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Interface "Phoenix"

Interface "Phoenix"

In order to be able to communicate with the SIM card, you need a device that connects a PC and a SIM card. The most common, however, quite simple and reliable is "Phoenix". There are several implementations of it, but they are all basically identical. The differences are only in how complicated the scheme of the hardware itself is. This is reflected in the stability of work, but even the simplest assemblies allow you to normally send and receive data.
I made my first "Phoenix" a long time ago (several years ago), tried its other implementations, and stopped at one of the schemes, which has been working stably for quite some time.

Characteristic

Transmission frequency: 3.57 MHz;
Card reset: direct;
Connection: Com Port;
Power supply: external or Com Port;
Purpose: to communicate with SIM cards.

Assembly

I propose to assemble a scheme that combines "Phoenix" and "Ludipipo". The first is already known to you, but the second is the PIC microcontroller programmer. Such a combination is successful if only because you do not need two devices for your experiments, you will not need to change the programmer to the reader (or vice versa) depending on the situation. Despite the fact that the scheme combines two devices, its complexity is not great.
You will need a sheet of foil-coated textolite with a thickness of 1–1.5 mm, soldering accessories, iron (III) chloride, and details:

amount
Location
Description
Note
one
Socket
ISO Card Slot 8 Pins
Plastic connector
one
SW1
Four pole switch
Position contacts in any direction
one
Xt1
Quartz 3.579 MHz
The location of the contacts does not matter
one
Connector 1
For DC power supply, diameter 2.1 mm
Nest out
one
Stub 1
5 V stabilizer, L7805CV
See the documentation for the location of "input" and "output"
one
D1
Red led
There is a cathode and anode, ring and connect
one
D2
Green led
There is a cathode and anode, ring and connect
one
D3
1N4001 diode
There is a cathode and anode, ring and connect
five
C1
2.2 - 4.7 mkF 6 V, electrolyte
Position according to the scheme
2
C2
22 pF, ceramic
The location of the contacts does not matter
one
C3
100 pF ceramic
The location of the contacts does not matter
2
R1
220 Ohm, 0.25 W resistor
The location of the contacts does not matter
2
R2
4.7 kΩ 0.25 W resistor
The location of the contacts does not matter
one
R3
10 kΩ 0.25 W resistor
The location of the contacts does not matter
one
R4
1 MΩ 0.25 W resistor
The location of the contacts does not matter
one
R5
2.2 kΩ 0.25 W resistor
The location of the contacts does not matter
one
R6
20 kΩ 0.25 W resistor
The location of the contacts does not matter
one
Ic1
SN7407N repeater
The arrangement of contacts according to the scheme
one
Ic2
MAX232
The arrangement of contacts according to the scheme
one
Ic3
74HC04 IC inverter
The arrangement of contacts according to the scheme

All parts solder on the board according to the scheme:

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All schemes can be downloaded in the form of this archive .