KPC6N135 - 8PIN HIGH-SPEED OUTPUT PHOTOCOUPLER

Cosmo

The KPC6N135 by Cosmo is a 8PIN HIGH-SPEED OUTPUT PHOTOCOUPLER. Below is the official datasheet preview.

📥 Download Datasheet

KPC6N135 8PIN HIGH-SPEED OUTPUT PHOTOCOUPLER by Cosmo - Datasheet Preview — Official preview page of the **KPC6N135** 8PIN HIGH-SPEED OUTPUT PHOTOCOUPLER datasheet (Cosmo).

Datasheet Details

Part number	KPC6N135
Manufacturer	Cosmo
File Size	333.89 KB
Description	8PIN HIGH-SPEED OUTPUT PHOTOCOUPLER
Datasheet	KPC6N135-Cosmo.pdf
Additional preview pages of the KPC6N135 datasheet.

KPC6N135 Product details

Description

Schematic The KPC6N135 series consist of a LED optically 876 5 coupled to an OPIC chip.It is a high-speed digital output type photocoupler designed specifically for low circuit current.And it is packaged in a 8 pin DIP package and available in wide-lead spacing and SMD option.1 23 4 1. N.C.2. Anode 3. Cathode 4. N.C.

Features

s 1. Pb free and RoHS compliant 2. High speed response tPHL, tPLH ( Max. 1.5us at RL=4.1KΩ ) 3. High common mode rejection voltage ( CMH：TYP. 1KV/us ) 4. Standard dual-in-line package 5. MSL class 1 6. Agency Approvals:.
UL Approved (No. E169586): UL1577.
c-UL Approved (No. E169586).
FIMKO Approved: EN60065, EN60950 5. GND 6. Vo 7. VB 8. Vcc.

📁 KPC6N135 Similar Datasheet

KPC614 - Photocoupler (Kodenshi)
KPC684x3CD5B7xxxx - SNUBBER CAPACITORS (CAMEL TECHNOLOGY)
KPC684x3CD5C9xxxx - SNUBBER CAPACITORS (CAMEL TECHNOLOGY)
KPC684x4AD5B7xxxx - SNUBBER CAPACITORS (CAMEL TECHNOLOGY)
KPC684x4AD5C9xxxA - SNUBBER CAPACITORS (CAMEL TECHNOLOGY)
KPC684x4BD5B7xxxx - SNUBBER CAPACITORS (CAMEL TECHNOLOGY)
KPC684x4BD5C9xxxx - SNUBBER CAPACITORS (CAMEL TECHNOLOGY)
KPC - SNUBBER CAPACITORS (CAMEL TECHNOLOGY)

Other Datasheets by Cosmo

KPC6N135H - 8PIN HIGH-SPEED OUTPUT PHOTOCOUPLER
KPC6N135L - 8PIN HIGH-SPEED OUTPUT PHOTOCOUPLER
KPC6N135S - 8PIN HIGH-SPEED OUTPUT PHOTOCOUPLER
KPC6N136 - 8PIN HIGH-SPEED OUTPUT PHOTOCOUPLER
KPC6N136H - 8PIN HIGH-SPEED OUTPUT PHOTOCOUPLER
KPC6N136L - 8PIN HIGH-SPEED OUTPUT PHOTOCOUPLER

Published: Apr 4, 2017 |