AVAGO HCPL-7850#300
- Hermetically sealed sigma-delta analog isolation amplifier in gull wing SMT configuration
- Identical electrical performance to HCPL-7850: 8.00 V/V gain, 0.1% nonlinearity, ±5mV offset
- 100 kHz bandwidth (−3dB), 8 kV/µs CMR at VCM = 1000V, 1,500Vdc isolation
- Gull wing lead form enables reflow SMT assembly without a through-hole PCB constraint
- Performance guaranteed −55°C to +125°C; manufactured on MIL-PRF-38534 certified line
Avago Technologies (now Broadcom) offers the HCPL-785x hermetic analog isolation amplifier in multiple lead configurations to accommodate different PCB assembly processes. The HCPL-7850#300 is the gull wing surface mount variant of the HCPL-7850 — the same 8-pin hermetically sealed ceramic DIP package with leads cut and bent into a gull wing profile for reflow SMT assembly, with solder-dipped lead finish. The HCPL-7850#300 is available from stock at Sparkle Electronics, a specialized distributor of high-reliability and military-capable electronic components serving defense contractors, avionics systems integrators, and industrial power electronics engineers worldwide. The #300 option resolves the single constraint that prevents the standard through-hole HCPL-7850 from being used in modern SMT-only board designs: the gull wing lead form allows the hermetic ceramic package to be placed and reflowed using standard surface mount processes without drilling through-hole vias.
Every electrical specification of the HCPL-7850#300 is identical to the standard HCPL-7850 — the sigma-delta ADC to DAC architecture, 8.00 V/V gain at 5% tolerance, 0.1% nonlinearity, 100 kHz bandwidth, 8 kV/µs common mode rejection, and guaranteed −55°C to +125°C operation are all preserved. The difference is assembly method only: gull wing SMT replaces through-hole insertion, making the HCPL-7850#300 directly applicable to high-density avionics systems PCBs and defense power electronics assemblies built to SMT manufacturing processes. For programs requiring MIL-PRF-38534 Class H screening in the same gull wing configuration, the HCPL-7851#300 is the qualified variant. Contact Sparkle Electronics to confirm stock and request a same-day quote.
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One Option Number, One Assembly Advantage: Understanding HCPL-7850#300
The HCPL-7850#300 exists for a specific and practical procurement reason: modern defense and avionics PCB designs are increasingly built to pure SMT processes where through-hole component insertion is either eliminated from the assembly line or introduces additional handling cost and complexity. The standard HCPL-7850 through-hole package cannot be placed and reflowed — it requires a separate insertion and wave soldering or hand soldering step. The #300 gull wing option eliminates this constraint entirely, placing the hermetic analog isolation amplifier on the same assembly pass as every other SMT component on the board. For procurement engineers sourcing HCPL-7850#300 in stock, Avago hermetic isolation amplifier gull wing SMT, or sigma-delta isolation amplifier surface mount defense, Sparkle Electronics maintains ready inventory. Submit an inquiry for pricing and stock confirmation within 24 hours.
#300 vs. #100 vs. Standard: Choosing the Right Lead Configuration
| Parameter | HCPL-7850#300 | HCPL-7850#100 | HCPL-7850 (standard) |
|---|---|---|---|
| Availability | In Stock at Sparkle | Confirm with Sparkle | In Stock at Sparkle |
| Lead Form | Gull wing | Butt joint (cut leads) | Through-hole |
| Assembly Method | SMT reflow | SMT butt joint | Through-hole insert |
| Lead Finish | Solder dipped | Gold plate | Gold plate |
| Package Body | 8-pin hermetic CDIP | 8-pin hermetic CDIP | 8-pin hermetic CDIP |
| Electrical Specs | Identical | Identical | Identical |
| DLA SMD (Class H) | 5962-9755701HXA | 5962-9755701HYC | 5962-9755701HPC |
The gull wing (#300) is correct for standard SMT reflow assembly. The butt joint (#100) suits boards where component height is minimized and the package stands flat against the board surface. The standard through-hole is used on boards where SMT is not required. All three are electrically identical — the selection is driven entirely by PCB assembly process.
