Broadcom ACPL-227-500E Phototransistor-Optocoupler SO 8 Half-pitch Type (misc.) DC-PhotoTX-Coupler 2-Channel T/R
EAN:
Part number:
Item no:
Product type
Opto-isolator - LED controller
Enclosure
SO 8
Forward current I(F)
50 mA
Reverse voltage U(R)
6 V
Mounting type
Surface-mount
Datasheet (PDF)
Number
Minimum order quantity: 3
Total (€ 0.36 / piece)
€ 0.92
-61 %
€ 1.08
plus VAT.
Broadcom ACPL-227-500E Phototransistor-Optocoupler SO 8 Half-pitch Type (misc.) DC-PhotoTX-Coupler 2-Channel T/R
Technical specifications
- Type
ACPL-227-500E
- Product type
Opto-isolator - LED controller
- Enclosure
SO 8
- Manufacturer
Broadcom
- Manuf. code
BCL
- UF typ.
1.2 V
- Forward current I(F)
50 mA
- Reverse voltage U(R)
6 V
- Channels
2
- Input type
DC
- Output type
Transistor
- Insulation voltage
3000 V RMS
- Operating temperature (min.)
+110 °C
- Operating temperature (max.)
-55 °C
- Mounting type
Surface-mount
- Forward voltage U(F) max
1.4 V
- Slew rate
2 µs
- Fall time
3 µs
- Power output/channel
50 mA
- Power (max) P(TOT)
200 mW
- Voltage output (max.)
80 V
- Current transfer ratio (min.)
50 %
- Current transfer ratio (min.) - current reference
5 mA
- Current transfer ratio (max.)
600 %
- Collector-emitter saturation voltage (max.)
400 mV
- Collector current
50 mA
- Content
1 pc(s)
- Type
DC-PhotoTX-Coupler 2-Channel T/R
- Type
ACPL-227-500E
- Casing
SO 8 Half-pitch
Documents & Downloads
Datasheet
Datasheet 140291 Broadcom ACPL-227-500E Phototransistor-Optocoupler SO 8 Half-pitch Type (misc.) DC-PhotoTX-Coupler 2-Channel T/R
User & Safety Instructions
User & Safety Instructions 140291 Broadcom ACPL-227-500E Phototransistor-Optocoupler SO 8 Half-pitch Type (misc.) DC-PhotoTX-Coupler 2-Channel T/R
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.