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HMC245QS16E

Manufacturer Part Number:
HMC245QS16E
Manufacturer / Brand
Analog Devices Inc.
Part of Description:
IC RF SWITCH SP3T 3.5GHZ 16QSOP
Datasheets:
HMC245QS16E(1).pdfHMC245QS16E(2).pdf
Lead Free Status / RoHS Status:
RoHS Compliant
Stock Condition:
New original, 46099 pcs Stock Available.
ECAD Model:
Ship From:
Hong Kong
Shipment Way:
DHL/Fedex/TNT/UPS

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Part Number HMC245QS16E
Manufacturer / Brand Analog Devices Inc.
Stock Quantity 46099 pcs Stock
Category RF and Wireless > RF Switches
Description IC RF SWITCH SP3T 3.5GHZ 16QSOP
Lead Free Status / RoHS Status: RoHS Compliant
RFQ HMC245QS16E Datasheets HMC245QS16E Details PDF
HMC245QS16E Details PDF for FR.pdf
HMC245QS16E Details PDF for KR.pdf
HMC245QS16E Details PDF for IT.pdf
HMC245QS16E Details PDF for ES.pdf
HMC245QS16E Details PDF for DE.pdf
Voltage - Supply 5V
Topology Absorptive
Test Frequency 3.5GHz
Supplier Device Package 16-QSOP
Series -
RF Type General Purpose
Package / Case 16-SSOP (0.154", 3.90mm Width)
Package Strip
P1dB 25dBm
Operating Temperature -40°C ~ 85°C
Mounting Type Surface Mount
Isolation 30dB
Insertion Loss 0.7dB
Impedance 50Ohm
IIP3 44dBm
Frequency Range 0Hz ~ 3.5GHz
Features -
Circuit SP3T
Base Product Number HMC245

Packaging & ESD

Industry-standard static shielding packaging is used for electronic components.Anti-static, light-transparent materials allow easy identification of ICs and PCB assemblies.
The packaging structure provides electrostatic protection based on Faraday cage principles.This helps protect sensitive components from static discharge during handling and transportation.


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HMC245QS16E Product Details:

The HMC245QS16E is a high-performance RF switch manufactured by Analog Devices, Inc. (ADI) that belongs to the RF and Wireless category, specifically designed as an RF switching solution. This single-pole, three-throw (SP3T) switch operates across a broad frequency range from DC to 3.5GHz, making it suitable for general-purpose RF applications requiring reliable signal routing capabilities.

This surface-mount device addresses critical design challenges in RF systems by providing exceptional signal integrity through its absorptive topology, which minimizes reflections and maintains consistent impedance matching at 50 ohms. The switch delivers outstanding electrical performance with an insertion loss of just 0.7dB and impressive isolation of 30dB between ports, ensuring minimal signal degradation and excellent channel separation. Operating from a single 5V supply, it offers a robust P1dB compression point of 25dBm and an exceptional third-order intercept point (IIP3) of 44dBm, enabling it to handle high-power signals while maintaining linearity across its operating range.

The device comes in a compact 16-QSOP package measuring 0.154 inches (3.90mm) in width, optimized for space-constrained applications while maintaining excellent thermal performance across an operating temperature range of -40°C to 85°C. This temperature specification makes it suitable for both commercial and industrial applications where environmental reliability is crucial.

Primary advantages include its wide frequency coverage, low insertion loss, high isolation, excellent power handling capabilities, and single-supply operation that simplifies system design and reduces power consumption. The absorptive topology provides superior performance compared to reflective switches by terminating unused ports, reducing VSWR variations and improving overall system stability.

The HMC245QS16E finds extensive application in wireless communication systems, test and measurement equipment, radar systems, satellite communications, base station infrastructure, military and aerospace systems, and general RF signal routing applications. Its versatility makes it particularly valuable in frequency agile systems, antenna switching networks, and multi-band communication platforms.

Regarding equivalent models and alternatives, the RF switch market offers several comparable solutions. Direct alternatives include the Skyworks SKY13373 series and Peregrine Semiconductor (now pSemi) PE4259, both offering similar SP3T functionality with comparable frequency ranges. Qorvo (formerly TriQuint) provides the TGS4302 series, while Infineon offers the BGS14GA14 for similar applications. For applications requiring different port configurations, the HMC241 (SPDT) and HMC247 (SP4T) from the same ADI family provide related functionality. Other manufacturers like MACOM, Mini-Circuits, and NXP offer competing products such as the MACOM MASW-011027, Mini-Circuits ZSWA-2-50DR+, and NXP BGS12WN6 series, though specific performance parameters and package options may vary. When selecting alternatives, designers should carefully compare insertion loss, isolation, power handling, frequency response, and package compatibility to ensure optimal system performance.

