Optocoupler Darlington

Optocoupler Darlington. (WL-OCDA). High isolation Voltage. Stable CTR in full operation.

Size	Series Datasheet	L (mm)	W (mm)	H (mm)	Mount
Series 815 (DC)	SPEC	6.5	4.58	3.5	-
Series 355 (DC)		4.4	3.6	2	SMT
Series 352 (DC)		4.4	3.6	2	SMT

LTSpice files

LT
LTSpice_WL-OCDA (rev24a).zip
|
25.5 KB

Characteristics

High isolation Voltage
Good stability of inner isolation
Stable CTR in full operation
Different leadframe options
Learn more about Optocouplers! Optocouplers by Würth Elektronik

Applications

Programmable logic controllers
Telephone/FAX
Sequence controller
Measuring instrument
Automatic vending machines

Application Notes

Products

All

Series 815 (DC)

Series 355 (DC)

Series 352 (DC)

Order Code	Datasheet	Downloads	Status	Package	Input	V_{CE max.} (V)	I_{F max.} (mA)	Test Condition CTR	CTR _min. (%)	CTR _max. (%)	V_ISO (V (RMS))	L (mm)	W (mm)	H (mm)	Operating Temperature
141815140010	SPEC	6 files EDA models: Components ZIP ALT Altium_WL-OCDA (rev22c).IntLib \| 433.5 KB CDS Cadence_WL-OCDA (rev21a).zip \| 1.7 MB EAG Eagle_WL-OCDA (rev22a).lbr \| 47.9 KB CAD files ZIP IGS IGS_DIP4_815_Standard (rev1).igs \| 1.5 MB STP STP_DIP4_815_Standard (rev1).stp \| 472.1 KB Electric models ZIP PSP Pspice_WL-OCDA (rev24a).zip \| 29.6 KB Download all 6 files as zip archive ZIP	Active i\| Production is active. Expected lifetime: >10 years.	DIP 4, Standard	DC	40	60	I_F = 1 mA V_CE = 2 V	600	7500	5000	6.5	4.58	3.5	-55 °C up to +110 °C
141815141010	SPEC	6 files EDA models: Components ZIP ALT Altium_WL-OCDA (rev22c).IntLib \| 433.5 KB CDS Cadence_WL-OCDA (rev21a).zip \| 1.7 MB EAG Eagle_WL-OCDA (rev22a).lbr \| 47.9 KB CAD files ZIP IGS IGS_WL-OCDA_Serie 815_M (rev1).igs \| 1.5 MB STP STP_WL-OCDA_Serie 815_M (rev1).stp \| 478.8 KB Electric models ZIP PSP Pspice_WL-OCDA (rev24a).zip \| 29.6 KB Download all 6 files as zip archive ZIP	Active i\| Production is active. Expected lifetime: >10 years.	DIP 4, M-Type	DC	40	60	I_F = 1 mA V_CE = 2 V	600	7500	5000	6.5	4.58	3.5	-55 °C up to +110 °C
141815142000	SPEC	6 files EDA models: Components ZIP ALT Altium_WL-OCDA (rev22c).IntLib \| 433.5 KB CDS Cadence_WL-OCDA (rev21a).zip \| 1.7 MB EAG Eagle_WL-OCDA (rev22a).lbr \| 47.9 KB CAD files ZIP IGS IGS_WL_OCDA_Series 815_S (rev1).igs \| 1.5 MB STP STP_WL_OCDA_Series 815_S (rev1).stp \| 449.6 KB Electric models ZIP PSP Pspice_WL-OCDA (rev24a).zip \| 29.6 KB Download all 6 files as zip archive ZIP	Active i\| Production is active. Expected lifetime: >10 years.	DIP 4, S-Type	DC	40	60	I_F = 1 mA V_CE = 2 V	600	7500	5000	6.5	4.58	3.5	-55 °C up to +110 °C
141815143000	SPEC	7 files EDA models: Components ZIP ALT Altium_WL-OCDA (rev22c).IntLib \| 433.5 KB CDS Cadence_WL-OCDA (rev21a).zip \| 1.7 MB EAG Eagle_WL-OCDA (rev22a).lbr \| 47.9 KB CAD files ZIP 3D Download_dae_gltf_141815143000 (rev1).dae \| 112.4 KB IGS Download_IGS_141815143000 (rev1).igs \| 1.5 MB STP Download_STP_141815143000 (rev1).stp \| 449.5 KB Electric models ZIP PSP Pspice_WL-OCDA (rev24a).zip \| 29.6 KB Download all 7 files as zip archive ZIP	Active i\| Production is active. Expected lifetime: >10 years.	DIP 4, SL-Type	DC	40	60	I_F = 1 mA V_CE = 2 V	600	7500	5000	6.5	4.58	3.5	-55 °C up to +110 °C
141815144000	SPEC	6 files EDA models: Components ZIP ALT Altium_WL-OCDA (rev22c).IntLib \| 433.5 KB CDS Cadence_WL-OCDA (rev21a).zip \| 1.7 MB EAG Eagle_WL-OCDA (rev22a).lbr \| 47.9 KB CAD files ZIP IGS IGS_WL-OCDA_Series 815_SLM (rev1).igs \| 1.5 MB STP STP_WL-OCDA_Series 815_SLM (rev1).stp \| 449.5 KB Electric models ZIP PSP Pspice_WL-OCDA (rev24a).zip \| 29.6 KB Download all 6 files as zip archive ZIP	Active i\| Production is active. Expected lifetime: >10 years.	DIP 4, SLM-Type	DC	40	60	I_F = 1 mA V_CE = 2 V	600	7500	5000	6.5	4.58	3.5	-55 °C up to +110 °C
141352145000	SPEC	6 files EDA models: Components ZIP ALT Altium_WL-OCDA (rev22c).IntLib \| 433.5 KB CDS Cadence_WL-OCDA (rev21a).zip \| 1.7 MB EAG Eagle_WL-OCDA (rev22a).lbr \| 47.9 KB CAD files ZIP IGS IGS_141352145000 (rev1).igs \| 1.2 MB STP STP_141352145000 (rev1).stp \| 342.8 KB Electric models ZIP PSP Pspice_WL-OCDA (rev24a).zip \| 29.6 KB Download all 6 files as zip archive ZIP	Active i\| Production is active. Expected lifetime: >10 years.	SOP 4	DC	350	60	I_F = 1 mA V_CE = 2 V	1000	15000	3750	4.4	3.6	2	-55 °C up to +110 °C
141355145000	SPEC	6 files EDA models: Components ZIP ALT Altium_WL-OCDA (rev22c).IntLib \| 433.5 KB CDS Cadence_WL-OCDA (rev21a).zip \| 1.7 MB EAG Eagle_WL-OCDA (rev22a).lbr \| 47.9 KB CAD files ZIP IGS IGS_141355145000 (rev1).igs \| 1.2 MB STP STP_141355145000 (rev1).stp \| 342.8 KB Electric models ZIP PSP Pspice_WL-OCDA (rev24a).zip \| 29.6 KB Download all 6 files as zip archive ZIP	Active i\| Production is active. Expected lifetime: >10 years.	SOP 4	DC	40	60	I_F = 1 mA V_CE = 2 V	600	7500	3750	4.4	3.6	2	-55 °C up to +110 °C

