ADV3224ACPZ - 750 MHz 16x8 Analog Crosspoint | Analog Devices ADV3224ACPZ，品牌 Analog Devices - 电子元件
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ADV3224ACPZ - 750 MHz 16x8 Analog Crosspoint | Analog Devices

料号： ADV3224ACPZ ✓ 量产中
+5 V and -5 V Vdss 72-lead LFCSP-VQ, 10 x 10 mm Package
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ADV3224ACPZ 概述

Analog Devices ADV3224ACPZ is a 750 MHz, 16 x 8 analog crosspoint switch in a 72-lead LFCSP-VQ package measuring 10 x 10 mm. The device provides an 8-output high-speed, nonblocking switch array with buffered inputs, programmable high-impedance outputs, and eight output amplifiers having a gain of +1. It operates from dual positive and negative 5 V supplies, consumes 0.5 W power, and drives 150 ohm loads.

An analog crosspoint switch is a routing matrix that connects any selected input to any selected output without blocking other simultaneous paths. In the signal-chain hierarchy, the ADV3224ACPZ is a high-speed analog switch IC, a specialized interface device, and ultimately a semiconductor. Its nonblocking 16 x 8 architecture supports parallel routing of high-frequency analog signals where fixed point-to-point routing would be less flexible.

The principal performance features include a minus 3 dB signal bandwidth greater than 750 MHz and slew rate greater than 2500 V/µs. These figures allow the device to handle wideband video, telecommunications, and other high-speed baseband signals. Buffered inputs help isolate signal sources, while programmable high-impedance outputs allow unused outputs to be placed in a high-impedance state during multi-output routing.

The ADV3224ACPZ uses eight independent output amplifiers with a +1 gain. The related ADV3225 family member uses a +2 output gain, while the broader AD8110 and AD8111 devices are described as having equivalent pinouts. The architecture combines switching and output buffering in one complete crosspoint solution rather than requiring separate amplifiers for every routed channel.

Typical applications include professional video routing, broadcast signal distribution, telecommunications test equipment, high-speed video measurement systems, and wideband analog signal-path switching. The 750 MHz bandwidth is particularly relevant when routing composite or component video signals, while the 16 inputs and eight outputs support matrix-style source selection.

When designing a board around the ADV3224ACPZ, preserve the recommended high-speed layout topology, provide the dual ±5 V supply rails, and account for the exposed-package thermal path. The device is specified for 150 ohm loads, so output impedance, cable length, and downstream termination must be checked together to avoid reflections that could degrade bandwidth or signal integrity.

This page consolidates verified manufacturer and distributor information, distinguishes documented drop-in relationships from merely similar devices, and adds practical routing, thermal, and signal-integrity guidance for engineers evaluating the ADV3224ACPZ.

直接替换替代料： ADV3224ACPZ ——相同封装，引脚兼容。需要 PCB 改动的不同封装料号已排除。

ADV3225ACPZ

✅ 直接替换
📦 72-LFCSP-VQ (10 x 10 mm)
Output-amplifier gain is +2 rather than +1, a +1 gain-stage difference; the remaining verified family architecture is the same 16 x 8, 750 MHz nonblocking crosspoint

📋 参考替代料（不在目录中）

ADV3224ACPZ 规格参数

Product Type 16 x 8 analog crosspoint switch
Signal Bandwidth Greater than 750 MHz at -3 dB
Slew Rate Greater than 2500 V/µs
Input Channels 16 channels
Output Channels 8 channels
Switch Architecture High-speed, nonblocking 8-output switch array
Output Amplifier Gain +1
Output Impedance Programmable high impedance
Input Buffering Buffered
Supported Load 150 ohm
电源电压 +5 V and -5 V
Power Consumption 0.5 W
封装 72-lead LFCSP-VQ, 10 x 10 mm
安装类型 Surface mount
Temperature Grade Industrial
RoHS 状态 RoHS compliant
Lead-Free Status Lead free

ADV3224ACPZ 72-lead lfcsp-vq, 10 x 10 mm 引脚配置指南

ADV3224ACPZ（72-lead lfcsp-vq, 10 x 10 mm 封装）的引脚配置。 引脚编号、功能和连接图在制造商数据手册中定义。请参阅该手册以了解确切的封装尺寸和焊接指南。

ADV3224ACPZ 的 72-lead lfcsp-vq, 10 x 10 mm 封装引脚图

暂无详细引脚数据： ADV3224ACPZ.

请参阅 数据手册 以查看完整引脚配置。

典型应用

ADV3224ACPZ 适用于 6 应用s: Professional Video Routing, Telecommunications Signal Routing, Video Test Equipment, Broadcast Signal Distribution, Wideband Analog Matrix, Instrumentation Signal Routing.

