HCPL2630-000E – AVAGO

Part Number:

HCPL2630-000E

Manufacturer:

AVAGO

Date Code:

RoHS:

RoHS Compliant

MSL:

COO:

THAILAND

Description:

3.75 kV Two-Channel Optoisolator, Open-Collector Output, 8-DIP Package

Datasheet:

Spotted a problem with product information? – let us know

ORDER NOW

Stock Quantity: 18

Selling Unit: Each

Quantity	Price (ex VAT)
1+	1.96
10+
50+
100+

18 in stock

Contact us for volume pricing

Same day shipping if ordered before 14.00 GMT
6 month warranty on all stock items
All stock held and shipped from our UK warehouse
Worldwide shipping available, contact us for a quotation
We can ship on your DHL or UPS account if required
Any import duties or taxes are the responsibility of the receiver

Product Details:

Overview

The Broadcom HCPL2630-000E is a high-speed, dual-channel optocoupler designed for robust digital signal isolation. Its primary function is to transmit digital signals between circuits with different ground potentials or voltage levels, offering a critical 3750 Vrms isolation rating. A key design consideration for this device is the trade-off between propagation delay and input forward current; achieving the maximum 10 Mb/s data rate necessitates a minimum 10 mA forward current, which can impact power efficiency in battery-operated systems. This PDIP-8 packaged component ensures reliable signal integrity in noise-sensitive applications.

Key Features

2 Channel, High Speed Optocoupler
10 Mb/s Maximum Data Rate
3750 Vrms Isolation Voltage
Open Collector Output Type
10 mA Minimum Input Forward Current
PDIP-8 Through Hole Package (9.65 mm x 6.35 mm x 3.56 mm)

Applications

The component is engineered for deployment in systems requiring high reliability and performance under specific operating conditions. It provides functional stability across the stated design envelope.

Digital isolation for industrial control interfaces (e.g., PLC I/O expansion)
High-speed data transmission in telecommunications equipment
Power sequencing and fault detection in switching power supplies
Noise reduction in sensitive analog-to-digital converter (ADC) front-ends