CPC5601
Clare
396.75kb
Auxiliary programmable driver. The CPC5601 is a serially-programmed driver IC for use with Clare, Inc. LITELINK Silicon Data Access Arrangement (DAA) ICs. The CPC56
TAGS
📁 Related Datasheet
CPC5601 - Auxiliary Programmable Driver
(IXYS)
INTEGRATED CIRCUITS DIVISION
Features
• Meets PC Card (PCMCIA) height requirements • Zero standby current • PCB real estate and cost savings • Can be .
CPC5601D - Auxiliary Programmable Driver
(IXYS)
INTEGRATED CIRCUITS DIVISION
Features
• Meets PC Card (PCMCIA) height requirements • Zero standby current • PCB real estate and cost savings • Can be .
CPC5601DTR - Auxiliary Programmable Driver
(IXYS)
INTEGRATED CIRCUITS DIVISION
Features
• Meets PC Card (PCMCIA) height requirements • Zero standby current • PCB real estate and cost savings • Can be .
CPC5602 - N-Channel FET
(IXYS)
INTEGRATED CIRCUITS DIVISION
Parameter Drain-to-Source Voltage - VDS Max On-Resistance - RDS(on) Max Power
Rating 350 14 2.5
Units V
W
Features
.
CPC5602C - N Channel FET
(Clare Inc.)
CPC5602C
N Channel Depletion Mode FET
Features • • • • • • Low on resistance 10 ohms High input impedance Low input and output leakage Small package .
CPC5602C - N-Channel FET
(IXYS)
INTEGRATED CIRCUITS DIVISION
Parameter Drain-to-Source Voltage - VDS Max On-Resistance - RDS(on) Max Power
Rating 350 14 2.5
Units V
W
Features
.
CPC5602CTR - N-Channel FET
(IXYS)
INTEGRATED CIRCUITS DIVISION
Parameter Drain-to-Source Voltage - VDS Max On-Resistance - RDS(on) Max Power
Rating 350 14 2.5
Units V
W
Features
.
CPC5603 - N-Channel MOSFET
(Clare)
CPC5603
N-Channel Depletion Mode FET
Parameter Drain-to-Source Voltage - VDS Max On-Resistance - RDS(on) Max Power
Rating 415 14 2.5
Units V
W
F.
CPC5603 - N-Channel FET
(IXYS)
INTEGRATED CIRCUITS DIVISION
Parameter Drain-to-Source Voltage - VDS Max On-Resistance - RDS(on) Max Power
Rating 415 14 2.5
Units V
W
Features
.
CPC5603C - N-Channel FET
(Clare)
CPC5603C
N Channel Depletion Mode FET
..
Features • Low on resistance 8 ohms • Breakdown voltage 415V minimum • High input impedance.