📺

Professional Video Routing

The ADV3224ACPZ is well suited to professional video routing because its 16 x 8 nonblocking matrix can distribute one of 16 sources to any of eight destinations, while the greater-than-750 MHz -3 dB bandwidth preserves wideband signal paths. Its eight +1 output amplifiers maintain unity gain and drive the documented 150 ohm load capability. The implementation should use controlled-impedance routing, short connections, suitable termination, and ample output headroom. Because the switch is nonblocking, multiple outputs can operate concurrently without disrupting other paths, making the device useful for video walls, production switching, monitoring, and multiview systems where source assignment must change rapidly.

推荐

ADV3225ACPZ (Related +2-gain crosspoint for designs needing additional signal gain)
🌐

Telecommunications Signal Routing

The ADV3224ACPZ can serve as a high-speed analog routing matrix in telecommunications test and signal-conditioning equipment. Its 16 inputs and eight outputs support multiple concurrent routes, while the slew rate greater than 2500 V/µs and bandwidth greater than 750 MHz provide margin for fast edge content. The device operates from dual ±5 V rails and consumes 0.5 W. For telecom-oriented designs, engineers should characterize return loss, channel isolation, and output behavior across the intended frequency range. The 150 ohm load capability is directly relevant to many balanced RF and baseband test paths, although application-specific impedance conversion must still be verified.

推荐

ADV3225ACPZ (Same-family crosspoint with +2 output gain)
🖥️

Video Test Equipment

The ADV3224ACPZ can route test signals through a programmable 16 x 8 matrix in video measurement and automated test equipment. Its greater-than-750 MHz bandwidth supports high-speed video waveforms, while the nonblocking architecture allows several instrument outputs to remain connected to separate destinations during a test. The unity-gain ADV3224 output stage avoids the extra 6 dB gain of the related ADV3225ACPZ, reducing the need to recalibrate downstream signal levels. Board implementations should keep switch paths short, use a continuous reference plane where appropriate, and validate attenuation and timing on the final fixture because cables, relays, and connectors can dominate errors outside the IC.

推荐

ADV3225ACPZ (Alternative when test-point insertion loss requires +2 gain)
🎥

Broadcast Signal Distribution

The ADV3224ACPZ provides a practical routing hub for broadcast and studio systems that must distribute multiple high-bandwidth analog sources among monitoring and processing destinations. Sixteen selectable inputs, eight independently buffered outputs, and programmable high-impedance states support flexible source assignment without changing the physical cable matrix. Its greater-than-750 MHz -3 dB bandwidth and greater-than-2500 V/µs slew rate are useful for retaining fast-edge video content. Deployment should include controlled impedance and appropriate 150 ohm-compatible loading, while power layout should provide clean +5 V and -5 V rails with local high-frequency decoupling.

推荐

ADV3225ACPZ (Related family member for +2-gain routing)
⚡

Wideband Analog Matrix

The ADV3224ACPZ is suitable for general wideband analog matrices where any one of 16 sources must connect to one of eight destinations without disrupting parallel channels. Buffered inputs reduce source-loading interactions, and the integrated +1 output amplifiers make the device a complete routing solution rather than only a passive switch array. Its 750 MHz-class bandwidth permits substantially faster signals than conventional video multiplexers. Engineers should verify amplitude accuracy, insertion loss, and crosstalk on the assembled PCB, because connector transitions, unequal impedance, and thermal effects can influence system performance even when the IC operates within its specified +5 V and -5 V supply conditions.

推荐

ADV3225ACPZ (Same-family option with selectable unity versus +2 gain architecture)
🔧

Instrumentation Signal Routing

The ADV3224ACPZ can route high-speed signals inside modular instrumentation when front-end channels must be reassigned among processors, analyzers, or converters. The 16 x 8 nonblocking topology supports concurrent measurements, and the integrated output buffering simplifies implementation compared with a bare switch array. With greater than 750 MHz bandwidth and a slew rate above 2500 V/µs, it accommodates demanding transient signals better than a low-frequency analog switch. For laboratory and production test equipment, maintain repeatable impedance terminations, protect inputs from out-of-range signals, and validate the complete fixture because cable and connector reflections can degrade otherwise compliant measurements.

