Tindie

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

Dual balanced ternary multiplexer/demultiplexer

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., Ships from 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

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

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

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

2014-08-25T06:19:37.318Z-trimux-pcb-new2.jpg

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

Buy with confidence.

Our Tindie Guarantee protects your purchase from fraud. Learn More

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). ...

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...

Rates to United States of America

Shipping Rate	First item	Additional items
United States Postal Service: First-Class Mail (1 week)	$3.50	$0.50
United States Postal Service: Priority Mail (2-3 days) Padded Flat Rate Envelope	$6.80	$0.00