HMC245QS16E Key Technical Attributes

Manufacturer Part Number: HMC245QS16E

Manufacturer: Analog Devices, Inc.

Package: 16-QSOP (QSOP, SSOP, Surface Mount)

HMC245QS16E Packing Size

The HMC245QS16E comes in a compact 16-lead QSOP surface-mount package, which is also compatible with 16-SSOP (0.154", 3.90mm width) outlines. This packaging type is ideal for dense PCB layouts found in modern RF and wireless designs, ensuring both optimal space usage and straightforward automated assembly. The device is shipped in strip form, further streamlining manufacturing automation and handling. The QSOP and SSOP packages provide good thermal management characteristics for standard RF switch power levels, and their industry-standard pin configuration supports smooth integration with other surface-mount components on PCBs.

HMC245QS16E Application

The HMC245QS16E is a highly versatile SP3T (Single-Pole, Triple Throw) absorptive RF switch designed for general-purpose RF and wireless applications. It is suitable for use in signal routing, signal path selection, and channel switching in various communication systems, instrumentation, and automatic test equipment. Its robust frequency range from DC (0 Hz) up to 3.5 GHz makes it an excellent choice for broadband applications and multi-band systems in both commercial and industrial sectors.

HMC245QS16E Features

This high-performance RF switch supports operation across a wide frequency range from DC to 3.5 GHz, ensuring comprehensive compatibility with a multitude of RF standards and protocols. It boasts a low insertion loss of just 0.7 dB at its maximum frequency, minimizing signal attenuation and preserving signal integrity throughout the design. The device offers 30 dB of isolation, which is crucial for maintaining proper separation between active and non-selected RF paths, thereby reducing crosstalk and interference in complex signal environments. Its high P1dB (power at 1 dB compression) of 25 dBm and high IIP3 (third-order intercept point) of 44 dBm guarantee superior linearity and large signal handling capability—key for applications requiring high signal fidelity and minimal distortion. The absorptive (non-reflective) topology further enhances performance by terminating unused ports, thus preventing unwanted reflections and improving overall system reliability.

HMC245QS16E Quality and Safety Features

Manufactured and thoroughly tested by Analog Devices, Inc., the HMC245QS16E adheres to rigorous industry quality standards. It operates reliably across the extended industrial temperature range of -40°C to 85°C, ensuring consistent performance in varied and challenging environments. The switch is designed for a supply voltage of 5V, conforming to standard voltage rails, and is built to minimize internal power dissipation, reinforcing its thermal stability and device longevity. Comprehensive quality control and traceability are ensured at every stage of production, making this product a secure choice for high-reliability RF applications.

HMC245QS16E Compatibility

The device’s 50 Ohm impedance standard allows seamless integration with most RF signal chains, test setups, and communication hardware. The industry-standard 16-QSOP/SSOP surface-mount package ensures compatibility with AG and pick-and-place automated assembly machinery, supporting swift prototyping and mass production cycles. Its general-purpose nature, along with specific support for high-frequency applications, enables wide design flexibility for both legacy and next-generation hardware.

HMC245QS16E Datasheet PDF

Our website hosts the most authoritative and up-to-date datasheet for the HMC245QS16E direct from Analog Devices, Inc. For detailed electrical specifications, advanced application guidance, and recommended PCB layouts, we invite you to download the datasheet from this page—guaranteeing that you have access to the essential technical documents for your design and procurement needs.

Quality Distributor

IC-Components is a premium, authorized distributor specializing in Analog Devices RF and wireless solutions. We maintain extensive inventory and guarantee genuine, traceable parts for every order. For the HMC245QS16E and related products, we recommend customers to request a quote directly on our website to benefit from competitive pricing, immediate availability, and unparalleled support from our RF product specialists. Choose IC-Components as your trusted partner for fast, reliable, and high-quality Analog Devices sourcing!