推荐

ADV3225ACPZ (Related option when +2 gain can simplify downstream level recovery)

推荐产品汇总

ADV3225ACPZ Related +2-gain crosspoint for designs needing additional signal gain 用于： Professional Video Routing, Telecommunications Signal Routing, Video Test Equipment, Broadcast Signal Distribution, Wideband Analog Matrix, Instrumentation Signal Routing
What is the operating frequency and configuration of the ADV3224ACPZ?
The ADV3224ACPZ is a 16 x 8 high-speed, nonblocking analog crosspoint switch with a signal bandwidth greater than 750 MHz at -3 dB. According to the Analog Devices ADV3224 product page and data sheet, it uses eight output amplifiers with +1 gain, provides buffered inputs, and supports programmable high-impedance outputs. These characteristics make it suitable for parallel routing of wideband analog, video, and telecommunications signals.
What are the key specifications of ADV3224ACPZ that engineers should know?
The key ADV3224ACPZ specifications are a 16-input by 8-output nonblocking matrix, greater than 750 MHz -3 dB bandwidth, greater than 2500 V/µs slew rate, dual ±5 V operation, 0.5 W power consumption, and support for 150 ohm loads. The device combines eight high-speed switches, buffered inputs, programmable high-impedance outputs, and eight +1-gain output amplifiers in a 72-lead 10 x 10 mm LFCSP-VQ package.
Where can I download the ADV3224ACPZ datasheet PDF?
The authoritative ADV3224ACPZ documentation is available from the Analog Devices product page at https://www.analog.com/en/products/adv3224.html, which links to the ADV3224/ADV3225 data sheet and product resources. The verified search results identify the document as the “750 MHz, 16 x 8 Analog Crosspoint Switch Data Sheet (Rev. C).” No unsupported revision, document number, or page count is inferred here.
Where can I find the ADV3224ACPZ pinout and package information?
The ADV3224ACPZ pinout is published in the manufacturer’s ADV3224/ADV3225 data sheet and must be taken from that document rather than inferred from the 72-pin count. The verified product information identifies a 72-lead LFCSP-VQ package measuring 10 x 10 mm. Because the provided source set does not expose the complete numbered pin list, this page records pinout data as unavailable and avoids fabricating pin names or electrical connections.
What supply voltage does the ADV3224ACPZ require?
The ADV3224ACPZ operates on dual +5 V and -5 V supplies. The Analog Devices product information specifically states that the crosspoint operates on ±5 V supplies and consumes 0.5 W. Both positive and negative rails must therefore be present and properly decoupled. Exact absolute maximum rail limits and sequencing requirements should be confirmed in the manufacturer data sheet before layout or power-supply design is released.
Can ADV3224ACPZ drive a 150 ohm load?
Yes, the ADV3224ACPZ is documented to drive 150 ohm loads. Its integrated output amplifiers provide a +1 gain, while the switching paths remain nonblocking. In a practical design, the complete path from source to destination should be checked for impedance discontinuities because transmission-line effects, connector parasitics, and incorrect termination can cause reflections even when the device itself meets its specified 150 ohm load capability.
What can replace the ADV3224ACPZ as a drop-in part?
The ADV3225ACPZ is the closest documented same-package family alternative, but it changes the output-amplifier gain from +1 to +2 and therefore is not an unconditional functional drop-in unless downstream gain is recalculated. The AD8110 and AD8111 are described by Analog Devices as having an equivalent pinout and functionally equivalent crosspoint behavior, but the supplied data does not verify their package or footprint. Confirm the complete pinout and electrical limits before substitution.
Is ADV3225ACPZ the same as ADV3224ACPZ?
No, ADV3225ACPZ is not electrically identical to ADV3224ACPZ. Both belong to the 16 x 8, 750 MHz analog crosspoint family, but the ADV3224 has eight output amplifiers with +1 gain, whereas the ADV3225 has +2 gain. The shared family architecture may permit a board-level substitution after gain, output swing, loading, and downstream signal-chain requirements are checked against the manufacturer documentation.
When should I choose ADV3224ACPZ over ADV3225ACPZ?
Choose ADV3224ACPZ when the routing matrix requires unity gain at its eight outputs. Its +1 output amplifiers avoid the additional 6 dB voltage gain provided by the ADV3225ACPZ, which can be useful when preserving signal headroom or preventing downstream saturation. Choose ADV3225ACPZ instead when the system needs +2 gain, provided that the increased output amplitude remains within both the amplifier and downstream device limits.
ADV3224ACPZ vs ADV3225ACPZ: which is better for video routing?
The ADV3224ACPZ is generally better when the video routing system expects unity gain, while the ADV3225ACPZ is better when +2 gain is useful for compensating downstream insertion loss. Both provide a 16 x 8 nonblocking architecture and greater than 750 MHz bandwidth. The choice should be based on signal amplitude, cable loss, termination, and headroom rather than switching bandwidth alone.
What is the best Analog Devices equivalent for ADV3224ACPZ?
The closest supported Analog Devices starting point is the ADV3225ACPZ because it is a closely related 16 x 8, 750 MHz crosspoint device in the same product family. The important distinction is its +2 output gain versus the ADV3224ACPZ’s +1 gain. The AD8110 and AD8111 may also provide equivalent routing behavior according to the manufacturer, but the available verified data does not establish the same package for those parts.
Where can I buy ADV3224ACPZ online?
ADV3224ACPZ is available from major authorized distributors, including DigiKey, Mouser, and Analog Devices. The verified DigiKey listing identifies it as a 72-lead LFCSP-VQ telecommunications/video switch IC, while Analog Devices lists a starting price of $47.64. Prices and stock should be checked with the seller because the verified data does not provide quantity-specific pricing or a guaranteed current inventory quantity.
What is the price of ADV3224ACPZ as of 2026-10-29?
The verified Analog Devices product page lists a starting list price of $47.64 for the ADV3224 as of 2026-10-29. The supplied data does not provide distinct prices for 1, 10, 100, 500, or 1000 units, so the pricing tiers retain the only verified $47.64 figure as a reference. A distributor quote is required for an order-specific unit price, including volume discounts and shipping.
Is ADV3224ACPZ in stock and what is its lead time?
The verified DigiKey result states “Buy now, ships today,” which indicates that ADV3224ACPZ was listed as orderable when the search result was captured on 2026-10-29. However, no numerical stock quantity or guaranteed lead time was provided. The result can change with inventory and regional distribution, so engineers should confirm current availability, factory lead time, and allocated quantity before committing a production schedule.
Does ADV3224ACPZ support RoHS and lead-free manufacturing?
Yes, the verified ADV3224ACPZ specification identifies the component as RoHS compliant and lead free. This supports use in RoHS-controlled electronic assemblies and lead-free manufacturing processes. The available data does not separately confirm REACH, halogen-free status, AEC-Q100 qualification, or conflict-minerals status, so those fields remain unknown and should not be inferred from the RoHS statement.

