Name: Broadcom HCPL-7721-000E High-speed Digital-CMOS-Logic-Gate Optocoupler DIP 8 Type (misc.) 25 MBd, CMOS, 6 ns
Brand: Broadcom
SKU: 140193
Availability: InStock

Two black integrated circuit chips with eight metal pins each on a white background, showing different perspectives of electrical components.

Image similar

Product type

Opto-isolator - LED controller

Enclosure

DIP 8

Mounting type

Through-hole

Type

HCPL-7721-000E

Manufacturer

Broadcom

Datasheet (PDF)

Dispatches on Thu 29 Oct

450 Piece(s)

Sales and shipping:

Conrad ElectronicTerms & Conditions

Number

Piece(s)

Minimum order quantity: 5

Multiple: 5

Total (€ 6.99 / piece)

€ 34.95

incl. VAT

14-day return policy included

Report legal concerns

Technical specifications

Type: HCPL-7721-000E

Product type: Opto-isolator - LED controller

Enclosure: DIP 8

Manufacturer: Broadcom

Manuf. code: BCL

Channels: 1

Input type: Logic

Output type: Totem pole/push-pull

Insulation voltage: 3750 V RMS

Operating temperature (min.): +85 °C

Operating temperature (max.): -40 °C

Mounting type: Through-hole

Supply voltage (min.): 4.5 V

Supply voltage (max.): 5.5 V

Slew rate: 8 ns

Fall time: 9 ns

Power output/channel: 10 mA

Creepage distance: 7.4 mm

Power (max) P(TOT): 150 mW

Voltage output (max.): 6.5 V

Content: 1 pc(s)

Type: 25 MBd, CMOS, 6 ns

Type: HCPL-7721-000E

Casing: DIP 8

Documents & Downloads

Datasheet

Datasheet 140193 Broadcom HCPL-7721-000E High-speed Digital-CMOS-Logic-Gate Optocoupler DIP 8 Type (misc.) 25 MBd, CMOS, 6 ns

User & Safety Instructions

User & Safety Instructions 140193 Broadcom HCPL-7721-000E High-speed Digital-CMOS-Logic-Gate Optocoupler DIP 8 Type (misc.) 25 MBd, CMOS, 6 ns

Description

The main task of an optocoupler in electronic devices is the electrical separation and the interference suppression of the signal. This is necessary in a large number of applications, ranging from power supply and motor control to data communication and data processing. Optocouplers eliminate all kinds of electromagnetic interferences. One achieves a secure signal separation.