Name: /Tools-Info/Bgy588c
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NXP BGY588C CATV Push-Pull Amplifier (40–550 MHz)

is a hybrid RF amplifier module from NXP (formerly Philips) designed for broadband cable television (CATV) systems. It contains two cascaded amplifier stages in a push-pull configuration, providing very high gain (≈34.5 dB) over the 40–550 MHz band. The device normally operates from a +24 V supply (withstand up to ≈30 V transients) and delivers about 300–345 mA of DC current. Packaged in a metal flange-mount SOT-115J can, the BGY588C features rugged construction with silicon-nitride passivation and Ti/Pt/Au metallized die to optimize reliability under harsh operating conditions.

The BGY588C is intended primarily as a cable-TV line extender or distribution amplifier in 75-ohm CATV networks. It is used in the trunk and feeder segments of cable distribution, such as amplifying analog or digital CATV signals in headends, distribution hubs, or multi-dwelling units. Its wide 40–550 MHz bandwidth and high linearity make it suitable for broadband video and RF signals in standard CATV headend/line amplifier applications. (For wider-band systems up to 750–870 MHz, NXP offers similar modules like the BGE788C or CGY888C.) The BGY588C is not suited for very narrowband or low-frequency use; it is optimized for the full CATV spectrum.

How EstiSource Helps

EstiSource assists clients with components like the BGY588C through its deep sourcing expertise. We search NXP’s global distributor network and vetted aftermarket suppliers to locate available inventory of obsolete parts. Our services include component authentication, life-cycle analysis, and identifying drop-in alternatives when parts are obsoleted. For BGY588C specifically, EstiSource can:

Tap into worldwide surplus and specialty RF component sources to find genuine stock.
Cross-reference similar amplifier modules (within NXP or from other vendors) to suggest upgrades.
Manage quality control by verifying datasheets, marking consistency, and offering pre-shipment inspection.
Provide consolidated quotes for all required quantities to optimize cost.
Handle logistics and compliance (e.g. ROHS, export controls) so procurement teams can focus on design.

Why Choose EstiSource for Sourcing BGY588C

EstiSource is a proven partner for semiconductor sourcing: we maintain extensive relationships with distributors and manufacturers, ensuring a broad search for every part. Our team understands RF/microwave components’ specific needs (ESD handling, traceability, form factors) and can navigate the niche CATV market. We deliver reliable procurement: competitive pricing, low minimums, and secure delivery. With EstiSource, sourcing managers and engineers get faster access to hard-to-find parts, plus strategic guidance for inventory and obsolescence planning. Whether you need the BGY588C or an equivalent, EstiSource’s expertise and global network minimize risk and accelerate the supply of critical components.

1. Material Composition

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2. Manufacturing Process

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3. Challenges and Limitations

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4. Cost Estimation & Sourcing Challenges

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5. Properties & Characteristics

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Frequency band: 40–550 MHz passband (designed for full CATV channel range).

Gain

High small-signal gain ~33.5–35.5 dB at 50 MHz, ~33.7 dB at 550 MHz (flatness ±0.5 dB). Slope equivalence is ~0.2–1.7 dB over the band.

Noise Figure

≈8 dB at 50 MHz (degrading modestly across band).

Linearity

Composite Triple Beat (CTB) ~–57 dB, Composite Second Order (CSO) ~–62 dB at 44 dBmV output (77 channels).

Output level

Capable of ~+44 dBmV output (approx. 80 Vpp into 75 Ω) at rated channel count, as shown in distortion measurements.

Supply and current

24 V DC nominal supply; 305–345 mA quiescent current. Can tolerate short transients up to ≈30 V without damage.

Impedance

Input/output matched to 75 Ω (return loss ≥16 dB for 40–550 MHz). Output return loss is ≥16 dB up to 160 MHz and ≥15 dB through 550 MHz.

ESD

ESD rating is typical for GaAs hybrids (sensitive – use standard RF-IC precautions).

Mechanical

Metal can (SOT115J) with flange: outer dimensions ~27.1×13.75×20.8 mm. 7 gold-plated leads extend from the base for soldering or sockets. Two #6-32 mounting holes (vertical) and two horizontal holes allow bolting to a heat sink or chassis.

Thermal

Mounting base (flange) rated from –20°C to +100°C. Good thermal conduction via the flange is required to handle dissipated power.

Compliance

The BGY588C is RoHS-compliant (lead-free) according to legacy documentation.

6. Frequently Asked Questions

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Q: What is the BGY588C used for?

A: It is used as a cable-TV broadband amplifier (line extender) in CATV distribution networks. Specifically, it amplifies RF signals in the 40–550 MHz range for trunk/feeder lines. Typical applications are cable headends, distribution nodes, or cascade amplifiers in analog/digital CATV systems.

Q: What are the key electrical specifications?

A: The BGY588C provides ~34 dB gain (flat within ±0.5 dB), 8 dB noise figure, and operates at 24 V with ~0.33 A supply current. It supports outputs up to +44 dBmV with CTB ~–57 dB and CSO ~–62 dB (77 channels). Impedance is 75 Ω in/out with ≥16 dB return loss across most of the band.

Q: What package does BGY588C come in, and how must it be mounted?

A: It is in NXP’s SOT-115J (SFM7) package – a rectangular metal can with an aluminum flange and two mounting holes. The flange must be bolted to a heatsink or metal chassis for thermal and mechanical support. The 7 leads are in-line on one side (RF in, out, DC power, grounds). Lead-soldering or a compatible socket is used for electrical connections.

Q: Is the BGY588C still in production?

A: No. NXP has discontinued the BGY588C. It is only available as existing stock (new-old-stock or via third-party sellers). Design teams should plan for sourcing issues or select alternative components.

Q: What are alternative parts or replacements?

A: Because BGY588C is obsolete, alternatives include other NXP CATV amplifiers or similar modules. For example, NXP’s BGE788C offers ~34 dB gain up to 750 MHz, and other BGY models (e.g. BGY585A, BGY587) cover 550 MHz with different gain levels. Modern RF amplifier ICs (GaAs or GaN) from other vendors might also be used with matching networks. Any replacement must handle the required bandwidth (40–550 MHz) and gain with proper biasing.

Q: What should I watch for when purchasing BGY588C?

A: Verify authenticity and condition of stock. Common issues include counterfeit parts or mislabeled dies. Check that markings match NXP data. Because it’s ESD-sensitive, require static-safe handling from the supplier. Confirm that the part is the correct revision (C version) and not a similar-numbered variant. Request traceable lot or test results if available.

BGY588C