Order Code	Datasheet
141815140010	SPEC
141815141010	SPEC
141815142000	SPEC
141815143000	SPEC
141815144000	SPEC
141352145000	SPEC
141355145000	SPEC

Samples

Order Code	Datasheet	Downloads	Status	Package	Input	V_{CE max.} (V)	I_{F max.} (mA)	Test Condition CTR	CTR _min. (%)	CTR _max. (%)	V_ISO (V (RMS))	L (mm)	W (mm)	H (mm)	Operating Temperature	Samples

Optocouplers by Würth Elektronik

PERFORMANCE. RELIABILITY. SERVICE.

Optocoupler by Würth Elektronik

With the new optocouplers, Würth Elektronik presents one of the latest additions to its optoelectronic product portfolio. The innovative design features a coplanar structure and high-grade silicon for total internal reflection. This ensures the isolation gap stay fixed during the production process and provide perfect isolation and protection for your application. The total internal reflection provide stable CTR over the whole temperature range and high CTR even at low current operation.

Provided in all industry standard packages. Available with all binnings ex stock. Samples free of charge.

Optocouplers - What’s that?

Transfers analog/ digital signals between two isolated circuits by using light transmission
Optoelectronic package with infrared LED & detector
The optical transmission takes place with an infrared light beam

Why Optocouplers?

Separation of low power control circuits from high power circuits (galvanic isolation)
Optocouplers protect your application against overvoltages
Safety Isolation: for circuits and persons from dangerous electrical installations