIndustry: 1W (ISO 17025)
Our Base: 2W (▲)
Our Advanced: 3W (▲)
Efficiently manages thermal load in demanding applicationsLarger physical footprint for advanced versions
Operating TemperatureAerospace, oil rigsIndustry: -20°C to 70°C (MIL-STD-810)
Our Base: -30°C to 85°C (▲)
Our Advanced: -40°C to 105°C (▲)
Reliable performance in extreme environmentsHigher cost for thermal management solutions
Package TypeCompact devices (IoT, mobile)Industry: Through-hole (IPC-7351)
Our Base: SMD (▲)
Our Advanced: QFN (▲)
Reduces board space and simplifies assemblyRequires precision soldering for SMD/QFN packages
Integration LevelComplex systems (medical, telecom)Industry: Discrete components (JEDEC)
Our Base: Basic IC modules (▲)
Our Advanced: Fully integrated (▲)
Simplifies design and reduces component countLess flexibility for custom configurations
Customization OptionsSpecialized applications (defense, R&D)Industry: Standard interfaces only
Our Base: Pin adjustments (▲)
Our Advanced: Full material/pin customization (▲)
Tailored to unique requirements (e.g., aerospace)Longer lead times and higher costs for advanced customization

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