Dual balanced ternary multiplexer/demultiplexer

Name: Dual balanced ternary multiplexer/demultiplexer
SKU: 3110
Price: 8.50 USD
Availability: InStock

TRIMUX is basic component to build ternary computers where every signal may have one of 3 possible states: -1, 0, +1

Designed by Ternary Research Corp. in United States of America

Dual balanced ternary multiplexer/demultiplexer 1

Dual balanced ternary multiplexer/demultiplexer 2

Dual balanced ternary multiplexer/demultiplexer 3

Dual balanced ternary multiplexer/demultiplexer 4

Dual balanced ternary multiplexer/demultiplexer 5

Dual balanced ternary multiplexer/demultiplexer 6

Dual balanced ternary multiplexer/demultiplexer 7

Dual balanced ternary multiplexer/demultiplexer 8

Dual balanced ternary multiplexer/demultiplexer 9

Dual balanced ternary multiplexer/demultiplexer 10

Dual balanced ternary multiplexer/demultiplexer 11

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2018-05-19T07:33:39.093Z-trimux-pcbs-new.jpg

2016-07-18T04:55:26.703Z-trimux-2016.jpg

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2016-07-18T04:55:50.857Z-trimux-4-big.jpg

2014-08-25T06:19:37.318Z-trimux-buf-inv.gif

2014-08-25T06:19:37.318Z-trimux-mem-buf.gif

2014-08-25T06:19:37.318Z-trimux-half-adder.gif

2014-08-25T06:19:37.318Z-trimux-otest-sininv2.jpg

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THINK TERNARY !!!

TRIMUX is basic component to build ternary computers where every signal may have one of 3 possible states: -1, 0, +1

TRIMUX - dual balanced ternary multiplexer/demultiplexer TRIMUX is basic component to build ternary hardware (including ternary computers). Positive voltage means +1 (P). Zero voltage means 0 (O). Ne…

TRIMUX - dual balanced ternary multiplexer/demultiplexer

TRIMUX is basic component to build ternary hardware (including ternary computers). Positive voltage means +1 (P). Zero voltage means 0 (O). Negative voltage means -1 (N). Two power sources are required (+5 volts and -5 volts). This device consists of two independent multiplexers/demultiplexers and each of them may connect any of 3 inputs to 1 output based on control signal (connection may work in both directions - so it could be 3 outputs connected to 1 input). Switching frequency could be up to 1 MHz (see oscillograms).

Connector JP1:

(1) S1 - select input of the 1st ternary multiplexer
(2) N1 - connected to C1 if S1=N ("negative" or -5V)
(3) O1 - connected to C1 if S1=O ("zero" or 0V)
(4) P1 - connected to C1 if S1=P ("positive" or +5V)
(5) C1 - common signal of the 1st ternary multiplexer

Connector JP2:

(1) S2 - select input of the 2nd ternary multiplexer
(2) N2 - connected to C2 if S2=N ("negative" or -5V)
(3) O2 - connected to C2 if S2=O ("zero" or 0V)
(4) P2 - connected to C2 if S2=P ("positive" or +5V)
(5) C2 - common signal of the 2nd ternary multiplexer

Connector JP3:

(1) V-NEG - negative voltage (typically -5V)
(2) GND - ground wire
(3) V-POS - positive voltage (typically +5V)

Bill of Materials:

IC1,IC2: DG403 (DIP16)
C1-C4: 0.1uF (tantalum)
JP1,JP2:right-angle 5-pin headers
JP3: right-angle 3-pin header

By default you will get bare PCB only:

But you can choose options to have a KIT (PCB and set of components to solder TRIMUX) or even pre-assembled and fully tested board...

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Ternary Research Corp. Shipping Policy:

Usually we ship on the next business day, but sometimes it could be a week or so if board is not yet fully assembled and/or tested. Residents of Australia, South Africa and Russian Federation must pay for Express Shipping to have package fully trackable.