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62.1 62.2 62.3 62.4 62.5 62.6 62.7 Introduction / 62.1 Design Procedure / 62.1 Types of Flexible Circuits / 62.2 Circuit Designs for Flexibility / 62.12 Electrical Design of the Circuits / 62.15 Circuit Designs for Higher Reliability / 62.16 Circuit Designs for RoHS Compliance / 62.17

MAX186 is a 12-bit, 8-channel serial ADC system with built-in voltage reference, internal sample and hold amplifier, and multiplexer. The ADC offers various modes of operation such as single-ended conversion, differential conversion, sleep mode, etc. The maximum current conversion is 2 mA and 100 A during low power modes (sleep mode). MAX186 is a complete ADC system combining an 8-channel analog multiplexer, sample and hold amplifier, serial data transfer interface and voltage reference, and a 12-bit resolution successive approximation converter. All of these features are packed into a 20-pin DIP package (other packaging styles are also offered). The IC consumes extremely low power and offers power-down modes and high conversion rates. The power-down modes can be invoked in software as well as hardware. The IC can operate from a single 5-V as well as 5-V power supply. The analog inputs to the ADC can be configured via software to accept either unipolar or bipolar voltages. The inputs can also be configured to operate as single-ended inputs or differential inputs. The ADC has an internal voltage reference source of 4.096 V, but the user can choose not to use this reference and supply an external voltage between 2.50 V

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63.1 63.2 63.3 63.4 63.5 63.6 63.7 63.8 63.9 63.10 63.11 Introduction / 63.1 Special Issues with HDI Flexible Circuits / 63.1 Basic Process Elements / 63.3 New Processes for Fine Traces / 63.14 Coverlay Processes / 63.24 Surface Treatment / 63.30 Blanking / 63.31 Stiffener Processes / 63.33 Packaging / 63.33 Roll-to-Roll Manufacturing / 63.34 Dimension Control / 63.36

64.1 64.2 64.3 64.4 64.5 64.6 Introduction / 64.1 Selection of Termination Technologies / 64.1 Permanent Connections / 64.4 Semipermanent Connections / 64.11 Nonpermanent Connections / 64.13 High-Density Flexible Circuit Termination / 64.20

65.1 Introduction / 65.1 65.2 Multilayer Rigid/flex / 65.1

400

Fig 84: A conventional inertial sensor system [4]

temperatures in the range of 290 310 C, while the 140 C Tg FR-4 materials generally have slightly higher Td values. The shaded regions indicate the peak temperature ranges for standard tin-lead assembly and lead-free assembly. A very common question is, if a PCB will be assembled at 260 C, and the material has a decomposition temperature of 310 320 C, then why wouldn t it be compatible with lead-free assembly The answer lies in the level of decomposition in the temperature ranges where assembly will take place. In the tin-lead temperature range, neither material exhibits a significant level of decomposition. However, in the lead-free assembly temperature range, the traditional FR4 begins to exhibit 1.5 3 percent weight loss. This level of decomposition can compromise long-term reliability or result in defects such as delamination during assembly, particularly if multiple assembly cycles or rework cycles are performed.

TYPES OF FR-4

and 5.0 V This gives the user the advantage of adjusting the span of the ADC according . to the need e.g., if the input analog voltage is expected to be in the range of 0 to 3.0 V, then choosing a reference voltage of 3.0 V will provide the user with the entire ADC input range with a better resolution. This ADC is an extremely fast device. It can convert at up to 133000 samples per second at the fastest serial clock frequency. This ADC is best suited for devices that can generate fast serial-controlled clocks e.g., DSPs and microcontrollers such as the AVR. Figure 6.16 illustrates the block diagram of the ADC and the various associated signals. The description of the ADC signals is listed in Table 6.1.

As can be seen in Table 6.2, several materials listed are considered FR-4. This begs the question: What is FR-4 In Table 6.2, it can be seen that each material considered FR-4 is flame-resistant, uses a woven fiberglass reinforcement and is primarily an epoxy-based resin system.

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