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When there is no PIC microcontroller in any of the sockets, 40 mA will ow through CR1 and R1 This translates to 320 mW or more of power that requires the larger parts to dissipate the heat The output should be checked with the digital multimeter checking pin 1 and pin 14 of the 14-pin socket Solder in J2 This will be required for the following build steps As I noted above, make sure the connector is female (with holes for accepting pins) With J2 in, the reset control circuit will be soldered in Solder in Q1, Q2, R5, and R6 making sure that you get the transistor polarities correct before soldering in the parts To test the reset control circuit, connect the El Cheapo to the PC and power and follow option 2 (Reset) of the El Debug program described below Next, solder in R3, R4, C3, and CR5.

This provides a hardware delay that will be used by the programmer software This circuit is tested using option 3 (RC Delay) of El Debug The last electronic component to install is R2 Once this is done, check the operation of the clock and data pins using El Cheapo Finally, install the PIC microcontroller sockets If ZIF sockets are to be used for 14- and 18-pin parts, make sure the parts are open when they are soldered in to avoid any problems with the pins being soldered into a position where they are stressed and the socket pin cannot open properly The 28- and 40-pin socket is created by cutting the top strut from a 40-pin socket to allow the 14-pin SIP socket to be installed inside it with the same level for pin 1.

The 14-pin SIP socket is cut down from a 28- or 40-pin socket and soldered in between When installing the 14-pin socket, make sure the pins are oriented in such a way that the PIC microcontroller will be fully seated when it is installed..

The Americans with Disabilities Act requires that everyone have access to most public and private facilities. They must also have access to information. Even if you are not in the United States, you ll still want to accommodate everyone who would like to hear your talk. That means you need to consider providing such resources as large-print signage and handouts, sign language translators, special seating, or space for assist animals. Check with the meeting planner, program coordinator, or manager to get information on special needs.

If you have problems with the El Cheapo, I suggest you carry out the following steps before contacting me (because I ll just ask you to carry them out before I will respond to you):

1 Make sure that the parts are installed and soldered in the correct orientation. 2 Check the parallel cable and make sure that it is straight-through and male to male,

3 Use El Debug and ensure that each aspect of the programmer is working. 4 Check for any error messages (such as Unable to Access Port Registers ) and check

that you have administrator access rights to the PC. 5 Test the programmer with a known good Flash PIC microcontroller (ideally a PIC16F84) with it placed in and out of the socket.

In the rst edition of this book, I stated that a real cottage industry has grown up around creating PIC microcontroller programmers. There are literally hundreds of designs and software interfaces, which makes choosing a programmer dif cult. Choosing the right programmer for you can be a frustrating experience, especially if you try various designs only to nd that they have problems. There are two types of programmers on the market today that can be used for the PIC microcontroller. The rst is the commercial, professional programmer. These programmers can usually program a lot more than just a PIC microcontroller and will program the devices exactly according to the Microchip speci cations. The downside to these programmers is their price; they are often $500 or more for the base unit and additional money must be spent for adapters designed for speci c parts. These devices are best suited for manufacturing sites or commercial development sites where designs using more than one microcontroller device type are produced. For the hobbyist or the small business that is interested in looking at the PIC microcontroller for the rst time and does not want to invest a lot of money into equipment that may not be required, there are a plethora of low cost programmers. The El Cheapo and YAP-II presented here t into this category as well as the Microchip PICSTART Plus. The microEngineering Labs EPIC programmer (shown in Fig. 4.32) also belongs here.

Heat transfer from one fluid to another through a barrier surface is determined by driving force and resistance: Q = UA AT,,, Control of heat

When you look at a low-cost programmer, you should consider the following characteristics:

What are the supported PIC microcontroller devices What is the interface and how is the application timed How are the con guration fuses programmed What operating system does it run under