Sigma-Delta Analog Isolation: Why Architecture Determines Accuracy Over Temperature
The HCPL-7850#300 inherits the core architecture advantage of the HCPL-785x family: because the optical coupling path transmits a digital bit stream rather than an analog signal, the accuracy specifications — gain, nonlinearity, offset — are determined by the ADC and DAC, not by LED-phototransistor characteristics. This means the 0.1% nonlinearity and 8.00 V/V gain hold across the full −55°C to +125°C temperature range without trimming or compensation. For defense power electronics operating across this range — motor controllers in military vehicles, inverters in aerospace and defense ground power systems, current sensing in satellite and space power management — this temperature stability is a direct reliability advantage over conventional analog optocoupler isolation methods.
Within the Avago hermetic portfolio at Sparkle Electronics, the AVAGO HCPL-7850 through-hole version is the correct choice for boards built to traditional through-hole or mixed assembly processes. For the full range of hermetic digital optocoupler isolation — from 100 KBd Darlington output to 40 Mbps logic gate — the AVAGO HCPL-5201 (5962-88768), AVAGO HCPL-5430, and AVAGO HCPL-6631 (8102802) cover the digital isolation spectrum.
Frequently Asked Questions
What is the difference between HCPL-7850#300 and HCPL-7850?
The only difference is the lead form. HCPL-7850#300 has leads cut and bent into a gull wing profile for SMT reflow assembly with solder-dipped finish. The standard HCPL-7850 has straight through-hole leads with gold plate finish. All electrical specifications — gain, nonlinearity, bandwidth, CMR, offset, isolation voltage, temperature range — are identical. Boards migrating from through-hole to SMT assembly select the #300 option without any circuit redesign.
Where can I buy HCPL-7850#300 in stock?
Sparkle Electronics stocks the HCPL-7850#300 for defense, avionics, and industrial power electronics procurement. Contact our team for current pricing, available quantity, and confirmed lead time. Same-day response on qualified inquiries.
Does the #300 gull wing option affect the military temperature range?
No. The HCPL-7850#300 operates and stores across the full −55°C to +125°C military temperature range, identical to the standard through-hole HCPL-7850. The lead forming process does not affect the hermetic seal or the die electrical characteristics. The gull wing option is a mechanical assembly convenience — not an electrical or environmental compromise.
What is the DLA SMD number for the gull wing hermetic version?
The Class H gull wing variant (HCPL-7851#300) carries DLA SMD number 5962-9755701HXA. The commercial HCPL-7850#300 does not have an SMD number — it is not a MIL-PRF-38534 screened part. For programs requiring DLA QML traceability, the HCPL-7851#300 under SMD 5962-9755701HXA is the correct specification. Contact Sparkle Electronics to confirm Class H gull wing availability.
Can HCPL-7850#300 be used in high-density avionics line-replaceable units?
Yes. The gull wing lead form is specifically designed for high-density SMT boards where through-hole components cannot be accommodated. The hermetic ceramic package satisfies moisture resistance requirements for airborne environments, and the −55°C to +125°C temperature range covers avionics LRU operating conditions. The 8 kV/µs CMR at 1000V is sufficient for most avionics power domain isolation requirements. Contact us for application-specific design support.
Is there a tape-and-reel option for HCPL-7850#300?
The #300 gull wing option is typically packaged 50 units per tube. A tape-and-reel version (if available) would be designated with additional suffix codes. For volume procurement requirements or alternative packaging requests, contact Sparkle Electronics to confirm available packaging formats and lead time.
Sourcing HCPL-7850#300 for an SMT defense or avionics power electronics design? Sparkle Electronics stocks Avago hermetic analog isolation amplifiers in through-hole and gull wing configurations, alongside the full hermetic digital optocoupler range. Submit an inquiry — same-day response on pricing, packaging, and lead time.
