MH8805
National Semiconductor
32.80kb
Dual mos memory driver. The quad MH8804 and the dual MH8805 are bipolar to MOS drivers specifically designed to drive input address lines for MOS memory arra
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MH8803 - two phase oscillator/clock driver
(National Semiconductor)
Memory/Clock Drivers
MH7803/MH8803 two phase oscillator/clock driver
general description
The MH7803 is a self contained two phase oscillator/clock d.
MH8804 - quad MOS memory driver
(National Semiconductor)
MH8804 quad MOS memory driver MH8805 dual MOS memory driver
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general description
The quad MH8804 and the.
MH8807 - oscillator/clock drivers
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MH7807/MH8807 oscillator/clock drivers
general description
The MH7807/MH8807 is a plete self-contained two-phase oscillators a.
MH8808 - dual high speed MOS clock driver
(National Semiconductor)
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MH8808 dual high speed MOS clock driver
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The MH8808 IS a high speed dual MOS clock dri.
MH88400 - Line Interface Circuit Preliminary Information
(Mitel Networks)
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MH88400
Line Interface Circuit Preliminary Information
Features
• • • • • • • • • • FAX and Modem interface Suitable for V.29 FAX & V.22 bis Data .
MH88410 - Line Interface Circuit
(Mitel Semiconductor)
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MH88422 - Line Interface Circuit Preliminary Information
(Mitel Networks)
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MH88422
Line Interface Circuit Preliminary Information
Features
• • • • • • • • • • • • FAX and Modem interface (V29/V22 bis) Variants match Germa.
MH88435-P - Data Access Arrangement Preliminary Information
(Mitel Networks)
MH88435-P
Data Access Arrangement Preliminary Information
Features
• • • • • • • • • • • • • • FAX and Modem interface V.34(33k6) Externally programma.
MH88437-P - Data Access Arrangement Advance Information
(Mitel Networks)
MH88437-P
Data Access Arrangement Advance Information
Features
• • • • • • • • • • • • • • • • • FAX and Modem interface (V.34/V.34+) Designed to work.
MH88500 - Hybrid Subscriber Line Interface Circuit (SLIC) Preliminary Information
(Mitel Networks)
MH88500
®
Hybrid Subscriber Line Interface Circuit (SLIC) Preliminary Information
Features
• • • • • • • • • • Differential to single ended conversi.