工程参考数据： ADV3224ACPZ ——对比、设计指导和合规信息。

选型指南

Choose the ADV3224ACPZ when the system requires a 16 x 8, greater-than-750 MHz analog crosspoint and unity-gain outputs. It is particularly appropriate for video routing, broadcast distribution, telecommunications test systems, and wideband instrumentation where the programmable high-impedance outputs and nonblocking architecture simplify source assignment. The ADV3225ACPZ is the closest same-family option when +2 output gain is useful, but its additional 6 dB requires downstream gain and headroom to be recalculated. The AD8110 and AD8111 are described by Analog Devices as having equivalent pinouts and functionally equivalent behavior, but the supplied data does not verify their exact package or footprint; therefore, they should not be treated as confirmed drop-in alternatives without a complete datasheet and PCB comparison. For the ADV3225ACPZ substitution, confirm the exact numbered pinout, supply sequencing, output swing, and downstream loading before release.

与替代料对比

参数 本产品 ADV3225ACPZ
Package 72-LFCSP-VQ (10 x 10 mm) 72-LFCSP-VQ (10 x 10 mm)
Brand Analog Devices Analog Devices
Switch Configuration 16 x 8 16 x 8
Signal Bandwidth Greater than 750 MHz at -3 dB Greater than 750 MHz at -3 dB
Slew Rate Greater than 2500 V/µs Greater than 2500 V/µs
Output Amplifier Gain +1 +2
Supply Voltage +5 V and -5 V +5 V and -5 V
Power Consumption 0.5 W 0.5 W
Supported Load 150 ohm 150 ohm

关键差异点

  • Unity-gain output stage （对比 ADV3225ACPZ)
  • Parallel nonblocking routing （对比 ADV3225ACPZ)
  • Complete buffered crosspoint implementation （对比 ADV3225ACPZ)

设计说明

合规信息

RoHS
Compliant
REACH
Unknown
AEC-Q100
Not Applicable
无铅
Yes
无卤
Unknown
冲突矿物
Unknown

The verified data identifies ADV3224ACPZ as RoHS compliant and lead free. REACH, halogen-free, and conflict-minerals information were not supplied, and no AEC-Q100 qualification claim was provided.

相关搜索

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相关元器件 & 术语

Analog Devices ADV3224ACPZ ADV3225ACPZ AD8110 AD8111 analog crosspoint switch analog switch IC interface IC semiconductor 16 x 8 matrix nonblocking switch array buffered input programmable high-impedance output output amplifier unity gain signal bandwidth slew rate 150 ohm load dual positive and negative 5 V supply 72-LFCSP-VQ QFN family surface mount video routing telecommunications test equipment
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