Frequently Asked Questions

What are the key considerations for integrating the ADI HMC245QS16E RF switch into a 3.5GHz wireless communication system?
When integrating the HMC245QS16E into a 3.5GHz wireless system, ensure the signal paths use 50-ohm impedance matching and that the power supply is a stable 5V source with proper decoupling. Verify that the operating temperature range (-40°C to 85°C) aligns with the environmental conditions. Also, consider the RF input/output connections' grounding and shielding to minimize interference, and confirm that the device's insertion loss of approximately 0.7dB and isolation of 30dB meet your system's performance requirements.
How does the absorptive SP3T topology of the HMC245QS16E affect its suitability for selective RF switching applications?
The absorptive SP3T topology in the HMC245QS16E provides better RF signal suppression in the off-state compared to reflective types, reducing potential leakage and interference. This makes it suitable for applications requiring minimal signal crosstalk and high isolation, such as test equipment or multi-band communication systems. However, it may introduce slightly higher insertion loss, so evaluate this trade-off based on your system's linearity and power handling needs.
Can the HMC245QS16E handle continuous operation in industrial environments with temperature variations from -40°C to 85°C?
Yes, the HMC245QS16E is designed to operate reliably within the industrial temperature range of -40°C to 85°C. For long-term reliability, ensure that the device is properly mounted with adequate heat dissipation, and avoid exposure to thermal shocks or conditions exceeding its specified temperature limits to prevent performance degradation.
What are the implications of choosing the HMC245QS16E over a comparable RF switch from another manufacturer, such as similar 3.5GHz switches?
Selecting the HMC245QS16E offers proven performance with a 0.7dB insertion loss, 30dB isolation, and IIP3 of 44dBm, which are suitable for high-linearity applications. It also features a compact 16-QSOP package suitable for surface-mount designs. When comparing, consider differences in frequency range, power handling (P1dB of 25dBm), linearity, supply voltage requirements, and package compatibility. The specific absorptive topology and performance metrics should align with your application's linearity, insertion loss, and signal integrity needs.
What should be considered when replacing the HMC245QS16E with a different RF switch in a legacy system?
When replacing the HMC245QS16E, ensure the alternative switch matches its frequency range (up to 3.5GHz), impedance (50 ohms), and power handling capabilities (P1dB of 25dBm). Verify that the package form factor and mounting type are compatible or can be adapted. Also, assess differences in insertion loss, isolation, linearity (IIP3), and control voltage requirements to prevent system performance issues. Testing the new component within your system before full deployment is recommended.
Are there any specific operational or design constraints for maintaining optimal performance with the HMC245QS16E in a complex RF environment?
To ensure optimal performance, maintain strict impedance control from RF input to output, and route RF signals away from noisy digital circuits. Use proper grounding and shielding techniques, and implement adequate power supply filtering to suppress noise. Also, avoid excessive RF input power beyond the P1dB (25dBm) to prevent compression or damage. Ensuring stable operation within the specified temperature range and minimizing mechanical stress will help sustain long-term reliability.
How does the HMC245QS16E's frequency range influence its suitability for multi-band or wideband RF systems?
The HMC245QS16E covers from 0Hz up to 3.5GHz, making it suitable for various multi-band or wideband RF systems within this range. However, for frequencies approaching the upper limit, ensure that the device's insertion loss and isolation meet your system's requirements. If your application extends beyond 3.5GHz, consider a different switch with a higher frequency range to prevent performance degradation.
What are best practices for mounting and PCB layout when integrating the HMC245QS16E surface-mount RF switch?
Use a compact, well-shielded RF layout with controlled impedance traces (50 ohms) directly connecting to RF ports. Minimize parasitic inductances and capacitances by keeping RF lines short and avoiding unnecessary vias or jumps. Ensure ground planes are continuous and well-connected to the device's ground pad. Properly decouple the supply voltage with high-quality RF-compatible capacitors close to the device pins to reduce noise and maintain stability.
Can the HMC245QS16E operate reliably when subjected to voltage fluctuations or supply noise common in real-world deployments?
While the HMC245QS16E requires a stable 5V supply, it is generally tolerant of typical supply variations within industrial tolerances. To maximize reliability, include proper filtering, decoupling capacitors, and voltage regulation to minimize noise and transient fluctuations. This will help prevent unintended switching behavior and maintain consistent RF performance.
How do the linearity and isolation specifications of HMC245QS16E impact its use in high-linearity or interference-sensitive applications?
The IIP3 of 44dBm indicates good linearity, suitable for high-linearity scenarios. The 30dB isolation minimizes RF leakage between ports, reducing potential interference. In interference-sensitive applications, these specs help prevent crosstalk and undesired signals from affecting system operation. However, verify that the actual system environment and RF power levels are within the device’s linear and isolation capabilities to ensure optimal performance.

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