JR0405K
JIEJIE
335.34kb
Sensitive gate scrs. The JR0405 SCR series with the parallel resistor between Gate and Cathode are especially recommended for use on straight hair, ignit
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📁 Related Datasheet
JR0405 - Sensitive gate SCRs
(JIEJIE)
JIEJIE MICROELECTRONICS CO. , Ltd
JR0405 Series Sensitive gate SCRs
Rev.3.0
DESCRIPTION:
The JR0405 SCR series with the parallel resistor between G.
JR0405B - Sensitive gate SCRs
(JIEJIE)
JIEJIE MICROELECTRONICS CO. , Ltd
JR0405 Series Sensitive gate SCRs
Rev.3.0
DESCRIPTION:
The JR0405 SCR series with the parallel resistor between G.
JR0405H - Sensitive gate SCRs
(JIEJIE)
JIEJIE MICROELECTRONICS CO. , Ltd
JR0405 Series Sensitive gate SCRs
Rev.3.0
DESCRIPTION:
The JR0405 SCR series with the parallel resistor between G.
JR0405Q - Sensitive gate SCRs
(JIEJIE)
JIEJIE MICROELECTRONICS CO. , Ltd
JR0405 Series Sensitive gate SCRs
Rev.3.0
DESCRIPTION:
The JR0405 SCR series with the parallel resistor between G.
JR0402X20E - High Power Jumper Chip
(OHMITE)
JR Series
High Power Jumper Chip
The Ohmite JR series high current jumpers are rated up to 100 amps and provides a max resistance range of 0.5m to 0..
JR0105 - Sensitive gate SCRs
(JIEJIE)
JIEJIE MICROELECTRONICS CO. , Ltd
JR0105 Series Sensitive gate SCRs
Rev.3.0
DESCRIPTION:
The JR0105 SCR series with the parallel resistor between .
JR0105N - Sensitive gate SCRs
(JIEJIE)
JIEJIE MICROELECTRONICS CO. , Ltd
JR0105 Series Sensitive gate SCRs
Rev.3.0
DESCRIPTION:
The JR0105 SCR series with the parallel resistor between .
JR0105U - Sensitive gate SCRs
(JIEJIE)
JIEJIE MICROELECTRONICS CO. , Ltd
JR0105 Series Sensitive gate SCRs
Rev.3.0
DESCRIPTION:
The JR0105 SCR series with the parallel resistor between .
JR0105V - Sensitive gate SCRs
(JIEJIE)
JIEJIE MICROELECTRONICS CO. , Ltd
JR0105 Series Sensitive gate SCRs
Rev.3.0
DESCRIPTION:
The JR0105 SCR series with the parallel resistor between .
JR0205 - Sensitive gate SCRs
(JIEJIE)
JIEJIE MICROELECTRONICS CO. , Ltd
JR0205 Series Sensitive gate SCRs
Rev.2.0
DESCRIPTION:
The JR0205 SCR series with the parallel resistor between G.
